Run as: ionizer -i 2 -ph 7 -s /raid1/people/joha/PETC/PYTHON/DB/ionizer_tiOHf_exclude.ini -i h_react_derivatives_ln_corina.mae -l h_react_derivatives_ln_corina_ionizer.log -b h_react_derivatives_ln_corina_ionizer_bad.mae -o h_react_derivatives_ln_corina_ionizer.mae

Ionizable group spec file used:
/raid1/people/joha/PETC/PYTHON/DB/ionizer_tiOHf_exclude.ini

Treating input CT 1 "L-GlutamicAcid_nacetyl_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 1 "L-GlutamicAcid_nacetyl_i001_c001"

Treating input CT 2 "L-GlutamicAcid_nacetyl_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 2 "L-GlutamicAcid_nacetyl_i002_c001"

Treating input CT 3 "Glycine_nacetyl_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 3 "Glycine_nacetyl_i001_c001"

Treating input CT 4 "Glycine_nacetyl_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 4 "Glycine_nacetyl_i002_c001"

Treating input CT 5 "L-Alanine_nacetyl_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 5 "L-Alanine_nacetyl_i001_c001"

Treating input CT 6 "L-Alanine_nacetyl_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 6 "L-Alanine_nacetyl_i002_c001"

Treating input CT 7 "L-Lysine_nacetyl_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 7 "L-Lysine_nacetyl_i001_c001"

Treating input CT 8 "L-Lysine_nacetyl_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 8 "L-Lysine_nacetyl_i002_c001"

Treating input CT 9 "L-AsparticAcid_nacetyl_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 9 "L-AsparticAcid_nacetyl_i001_c001"

Treating input CT 10 "L-AsparticAcid_nacetyl_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 10 "L-AsparticAcid_nacetyl_i002_c001"

Treating input CT 11 "L-Arginine_nacetyl_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 11 "L-Arginine_nacetyl_i001_c001"

Treating input CT 12 "L-Arginine_nacetyl_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 12 "L-Arginine_nacetyl_i002_c001"

Treating input CT 13 "L-Glutamine_nacetyl_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 13 "L-Glutamine_nacetyl_i001_c001"

Treating input CT 14 "L-Glutamine_nacetyl_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 14 "L-Glutamine_nacetyl_i002_c001"

Treating input CT 15 "L-Serine_nacetyl_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 15 "L-Serine_nacetyl_i001_c001"

Treating input CT 16 "L-Serine_nacetyl_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 16 "L-Serine_nacetyl_i002_c001"

Treating input CT 17 "L-Methionine_nacetyl_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 17 "L-Methionine_nacetyl_i001_c001"

Treating input CT 18 "L-Methionine_nacetyl_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 18 "L-Methionine_nacetyl_i002_c001"

Treating input CT 19 "L-Tryptophan_nacetyl_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 19 "L-Tryptophan_nacetyl_i001_c001"

Treating input CT 20 "L-Tryptophan_nacetyl_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 20 "L-Tryptophan_nacetyl_i002_c001"

Treating input CT 21 "L-Phenylalanine_nacetyl_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 21 "L-Phenylalanine_nacetyl_i001_c001"

Treating input CT 22 "L-Phenylalanine_nacetyl_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 22 "L-Phenylalanine_nacetyl_i002_c001"

Treating input CT 23 "L-Tyrosine_nacetyl_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 23 "L-Tyrosine_nacetyl_i001_c001"

Treating input CT 24 "L-Tyrosine_nacetyl_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 24 "L-Tyrosine_nacetyl_i002_c001"

Treating input CT 25 "L-Cysteine_nacetyl_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 25 "L-Cysteine_nacetyl_i001_c001"

Treating input CT 26 "L-Cysteine_nacetyl_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 26 "L-Cysteine_nacetyl_i002_c001"

Treating input CT 27 "L-Leucine_nacetyl_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 27 "L-Leucine_nacetyl_i001_c001"

Treating input CT 28 "L-Leucine_nacetyl_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 28 "L-Leucine_nacetyl_i002_c001"

Treating input CT 29 "D-Alanine_nacetyl_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 29 "D-Alanine_nacetyl_i001_c001"

Treating input CT 30 "D-Alanine_nacetyl_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 30 "D-Alanine_nacetyl_i002_c001"

Treating input CT 31 "L-Histidine_nacetyl_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 2 output CTs (after restrictions imposed)
Finished input CT 31 "L-Histidine_nacetyl_i001_c001"

Treating input CT 32 "L-Histidine_nacetyl_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 2 output CTs (after restrictions imposed)
Finished input CT 32 "L-Histidine_nacetyl_i002_c001"

Treating input CT 33 "L-Proline_nacetyl_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 33 "L-Proline_nacetyl_i001_c001"

Treating input CT 34 "L-Proline_nacetyl_i001_c002"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 34 "L-Proline_nacetyl_i001_c002"

Treating input CT 35 "L-Proline_nacetyl_i001_c003"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 35 "L-Proline_nacetyl_i001_c003"

Treating input CT 36 "L-Proline_nacetyl_i001_c004"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 36 "L-Proline_nacetyl_i001_c004"

Treating input CT 37 "L-Proline_nacetyl_i001_c005"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 37 "L-Proline_nacetyl_i001_c005"

Treating input CT 38 "L-Proline_nacetyl_i001_c006"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 38 "L-Proline_nacetyl_i001_c006"

Treating input CT 39 "L-Proline_nacetyl_i001_c007"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 39 "L-Proline_nacetyl_i001_c007"

Treating input CT 40 "L-Proline_nacetyl_i001_c008"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 40 "L-Proline_nacetyl_i001_c008"

Treating input CT 41 "L-Proline_nacetyl_i001_c009"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 41 "L-Proline_nacetyl_i001_c009"

Treating input CT 42 "L-Proline_nacetyl_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 42 "L-Proline_nacetyl_i002_c001"

Treating input CT 43 "L-Proline_nacetyl_i002_c002"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 43 "L-Proline_nacetyl_i002_c002"

Treating input CT 44 "L-Proline_nacetyl_i002_c003"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 44 "L-Proline_nacetyl_i002_c003"

Treating input CT 45 "L-Proline_nacetyl_i002_c004"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 45 "L-Proline_nacetyl_i002_c004"

Treating input CT 46 "L-Proline_nacetyl_i002_c005"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 46 "L-Proline_nacetyl_i002_c005"

Treating input CT 47 "L-Proline_nacetyl_i002_c006"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 47 "L-Proline_nacetyl_i002_c006"

Treating input CT 48 "L-Proline_nacetyl_i002_c007"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 48 "L-Proline_nacetyl_i002_c007"

Treating input CT 49 "L-Proline_nacetyl_i002_c008"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 49 "L-Proline_nacetyl_i002_c008"

Treating input CT 50 "L-Proline_nacetyl_i002_c009"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 50 "L-Proline_nacetyl_i002_c009"

Treating input CT 51 "L-Proline_nacetyl_i003_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 51 "L-Proline_nacetyl_i003_c001"

Treating input CT 52 "L-Proline_nacetyl_i003_c002"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 52 "L-Proline_nacetyl_i003_c002"

Treating input CT 53 "L-Proline_nacetyl_i003_c003"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 53 "L-Proline_nacetyl_i003_c003"

Treating input CT 54 "L-Proline_nacetyl_i003_c004"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 54 "L-Proline_nacetyl_i003_c004"

Treating input CT 55 "L-Proline_nacetyl_i003_c005"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 55 "L-Proline_nacetyl_i003_c005"

Treating input CT 56 "L-Proline_nacetyl_i003_c006"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 56 "L-Proline_nacetyl_i003_c006"

Treating input CT 57 "L-Proline_nacetyl_i003_c007"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 57 "L-Proline_nacetyl_i003_c007"

Treating input CT 58 "L-Proline_nacetyl_i003_c008"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 58 "L-Proline_nacetyl_i003_c008"

Treating input CT 59 "L-Proline_nacetyl_i004_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 59 "L-Proline_nacetyl_i004_c001"

Treating input CT 60 "L-Proline_nacetyl_i004_c002"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 60 "L-Proline_nacetyl_i004_c002"

Treating input CT 61 "L-Proline_nacetyl_i004_c003"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 61 "L-Proline_nacetyl_i004_c003"

Treating input CT 62 "L-Proline_nacetyl_i004_c004"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 62 "L-Proline_nacetyl_i004_c004"

Treating input CT 63 "L-Proline_nacetyl_i004_c005"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 63 "L-Proline_nacetyl_i004_c005"

Treating input CT 64 "L-Proline_nacetyl_i004_c006"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 64 "L-Proline_nacetyl_i004_c006"

Treating input CT 65 "L-Proline_nacetyl_i004_c007"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 65 "L-Proline_nacetyl_i004_c007"

Treating input CT 66 "L-Proline_nacetyl_i004_c008"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 66 "L-Proline_nacetyl_i004_c008"

Treating input CT 67 "L-Asparagine_nacetyl_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 67 "L-Asparagine_nacetyl_i001_c001"

Treating input CT 68 "L-Asparagine_nacetyl_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 68 "L-Asparagine_nacetyl_i002_c001"

Treating input CT 69 "L-Valine_nacetyl_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 69 "L-Valine_nacetyl_i001_c001"

Treating input CT 70 "L-Valine_nacetyl_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 70 "L-Valine_nacetyl_i002_c001"

Treating input CT 71 "L-Threonine_nacetyl_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 71 "L-Threonine_nacetyl_i001_c001"

Treating input CT 72 "L-Threonine_nacetyl_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 72 "L-Threonine_nacetyl_i002_c001"

Treating input CT 73 "D-GlutamicAcid_nacetyl_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 73 "D-GlutamicAcid_nacetyl_i001_c001"

Treating input CT 74 "D-GlutamicAcid_nacetyl_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 74 "D-GlutamicAcid_nacetyl_i002_c001"

Treating input CT 75 "D-AsparticAcid_nacetyl_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 75 "D-AsparticAcid_nacetyl_i001_c001"

Treating input CT 76 "D-AsparticAcid_nacetyl_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 76 "D-AsparticAcid_nacetyl_i002_c001"

Treating input CT 77 "L-Isoleucine_nacetyl_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 77 "L-Isoleucine_nacetyl_i001_c001"

Treating input CT 78 "L-Isoleucine_nacetyl_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 78 "L-Isoleucine_nacetyl_i002_c001"

Treating input CT 79 "D-Tryptophan_nacetyl_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 79 "D-Tryptophan_nacetyl_i001_c001"

Treating input CT 80 "D-Tryptophan_nacetyl_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 80 "D-Tryptophan_nacetyl_i002_c001"

Treating input CT 81 "D-Lysine_nacetyl_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 81 "D-Lysine_nacetyl_i001_c001"

Treating input CT 82 "D-Lysine_nacetyl_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 82 "D-Lysine_nacetyl_i002_c001"

Treating input CT 83 "D-Serine_nacetyl_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 83 "D-Serine_nacetyl_i001_c001"

Treating input CT 84 "D-Serine_nacetyl_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 84 "D-Serine_nacetyl_i002_c001"

Treating input CT 85 "D-Proline_nacetyl_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 85 "D-Proline_nacetyl_i001_c001"

Treating input CT 86 "D-Proline_nacetyl_i001_c002"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 86 "D-Proline_nacetyl_i001_c002"

Treating input CT 87 "D-Proline_nacetyl_i001_c003"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 87 "D-Proline_nacetyl_i001_c003"

Treating input CT 88 "D-Proline_nacetyl_i001_c004"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 88 "D-Proline_nacetyl_i001_c004"

Treating input CT 89 "D-Proline_nacetyl_i001_c005"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 89 "D-Proline_nacetyl_i001_c005"

Treating input CT 90 "D-Proline_nacetyl_i001_c006"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 90 "D-Proline_nacetyl_i001_c006"

Treating input CT 91 "D-Proline_nacetyl_i001_c007"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 91 "D-Proline_nacetyl_i001_c007"

Treating input CT 92 "D-Proline_nacetyl_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 92 "D-Proline_nacetyl_i002_c001"

Treating input CT 93 "D-Proline_nacetyl_i002_c002"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 93 "D-Proline_nacetyl_i002_c002"

Treating input CT 94 "D-Proline_nacetyl_i002_c003"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 94 "D-Proline_nacetyl_i002_c003"

Treating input CT 95 "D-Proline_nacetyl_i002_c004"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 95 "D-Proline_nacetyl_i002_c004"

Treating input CT 96 "D-Proline_nacetyl_i002_c005"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 96 "D-Proline_nacetyl_i002_c005"

Treating input CT 97 "D-Proline_nacetyl_i002_c006"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 97 "D-Proline_nacetyl_i002_c006"

Treating input CT 98 "D-Proline_nacetyl_i002_c007"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 98 "D-Proline_nacetyl_i002_c007"

Treating input CT 99 "D-Proline_nacetyl_i003_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 99 "D-Proline_nacetyl_i003_c001"

Treating input CT 100 "D-Proline_nacetyl_i003_c002"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 100 "D-Proline_nacetyl_i003_c002"

Treating input CT 101 "D-Proline_nacetyl_i003_c003"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 101 "D-Proline_nacetyl_i003_c003"

Treating input CT 102 "D-Proline_nacetyl_i003_c004"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 102 "D-Proline_nacetyl_i003_c004"

Treating input CT 103 "D-Proline_nacetyl_i003_c005"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 103 "D-Proline_nacetyl_i003_c005"

Treating input CT 104 "D-Proline_nacetyl_i003_c006"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 104 "D-Proline_nacetyl_i003_c006"

Treating input CT 105 "D-Proline_nacetyl_i003_c007"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 105 "D-Proline_nacetyl_i003_c007"

Treating input CT 106 "D-Proline_nacetyl_i003_c008"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 106 "D-Proline_nacetyl_i003_c008"

Treating input CT 107 "D-Proline_nacetyl_i004_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 107 "D-Proline_nacetyl_i004_c001"

Treating input CT 108 "D-Proline_nacetyl_i004_c002"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 108 "D-Proline_nacetyl_i004_c002"

Treating input CT 109 "D-Proline_nacetyl_i004_c003"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 109 "D-Proline_nacetyl_i004_c003"

Treating input CT 110 "D-Proline_nacetyl_i004_c004"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 110 "D-Proline_nacetyl_i004_c004"

Treating input CT 111 "D-Proline_nacetyl_i004_c005"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 111 "D-Proline_nacetyl_i004_c005"

Treating input CT 112 "D-Proline_nacetyl_i004_c006"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 112 "D-Proline_nacetyl_i004_c006"

Treating input CT 113 "D-Proline_nacetyl_i004_c007"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 113 "D-Proline_nacetyl_i004_c007"

Treating input CT 114 "D-Proline_nacetyl_i004_c008"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 114 "D-Proline_nacetyl_i004_c008"

Treating input CT 115 "D-Arginine_nacetyl_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 115 "D-Arginine_nacetyl_i001_c001"

Treating input CT 116 "D-Arginine_nacetyl_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 116 "D-Arginine_nacetyl_i002_c001"

Treating input CT 117 "D-Cysteine_nacetyl_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 117 "D-Cysteine_nacetyl_i001_c001"

Treating input CT 118 "D-Cysteine_nacetyl_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 118 "D-Cysteine_nacetyl_i002_c001"

Treating input CT 119 "D-Glutamine_nacetyl_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 119 "D-Glutamine_nacetyl_i001_c001"

Treating input CT 120 "D-Glutamine_nacetyl_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 120 "D-Glutamine_nacetyl_i002_c001"

Treating input CT 121 "D-Threonine_nacetyl_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 121 "D-Threonine_nacetyl_i001_c001"

Treating input CT 122 "D-Threonine_nacetyl_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 122 "D-Threonine_nacetyl_i002_c001"

Treating input CT 123 "D-Methionine_nacetyl_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 123 "D-Methionine_nacetyl_i001_c001"

Treating input CT 124 "D-Methionine_nacetyl_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 124 "D-Methionine_nacetyl_i002_c001"

Treating input CT 125 "D-Leucine_nacetyl_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 125 "D-Leucine_nacetyl_i001_c001"

Treating input CT 126 "D-Leucine_nacetyl_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 126 "D-Leucine_nacetyl_i002_c001"

Treating input CT 127 "D-Asparagine_nacetyl_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 127 "D-Asparagine_nacetyl_i001_c001"

Treating input CT 128 "D-Asparagine_nacetyl_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 128 "D-Asparagine_nacetyl_i002_c001"

Treating input CT 129 "D-Phenylalanine_nacetyl_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 129 "D-Phenylalanine_nacetyl_i001_c001"

Treating input CT 130 "D-Phenylalanine_nacetyl_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 130 "D-Phenylalanine_nacetyl_i002_c001"

Treating input CT 131 "D-Valine_nacetyl_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 131 "D-Valine_nacetyl_i001_c001"

Treating input CT 132 "D-Valine_nacetyl_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 132 "D-Valine_nacetyl_i002_c001"

Treating input CT 133 "D-Isoleucine_nacetyl_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 133 "D-Isoleucine_nacetyl_i001_c001"

Treating input CT 134 "D-Isoleucine_nacetyl_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 134 "D-Isoleucine_nacetyl_i002_c001"

Treating input CT 135 "D-Histidine_nacetyl_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 2 output CTs (after restrictions imposed)
Finished input CT 135 "D-Histidine_nacetyl_i001_c001"

Treating input CT 136 "D-Histidine_nacetyl_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 2 output CTs (after restrictions imposed)
Finished input CT 136 "D-Histidine_nacetyl_i002_c001"

Treating input CT 137 "D-Tyrosine_nacetyl_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 137 "D-Tyrosine_nacetyl_i001_c001"

Treating input CT 138 "D-Tyrosine_nacetyl_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 138 "D-Tyrosine_nacetyl_i002_c001"

Treating input CT 139 "L-Lysine_nacetyl_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 139 "L-Lysine_nacetyl_1_i001_c001"

Treating input CT 140 "L-Lysine_nacetyl_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 140 "L-Lysine_nacetyl_1_i002_c001"

Treating input CT 141 "D-Lysine_nacetyl_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 141 "D-Lysine_nacetyl_1_i001_c001"

Treating input CT 142 "D-Lysine_nacetyl_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 142 "D-Lysine_nacetyl_1_i002_c001"

Treating input CT 143 "L-GlutamicAcid_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 143 "L-GlutamicAcid_nsuccinyl_1_i001_c001"

Treating input CT 144 "L-GlutamicAcid_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 144 "L-GlutamicAcid_nsuccinyl_1_i002_c001"

Treating input CT 145 "Glycine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 145 "Glycine_nsuccinyl_1_i001_c001"

Treating input CT 146 "Glycine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 146 "Glycine_nsuccinyl_1_i002_c001"

Treating input CT 147 "L-Alanine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 147 "L-Alanine_nsuccinyl_1_i001_c001"

Treating input CT 148 "L-Alanine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 148 "L-Alanine_nsuccinyl_1_i002_c001"

Treating input CT 149 "L-Lysine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 149 "L-Lysine_nsuccinyl_1_i001_c001"

Treating input CT 150 "L-Lysine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 150 "L-Lysine_nsuccinyl_1_i002_c001"

Treating input CT 151 "L-AsparticAcid_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 151 "L-AsparticAcid_nsuccinyl_1_i001_c001"

Treating input CT 152 "L-AsparticAcid_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 152 "L-AsparticAcid_nsuccinyl_1_i002_c001"

Treating input CT 153 "L-Arginine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 153 "L-Arginine_nsuccinyl_1_i001_c001"

Treating input CT 154 "L-Arginine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 154 "L-Arginine_nsuccinyl_1_i002_c001"

Treating input CT 155 "L-Glutamine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 155 "L-Glutamine_nsuccinyl_1_i001_c001"

Treating input CT 156 "L-Glutamine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 156 "L-Glutamine_nsuccinyl_1_i002_c001"

Treating input CT 157 "L-Serine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 157 "L-Serine_nsuccinyl_1_i001_c001"

Treating input CT 158 "L-Serine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 158 "L-Serine_nsuccinyl_1_i002_c001"

Treating input CT 159 "L-Methionine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 159 "L-Methionine_nsuccinyl_1_i001_c001"

Treating input CT 160 "L-Methionine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 160 "L-Methionine_nsuccinyl_1_i002_c001"

Treating input CT 161 "L-Tryptophan_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 161 "L-Tryptophan_nsuccinyl_1_i001_c001"

Treating input CT 162 "L-Tryptophan_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 162 "L-Tryptophan_nsuccinyl_1_i002_c001"

Treating input CT 163 "L-Phenylalanine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 163 "L-Phenylalanine_nsuccinyl_1_i001_c001"

Treating input CT 164 "L-Phenylalanine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 164 "L-Phenylalanine_nsuccinyl_1_i002_c001"

Treating input CT 165 "L-Tyrosine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 165 "L-Tyrosine_nsuccinyl_1_i001_c001"

Treating input CT 166 "L-Tyrosine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 166 "L-Tyrosine_nsuccinyl_1_i002_c001"

Treating input CT 167 "L-Cysteine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 167 "L-Cysteine_nsuccinyl_1_i001_c001"

Treating input CT 168 "L-Cysteine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 168 "L-Cysteine_nsuccinyl_1_i002_c001"

Treating input CT 169 "L-Leucine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 169 "L-Leucine_nsuccinyl_1_i001_c001"

Treating input CT 170 "L-Leucine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 170 "L-Leucine_nsuccinyl_1_i002_c001"

Treating input CT 171 "D-Alanine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 171 "D-Alanine_nsuccinyl_1_i001_c001"

Treating input CT 172 "D-Alanine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 172 "D-Alanine_nsuccinyl_1_i002_c001"

Treating input CT 173 "L-Histidine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 2 output CTs (after restrictions imposed)
Finished input CT 173 "L-Histidine_nsuccinyl_1_i001_c001"

Treating input CT 174 "L-Histidine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 2 output CTs (after restrictions imposed)
Finished input CT 174 "L-Histidine_nsuccinyl_1_i002_c001"

Treating input CT 175 "L-Proline_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 175 "L-Proline_nsuccinyl_1_i001_c001"

Treating input CT 176 "L-Proline_nsuccinyl_1_i001_c002"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 176 "L-Proline_nsuccinyl_1_i001_c002"

Treating input CT 177 "L-Proline_nsuccinyl_1_i001_c003"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 177 "L-Proline_nsuccinyl_1_i001_c003"

Treating input CT 178 "L-Proline_nsuccinyl_1_i001_c004"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 178 "L-Proline_nsuccinyl_1_i001_c004"

Treating input CT 179 "L-Proline_nsuccinyl_1_i001_c005"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 179 "L-Proline_nsuccinyl_1_i001_c005"

Treating input CT 180 "L-Proline_nsuccinyl_1_i001_c006"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 180 "L-Proline_nsuccinyl_1_i001_c006"

Treating input CT 181 "L-Proline_nsuccinyl_1_i001_c007"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 181 "L-Proline_nsuccinyl_1_i001_c007"

Treating input CT 182 "L-Proline_nsuccinyl_1_i001_c008"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 182 "L-Proline_nsuccinyl_1_i001_c008"

Treating input CT 183 "L-Proline_nsuccinyl_1_i001_c009"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 183 "L-Proline_nsuccinyl_1_i001_c009"

Treating input CT 184 "L-Proline_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 184 "L-Proline_nsuccinyl_1_i002_c001"

Treating input CT 185 "L-Proline_nsuccinyl_1_i002_c002"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 185 "L-Proline_nsuccinyl_1_i002_c002"

Treating input CT 186 "L-Proline_nsuccinyl_1_i002_c003"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 186 "L-Proline_nsuccinyl_1_i002_c003"

Treating input CT 187 "L-Proline_nsuccinyl_1_i002_c004"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 187 "L-Proline_nsuccinyl_1_i002_c004"

Treating input CT 188 "L-Proline_nsuccinyl_1_i002_c005"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 188 "L-Proline_nsuccinyl_1_i002_c005"

Treating input CT 189 "L-Proline_nsuccinyl_1_i002_c006"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 189 "L-Proline_nsuccinyl_1_i002_c006"

Treating input CT 190 "L-Proline_nsuccinyl_1_i002_c007"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 190 "L-Proline_nsuccinyl_1_i002_c007"

Treating input CT 191 "L-Proline_nsuccinyl_1_i002_c008"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 191 "L-Proline_nsuccinyl_1_i002_c008"

Treating input CT 192 "L-Proline_nsuccinyl_1_i002_c009"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 192 "L-Proline_nsuccinyl_1_i002_c009"

Treating input CT 193 "L-Proline_nsuccinyl_1_i003_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 193 "L-Proline_nsuccinyl_1_i003_c001"

Treating input CT 194 "L-Proline_nsuccinyl_1_i003_c002"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 194 "L-Proline_nsuccinyl_1_i003_c002"

Treating input CT 195 "L-Proline_nsuccinyl_1_i003_c003"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 195 "L-Proline_nsuccinyl_1_i003_c003"

Treating input CT 196 "L-Proline_nsuccinyl_1_i003_c004"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 196 "L-Proline_nsuccinyl_1_i003_c004"

Treating input CT 197 "L-Proline_nsuccinyl_1_i003_c005"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 197 "L-Proline_nsuccinyl_1_i003_c005"

Treating input CT 198 "L-Proline_nsuccinyl_1_i003_c006"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 198 "L-Proline_nsuccinyl_1_i003_c006"

Treating input CT 199 "L-Proline_nsuccinyl_1_i003_c007"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 199 "L-Proline_nsuccinyl_1_i003_c007"

Treating input CT 200 "L-Proline_nsuccinyl_1_i003_c008"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 200 "L-Proline_nsuccinyl_1_i003_c008"

Treating input CT 201 "L-Proline_nsuccinyl_1_i004_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 201 "L-Proline_nsuccinyl_1_i004_c001"

Treating input CT 202 "L-Proline_nsuccinyl_1_i004_c002"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 202 "L-Proline_nsuccinyl_1_i004_c002"

Treating input CT 203 "L-Proline_nsuccinyl_1_i004_c003"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 203 "L-Proline_nsuccinyl_1_i004_c003"

Treating input CT 204 "L-Proline_nsuccinyl_1_i004_c004"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 204 "L-Proline_nsuccinyl_1_i004_c004"

Treating input CT 205 "L-Proline_nsuccinyl_1_i004_c005"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 205 "L-Proline_nsuccinyl_1_i004_c005"

Treating input CT 206 "L-Proline_nsuccinyl_1_i004_c006"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 206 "L-Proline_nsuccinyl_1_i004_c006"

Treating input CT 207 "L-Proline_nsuccinyl_1_i004_c007"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 207 "L-Proline_nsuccinyl_1_i004_c007"

Treating input CT 208 "L-Proline_nsuccinyl_1_i004_c008"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 208 "L-Proline_nsuccinyl_1_i004_c008"

Treating input CT 209 "L-Asparagine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 209 "L-Asparagine_nsuccinyl_1_i001_c001"

Treating input CT 210 "L-Asparagine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 210 "L-Asparagine_nsuccinyl_1_i002_c001"

Treating input CT 211 "L-Valine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 211 "L-Valine_nsuccinyl_1_i001_c001"

Treating input CT 212 "L-Valine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 212 "L-Valine_nsuccinyl_1_i002_c001"

Treating input CT 213 "L-Threonine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 213 "L-Threonine_nsuccinyl_1_i001_c001"

Treating input CT 214 "L-Threonine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 214 "L-Threonine_nsuccinyl_1_i002_c001"

Treating input CT 215 "D-GlutamicAcid_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 215 "D-GlutamicAcid_nsuccinyl_1_i001_c001"

Treating input CT 216 "D-GlutamicAcid_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 216 "D-GlutamicAcid_nsuccinyl_1_i002_c001"

Treating input CT 217 "D-AsparticAcid_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 217 "D-AsparticAcid_nsuccinyl_1_i001_c001"

Treating input CT 218 "D-AsparticAcid_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 218 "D-AsparticAcid_nsuccinyl_1_i002_c001"

Treating input CT 219 "L-Isoleucine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 219 "L-Isoleucine_nsuccinyl_1_i001_c001"

Treating input CT 220 "L-Isoleucine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 220 "L-Isoleucine_nsuccinyl_1_i002_c001"

Treating input CT 221 "D-Tryptophan_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 221 "D-Tryptophan_nsuccinyl_1_i001_c001"

Treating input CT 222 "D-Tryptophan_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 222 "D-Tryptophan_nsuccinyl_1_i002_c001"

Treating input CT 223 "D-Lysine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 223 "D-Lysine_nsuccinyl_1_i001_c001"

Treating input CT 224 "D-Lysine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 224 "D-Lysine_nsuccinyl_1_i002_c001"

Treating input CT 225 "D-Serine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 225 "D-Serine_nsuccinyl_1_i001_c001"

Treating input CT 226 "D-Serine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 226 "D-Serine_nsuccinyl_1_i002_c001"

Treating input CT 227 "D-Proline_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 227 "D-Proline_nsuccinyl_1_i001_c001"

Treating input CT 228 "D-Proline_nsuccinyl_1_i001_c002"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 228 "D-Proline_nsuccinyl_1_i001_c002"

Treating input CT 229 "D-Proline_nsuccinyl_1_i001_c003"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 229 "D-Proline_nsuccinyl_1_i001_c003"

Treating input CT 230 "D-Proline_nsuccinyl_1_i001_c004"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 230 "D-Proline_nsuccinyl_1_i001_c004"

Treating input CT 231 "D-Proline_nsuccinyl_1_i001_c005"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 231 "D-Proline_nsuccinyl_1_i001_c005"

Treating input CT 232 "D-Proline_nsuccinyl_1_i001_c006"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 232 "D-Proline_nsuccinyl_1_i001_c006"

Treating input CT 233 "D-Proline_nsuccinyl_1_i001_c007"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 233 "D-Proline_nsuccinyl_1_i001_c007"

Treating input CT 234 "D-Proline_nsuccinyl_1_i001_c008"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 234 "D-Proline_nsuccinyl_1_i001_c008"

Treating input CT 235 "D-Proline_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 235 "D-Proline_nsuccinyl_1_i002_c001"

Treating input CT 236 "D-Proline_nsuccinyl_1_i002_c002"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 236 "D-Proline_nsuccinyl_1_i002_c002"

Treating input CT 237 "D-Proline_nsuccinyl_1_i002_c003"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 237 "D-Proline_nsuccinyl_1_i002_c003"

Treating input CT 238 "D-Proline_nsuccinyl_1_i002_c004"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 238 "D-Proline_nsuccinyl_1_i002_c004"

Treating input CT 239 "D-Proline_nsuccinyl_1_i002_c005"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 239 "D-Proline_nsuccinyl_1_i002_c005"

Treating input CT 240 "D-Proline_nsuccinyl_1_i002_c006"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 240 "D-Proline_nsuccinyl_1_i002_c006"

Treating input CT 241 "D-Proline_nsuccinyl_1_i002_c007"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 241 "D-Proline_nsuccinyl_1_i002_c007"

Treating input CT 242 "D-Proline_nsuccinyl_1_i003_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 242 "D-Proline_nsuccinyl_1_i003_c001"

Treating input CT 243 "D-Proline_nsuccinyl_1_i003_c002"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 243 "D-Proline_nsuccinyl_1_i003_c002"

Treating input CT 244 "D-Proline_nsuccinyl_1_i003_c003"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 244 "D-Proline_nsuccinyl_1_i003_c003"

Treating input CT 245 "D-Proline_nsuccinyl_1_i003_c004"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 245 "D-Proline_nsuccinyl_1_i003_c004"

Treating input CT 246 "D-Proline_nsuccinyl_1_i003_c005"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 246 "D-Proline_nsuccinyl_1_i003_c005"

Treating input CT 247 "D-Proline_nsuccinyl_1_i003_c006"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 247 "D-Proline_nsuccinyl_1_i003_c006"

Treating input CT 248 "D-Proline_nsuccinyl_1_i003_c007"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 248 "D-Proline_nsuccinyl_1_i003_c007"

Treating input CT 249 "D-Proline_nsuccinyl_1_i003_c008"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 249 "D-Proline_nsuccinyl_1_i003_c008"

Treating input CT 250 "D-Proline_nsuccinyl_1_i004_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 250 "D-Proline_nsuccinyl_1_i004_c001"

Treating input CT 251 "D-Proline_nsuccinyl_1_i004_c002"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 251 "D-Proline_nsuccinyl_1_i004_c002"

Treating input CT 252 "D-Proline_nsuccinyl_1_i004_c003"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 252 "D-Proline_nsuccinyl_1_i004_c003"

Treating input CT 253 "D-Proline_nsuccinyl_1_i004_c004"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 253 "D-Proline_nsuccinyl_1_i004_c004"

Treating input CT 254 "D-Proline_nsuccinyl_1_i004_c005"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 254 "D-Proline_nsuccinyl_1_i004_c005"

Treating input CT 255 "D-Proline_nsuccinyl_1_i004_c006"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 255 "D-Proline_nsuccinyl_1_i004_c006"

Treating input CT 256 "D-Proline_nsuccinyl_1_i004_c007"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 256 "D-Proline_nsuccinyl_1_i004_c007"

Treating input CT 257 "D-Proline_nsuccinyl_1_i004_c008"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 257 "D-Proline_nsuccinyl_1_i004_c008"

Treating input CT 258 "D-Arginine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 258 "D-Arginine_nsuccinyl_1_i001_c001"

Treating input CT 259 "D-Arginine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 259 "D-Arginine_nsuccinyl_1_i002_c001"

Treating input CT 260 "D-Cysteine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 260 "D-Cysteine_nsuccinyl_1_i001_c001"

Treating input CT 261 "D-Cysteine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 261 "D-Cysteine_nsuccinyl_1_i002_c001"

Treating input CT 262 "D-Glutamine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 262 "D-Glutamine_nsuccinyl_1_i001_c001"

Treating input CT 263 "D-Glutamine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 263 "D-Glutamine_nsuccinyl_1_i002_c001"

Treating input CT 264 "D-Threonine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 264 "D-Threonine_nsuccinyl_1_i001_c001"

Treating input CT 265 "D-Threonine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 265 "D-Threonine_nsuccinyl_1_i002_c001"

Treating input CT 266 "D-Methionine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 266 "D-Methionine_nsuccinyl_1_i001_c001"

Treating input CT 267 "D-Methionine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 267 "D-Methionine_nsuccinyl_1_i002_c001"

Treating input CT 268 "D-Leucine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 268 "D-Leucine_nsuccinyl_1_i001_c001"

Treating input CT 269 "D-Leucine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 269 "D-Leucine_nsuccinyl_1_i002_c001"

Treating input CT 270 "D-Asparagine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 270 "D-Asparagine_nsuccinyl_1_i001_c001"

Treating input CT 271 "D-Asparagine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 271 "D-Asparagine_nsuccinyl_1_i002_c001"

Treating input CT 272 "D-Phenylalanine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 272 "D-Phenylalanine_nsuccinyl_1_i001_c001"

Treating input CT 273 "D-Phenylalanine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 273 "D-Phenylalanine_nsuccinyl_1_i002_c001"

Treating input CT 274 "D-Valine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 274 "D-Valine_nsuccinyl_1_i001_c001"

Treating input CT 275 "D-Valine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 275 "D-Valine_nsuccinyl_1_i002_c001"

Treating input CT 276 "D-Isoleucine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 276 "D-Isoleucine_nsuccinyl_1_i001_c001"

Treating input CT 277 "D-Isoleucine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 277 "D-Isoleucine_nsuccinyl_1_i002_c001"

Treating input CT 278 "D-Histidine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 2 output CTs (after restrictions imposed)
Finished input CT 278 "D-Histidine_nsuccinyl_1_i001_c001"

Treating input CT 279 "D-Histidine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 2 output CTs (after restrictions imposed)
Finished input CT 279 "D-Histidine_nsuccinyl_1_i002_c001"

Treating input CT 280 "D-Tyrosine_nsuccinyl_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 280 "D-Tyrosine_nsuccinyl_1_i001_c001"

Treating input CT 281 "D-Tyrosine_nsuccinyl_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 281 "D-Tyrosine_nsuccinyl_1_i002_c001"

Treating input CT 282 "L-Lysine_nsuccinyl_2_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 282 "L-Lysine_nsuccinyl_2_i001_c001"

Treating input CT 283 "L-Lysine_nsuccinyl_2_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 283 "L-Lysine_nsuccinyl_2_i002_c001"

Treating input CT 284 "D-Lysine_nsuccinyl_2_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 284 "D-Lysine_nsuccinyl_2_i001_c001"

Treating input CT 285 "D-Lysine_nsuccinyl_2_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 285 "D-Lysine_nsuccinyl_2_i002_c001"

Treating input CT 286 "L-GlutamicAcid_nformyl_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 286 "L-GlutamicAcid_nformyl_1_i001_c001"

Treating input CT 287 "L-GlutamicAcid_nformyl_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 287 "L-GlutamicAcid_nformyl_1_i002_c001"

Treating input CT 288 "Glycine_nformyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 288 "Glycine_nformyl_1_i001_c001"

Treating input CT 289 "Glycine_nformyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 289 "Glycine_nformyl_1_i002_c001"

Treating input CT 290 "L-Alanine_nformyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 290 "L-Alanine_nformyl_1_i001_c001"

Treating input CT 291 "L-Alanine_nformyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 291 "L-Alanine_nformyl_1_i002_c001"

Treating input CT 292 "L-Lysine_nformyl_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 292 "L-Lysine_nformyl_1_i001_c001"

Treating input CT 293 "L-Lysine_nformyl_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 293 "L-Lysine_nformyl_1_i002_c001"

Treating input CT 294 "L-AsparticAcid_nformyl_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 294 "L-AsparticAcid_nformyl_1_i001_c001"

Treating input CT 295 "L-AsparticAcid_nformyl_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 295 "L-AsparticAcid_nformyl_1_i002_c001"

Treating input CT 296 "L-Arginine_nformyl_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 296 "L-Arginine_nformyl_1_i001_c001"

Treating input CT 297 "L-Arginine_nformyl_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 297 "L-Arginine_nformyl_1_i002_c001"

Treating input CT 298 "L-Glutamine_nformyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 298 "L-Glutamine_nformyl_1_i001_c001"

Treating input CT 299 "L-Glutamine_nformyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 299 "L-Glutamine_nformyl_1_i002_c001"

Treating input CT 300 "L-Serine_nformyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 300 "L-Serine_nformyl_1_i001_c001"

Treating input CT 301 "L-Serine_nformyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 301 "L-Serine_nformyl_1_i002_c001"

Treating input CT 302 "L-Methionine_nformyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 302 "L-Methionine_nformyl_1_i001_c001"

Treating input CT 303 "L-Methionine_nformyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 303 "L-Methionine_nformyl_1_i002_c001"

Treating input CT 304 "L-Tryptophan_nformyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 304 "L-Tryptophan_nformyl_1_i001_c001"

Treating input CT 305 "L-Tryptophan_nformyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 305 "L-Tryptophan_nformyl_1_i002_c001"

Treating input CT 306 "L-Phenylalanine_nformyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 306 "L-Phenylalanine_nformyl_1_i001_c001"

Treating input CT 307 "L-Phenylalanine_nformyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 307 "L-Phenylalanine_nformyl_1_i002_c001"

Treating input CT 308 "L-Tyrosine_nformyl_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 308 "L-Tyrosine_nformyl_1_i001_c001"

Treating input CT 309 "L-Tyrosine_nformyl_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 309 "L-Tyrosine_nformyl_1_i002_c001"

Treating input CT 310 "L-Cysteine_nformyl_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 310 "L-Cysteine_nformyl_1_i001_c001"

Treating input CT 311 "L-Cysteine_nformyl_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 311 "L-Cysteine_nformyl_1_i002_c001"

Treating input CT 312 "L-Leucine_nformyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 312 "L-Leucine_nformyl_1_i001_c001"

Treating input CT 313 "L-Leucine_nformyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 313 "L-Leucine_nformyl_1_i002_c001"

Treating input CT 314 "D-Alanine_nformyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 314 "D-Alanine_nformyl_1_i001_c001"

Treating input CT 315 "D-Alanine_nformyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 315 "D-Alanine_nformyl_1_i002_c001"

Treating input CT 316 "L-Histidine_nformyl_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 2 output CTs (after restrictions imposed)
Finished input CT 316 "L-Histidine_nformyl_1_i001_c001"

Treating input CT 317 "L-Histidine_nformyl_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 2 output CTs (after restrictions imposed)
Finished input CT 317 "L-Histidine_nformyl_1_i002_c001"

Treating input CT 318 "L-Proline_nformyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 318 "L-Proline_nformyl_1_i001_c001"

Treating input CT 319 "L-Proline_nformyl_1_i001_c002"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 319 "L-Proline_nformyl_1_i001_c002"

Treating input CT 320 "L-Proline_nformyl_1_i001_c003"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 320 "L-Proline_nformyl_1_i001_c003"

Treating input CT 321 "L-Proline_nformyl_1_i001_c004"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 321 "L-Proline_nformyl_1_i001_c004"

Treating input CT 322 "L-Proline_nformyl_1_i001_c005"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 322 "L-Proline_nformyl_1_i001_c005"

Treating input CT 323 "L-Proline_nformyl_1_i001_c006"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 323 "L-Proline_nformyl_1_i001_c006"

Treating input CT 324 "L-Proline_nformyl_1_i001_c007"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 324 "L-Proline_nformyl_1_i001_c007"

Treating input CT 325 "L-Proline_nformyl_1_i001_c008"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 325 "L-Proline_nformyl_1_i001_c008"

Treating input CT 326 "L-Proline_nformyl_1_i001_c009"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 326 "L-Proline_nformyl_1_i001_c009"

Treating input CT 327 "L-Proline_nformyl_1_i001_c010"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 327 "L-Proline_nformyl_1_i001_c010"

Treating input CT 328 "L-Proline_nformyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 328 "L-Proline_nformyl_1_i002_c001"

Treating input CT 329 "L-Proline_nformyl_1_i002_c002"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 329 "L-Proline_nformyl_1_i002_c002"

Treating input CT 330 "L-Proline_nformyl_1_i002_c003"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 330 "L-Proline_nformyl_1_i002_c003"

Treating input CT 331 "L-Proline_nformyl_1_i002_c004"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 331 "L-Proline_nformyl_1_i002_c004"

Treating input CT 332 "L-Proline_nformyl_1_i002_c005"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 332 "L-Proline_nformyl_1_i002_c005"

Treating input CT 333 "L-Proline_nformyl_1_i002_c006"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 333 "L-Proline_nformyl_1_i002_c006"

Treating input CT 334 "L-Proline_nformyl_1_i002_c007"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 334 "L-Proline_nformyl_1_i002_c007"

Treating input CT 335 "L-Proline_nformyl_1_i002_c008"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 335 "L-Proline_nformyl_1_i002_c008"

Treating input CT 336 "L-Proline_nformyl_1_i002_c009"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 336 "L-Proline_nformyl_1_i002_c009"

Treating input CT 337 "L-Proline_nformyl_1_i002_c010"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 337 "L-Proline_nformyl_1_i002_c010"

Treating input CT 338 "L-Proline_nformyl_1_i003_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 338 "L-Proline_nformyl_1_i003_c001"

Treating input CT 339 "L-Proline_nformyl_1_i003_c002"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 339 "L-Proline_nformyl_1_i003_c002"

Treating input CT 340 "L-Proline_nformyl_1_i003_c003"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 340 "L-Proline_nformyl_1_i003_c003"

Treating input CT 341 "L-Proline_nformyl_1_i003_c004"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 341 "L-Proline_nformyl_1_i003_c004"

Treating input CT 342 "L-Proline_nformyl_1_i003_c005"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 342 "L-Proline_nformyl_1_i003_c005"

Treating input CT 343 "L-Proline_nformyl_1_i003_c006"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 343 "L-Proline_nformyl_1_i003_c006"

Treating input CT 344 "L-Proline_nformyl_1_i003_c007"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 344 "L-Proline_nformyl_1_i003_c007"

Treating input CT 345 "L-Proline_nformyl_1_i003_c008"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 345 "L-Proline_nformyl_1_i003_c008"

Treating input CT 346 "L-Proline_nformyl_1_i003_c009"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 346 "L-Proline_nformyl_1_i003_c009"

Treating input CT 347 "L-Proline_nformyl_1_i004_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 347 "L-Proline_nformyl_1_i004_c001"

Treating input CT 348 "L-Proline_nformyl_1_i004_c002"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 348 "L-Proline_nformyl_1_i004_c002"

Treating input CT 349 "L-Proline_nformyl_1_i004_c003"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 349 "L-Proline_nformyl_1_i004_c003"

Treating input CT 350 "L-Proline_nformyl_1_i004_c004"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 350 "L-Proline_nformyl_1_i004_c004"

Treating input CT 351 "L-Proline_nformyl_1_i004_c005"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 351 "L-Proline_nformyl_1_i004_c005"

Treating input CT 352 "L-Proline_nformyl_1_i004_c006"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 352 "L-Proline_nformyl_1_i004_c006"

Treating input CT 353 "L-Proline_nformyl_1_i004_c007"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 353 "L-Proline_nformyl_1_i004_c007"

Treating input CT 354 "L-Proline_nformyl_1_i004_c008"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 354 "L-Proline_nformyl_1_i004_c008"

Treating input CT 355 "L-Proline_nformyl_1_i004_c009"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 355 "L-Proline_nformyl_1_i004_c009"

Treating input CT 356 "L-Asparagine_nformyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 356 "L-Asparagine_nformyl_1_i001_c001"

Treating input CT 357 "L-Asparagine_nformyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 357 "L-Asparagine_nformyl_1_i002_c001"

Treating input CT 358 "L-Valine_nformyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 358 "L-Valine_nformyl_1_i001_c001"

Treating input CT 359 "L-Valine_nformyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 359 "L-Valine_nformyl_1_i002_c001"

Treating input CT 360 "L-Threonine_nformyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 360 "L-Threonine_nformyl_1_i001_c001"

Treating input CT 361 "L-Threonine_nformyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 361 "L-Threonine_nformyl_1_i002_c001"

Treating input CT 362 "D-GlutamicAcid_nformyl_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 362 "D-GlutamicAcid_nformyl_1_i001_c001"

Treating input CT 363 "D-GlutamicAcid_nformyl_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 363 "D-GlutamicAcid_nformyl_1_i002_c001"

Treating input CT 364 "D-AsparticAcid_nformyl_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 364 "D-AsparticAcid_nformyl_1_i001_c001"

Treating input CT 365 "D-AsparticAcid_nformyl_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 365 "D-AsparticAcid_nformyl_1_i002_c001"

Treating input CT 366 "L-Isoleucine_nformyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 366 "L-Isoleucine_nformyl_1_i001_c001"

Treating input CT 367 "L-Isoleucine_nformyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 367 "L-Isoleucine_nformyl_1_i002_c001"

Treating input CT 368 "D-Tryptophan_nformyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 368 "D-Tryptophan_nformyl_1_i001_c001"

Treating input CT 369 "D-Tryptophan_nformyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 369 "D-Tryptophan_nformyl_1_i002_c001"

Treating input CT 370 "D-Lysine_nformyl_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 370 "D-Lysine_nformyl_1_i001_c001"

Treating input CT 371 "D-Lysine_nformyl_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 371 "D-Lysine_nformyl_1_i002_c001"

Treating input CT 372 "D-Serine_nformyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 372 "D-Serine_nformyl_1_i001_c001"

Treating input CT 373 "D-Serine_nformyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 373 "D-Serine_nformyl_1_i002_c001"

Treating input CT 374 "D-Proline_nformyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 374 "D-Proline_nformyl_1_i001_c001"

Treating input CT 375 "D-Proline_nformyl_1_i001_c002"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 375 "D-Proline_nformyl_1_i001_c002"

Treating input CT 376 "D-Proline_nformyl_1_i001_c003"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 376 "D-Proline_nformyl_1_i001_c003"

Treating input CT 377 "D-Proline_nformyl_1_i001_c004"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 377 "D-Proline_nformyl_1_i001_c004"

Treating input CT 378 "D-Proline_nformyl_1_i001_c005"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 378 "D-Proline_nformyl_1_i001_c005"

Treating input CT 379 "D-Proline_nformyl_1_i001_c006"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 379 "D-Proline_nformyl_1_i001_c006"

Treating input CT 380 "D-Proline_nformyl_1_i001_c007"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 380 "D-Proline_nformyl_1_i001_c007"

Treating input CT 381 "D-Proline_nformyl_1_i001_c008"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 381 "D-Proline_nformyl_1_i001_c008"

Treating input CT 382 "D-Proline_nformyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 382 "D-Proline_nformyl_1_i002_c001"

Treating input CT 383 "D-Proline_nformyl_1_i002_c002"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 383 "D-Proline_nformyl_1_i002_c002"

Treating input CT 384 "D-Proline_nformyl_1_i002_c003"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 384 "D-Proline_nformyl_1_i002_c003"

Treating input CT 385 "D-Proline_nformyl_1_i002_c004"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 385 "D-Proline_nformyl_1_i002_c004"

Treating input CT 386 "D-Proline_nformyl_1_i002_c005"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 386 "D-Proline_nformyl_1_i002_c005"

Treating input CT 387 "D-Proline_nformyl_1_i002_c006"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 387 "D-Proline_nformyl_1_i002_c006"

Treating input CT 388 "D-Proline_nformyl_1_i002_c007"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 388 "D-Proline_nformyl_1_i002_c007"

Treating input CT 389 "D-Proline_nformyl_1_i002_c008"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 389 "D-Proline_nformyl_1_i002_c008"

Treating input CT 390 "D-Proline_nformyl_1_i003_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 390 "D-Proline_nformyl_1_i003_c001"

Treating input CT 391 "D-Proline_nformyl_1_i003_c002"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 391 "D-Proline_nformyl_1_i003_c002"

Treating input CT 392 "D-Proline_nformyl_1_i003_c003"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 392 "D-Proline_nformyl_1_i003_c003"

Treating input CT 393 "D-Proline_nformyl_1_i003_c004"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 393 "D-Proline_nformyl_1_i003_c004"

Treating input CT 394 "D-Proline_nformyl_1_i003_c005"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 394 "D-Proline_nformyl_1_i003_c005"

Treating input CT 395 "D-Proline_nformyl_1_i003_c006"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 395 "D-Proline_nformyl_1_i003_c006"

Treating input CT 396 "D-Proline_nformyl_1_i003_c007"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 396 "D-Proline_nformyl_1_i003_c007"

Treating input CT 397 "D-Proline_nformyl_1_i003_c008"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 397 "D-Proline_nformyl_1_i003_c008"

Treating input CT 398 "D-Proline_nformyl_1_i004_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 398 "D-Proline_nformyl_1_i004_c001"

Treating input CT 399 "D-Proline_nformyl_1_i004_c002"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 399 "D-Proline_nformyl_1_i004_c002"

Treating input CT 400 "D-Proline_nformyl_1_i004_c003"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 400 "D-Proline_nformyl_1_i004_c003"

Treating input CT 401 "D-Proline_nformyl_1_i004_c004"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 401 "D-Proline_nformyl_1_i004_c004"

Treating input CT 402 "D-Proline_nformyl_1_i004_c005"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 402 "D-Proline_nformyl_1_i004_c005"

Treating input CT 403 "D-Proline_nformyl_1_i004_c006"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 403 "D-Proline_nformyl_1_i004_c006"

Treating input CT 404 "D-Proline_nformyl_1_i004_c007"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 404 "D-Proline_nformyl_1_i004_c007"

Treating input CT 405 "D-Proline_nformyl_1_i004_c008"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 405 "D-Proline_nformyl_1_i004_c008"

Treating input CT 406 "D-Arginine_nformyl_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 406 "D-Arginine_nformyl_1_i001_c001"

Treating input CT 407 "D-Arginine_nformyl_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 407 "D-Arginine_nformyl_1_i002_c001"

Treating input CT 408 "D-Cysteine_nformyl_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 408 "D-Cysteine_nformyl_1_i001_c001"

Treating input CT 409 "D-Cysteine_nformyl_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 409 "D-Cysteine_nformyl_1_i002_c001"

Treating input CT 410 "D-Glutamine_nformyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 410 "D-Glutamine_nformyl_1_i001_c001"

Treating input CT 411 "D-Glutamine_nformyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 411 "D-Glutamine_nformyl_1_i002_c001"

Treating input CT 412 "D-Threonine_nformyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 412 "D-Threonine_nformyl_1_i001_c001"

Treating input CT 413 "D-Threonine_nformyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 413 "D-Threonine_nformyl_1_i002_c001"

Treating input CT 414 "D-Methionine_nformyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 414 "D-Methionine_nformyl_1_i001_c001"

Treating input CT 415 "D-Methionine_nformyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 415 "D-Methionine_nformyl_1_i002_c001"

Treating input CT 416 "D-Leucine_nformyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 416 "D-Leucine_nformyl_1_i001_c001"

Treating input CT 417 "D-Leucine_nformyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 417 "D-Leucine_nformyl_1_i002_c001"

Treating input CT 418 "D-Asparagine_nformyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 418 "D-Asparagine_nformyl_1_i001_c001"

Treating input CT 419 "D-Asparagine_nformyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 419 "D-Asparagine_nformyl_1_i002_c001"

Treating input CT 420 "D-Phenylalanine_nformyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 420 "D-Phenylalanine_nformyl_1_i001_c001"

Treating input CT 421 "D-Phenylalanine_nformyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 421 "D-Phenylalanine_nformyl_1_i002_c001"

Treating input CT 422 "D-Valine_nformyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 422 "D-Valine_nformyl_1_i001_c001"

Treating input CT 423 "D-Valine_nformyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 423 "D-Valine_nformyl_1_i002_c001"

Treating input CT 424 "D-Isoleucine_nformyl_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 424 "D-Isoleucine_nformyl_1_i001_c001"

Treating input CT 425 "D-Isoleucine_nformyl_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 425 "D-Isoleucine_nformyl_1_i002_c001"

Treating input CT 426 "D-Histidine_nformyl_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 2 output CTs (after restrictions imposed)
Finished input CT 426 "D-Histidine_nformyl_1_i001_c001"

Treating input CT 427 "D-Histidine_nformyl_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 2 output CTs (after restrictions imposed)
Finished input CT 427 "D-Histidine_nformyl_1_i002_c001"

Treating input CT 428 "D-Tyrosine_nformyl_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 428 "D-Tyrosine_nformyl_1_i001_c001"

Treating input CT 429 "D-Tyrosine_nformyl_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 429 "D-Tyrosine_nformyl_1_i002_c001"

Treating input CT 430 "L-Lysine_nformyl_2_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 430 "L-Lysine_nformyl_2_i001_c001"

Treating input CT 431 "L-Lysine_nformyl_2_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 431 "L-Lysine_nformyl_2_i002_c001"

Treating input CT 432 "D-Lysine_nformyl_2_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 432 "D-Lysine_nformyl_2_i001_c001"

Treating input CT 433 "D-Lysine_nformyl_2_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 433 "D-Lysine_nformyl_2_i002_c001"

Treating input CT 434 "L-GlutamicAcid_hydantoin_1_i001_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 434 "L-GlutamicAcid_hydantoin_1_i001_c001"

Treating input CT 435 "L-GlutamicAcid_hydantoin_1_i001_c002"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 435 "L-GlutamicAcid_hydantoin_1_i001_c002"

Treating input CT 436 "L-GlutamicAcid_hydantoin_1_i001_c003"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 436 "L-GlutamicAcid_hydantoin_1_i001_c003"

Treating input CT 437 "L-GlutamicAcid_hydantoin_1_i002_c001"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 437 "L-GlutamicAcid_hydantoin_1_i002_c001"

Treating input CT 438 "L-GlutamicAcid_hydantoin_1_i002_c002"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 438 "L-GlutamicAcid_hydantoin_1_i002_c002"

Treating input CT 439 "L-GlutamicAcid_hydantoin_1_i002_c003"
  Total candidate ionization centers: 2
  Maximum possible ionization states: 4 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 439 "L-GlutamicAcid_hydantoin_1_i002_c003"

Treating input CT 440 "Glycine_hydantoin_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 440 "Glycine_hydantoin_1_i001_c001"

Treating input CT 441 "Glycine_hydantoin_1_i001_c002"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 441 "Glycine_hydantoin_1_i001_c002"

Treating input CT 442 "Glycine_hydantoin_1_i001_c003"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 442 "Glycine_hydantoin_1_i001_c003"

Treating input CT 443 "Glycine_hydantoin_1_i002_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 443 "Glycine_hydantoin_1_i002_c001"

Treating input CT 444 "Glycine_hydantoin_1_i002_c002"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 444 "Glycine_hydantoin_1_i002_c002"

Treating input CT 445 "Glycine_hydantoin_1_i002_c003"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to 1 output CT (after restrictions imposed)
Finished input CT 445 "Glycine_hydantoin_1_i002_c003"

Treating input CT 446 "L-Alanine_hydantoin_1_i001_c001"
  Total candidate ionization centers: 1
  Maximum possible ionization states: 2 (unrestricted)
  Proceeding with expansion....
  Expanded to