***************** FILE 3D_ALI - sequence alignment based on 3D superposition ****************
FT   file: inhibit.3D_ALI
DT    created at EMBL Sat Aug  3 22:19:29 1991      
NS    4  
FN    1tgs  chain: I; Range(PDB):    1 -   56         resolution: 1.8 angstroms. 
FN    3sgb  chain: I; Range(PDB):    7 -   56         resolution: 1.8 angstroms. 
FN    2ovo  chain: -; Range(PDB):    1 -   56         resolution: 1.5 angstroms. 
FN    1ovo  chain: A; Range(PDB):    1 -   56         resolution: 1.9 angstroms. 
NA    158
NL    57   
DB    RELEASE 17.0 OF EMBL/SWISS-PROT WITH  20024 SEQUENCES                 
TH    threshold_1 - % identity       0.35
TH    threshold_2 - % alignment      0.35
AU    This file was generated by the program CHARON
AU    Stefano Pascarella and Patrick Argos, EMBL, Postfach 10 22 09, 6900 Heidelberg, Germany
AU    
NT    The sequence alignments and part of the notation included in this file has been taken from the HSSP files: 
NT    Sander C. and Schneider R. : Database of homology-derived protein structures. Protins, in press.
NT    Notation:    seq_id = sequence identifyer eithr from PDB or from SWISSPROT.
NT                 %ide = percentage of identical residues.
NT                 ifir, ilast = first and last residue of the alignment in the test sequence.
NT			jfir, jlast = first and last residue of the alignment in the aligned protein.
NT                 lali = length of the alignment excluding insertions and deletions.
NT                 ngap, lgap = number and total length of all insertions and deletions.
NT                 lseq2 = length of the entire sequence of the aligned protein.
NT                 HSP = numeration in the HSSP file.
NT                 PDB = numeration in the PDB file.
NT                 A = aminoacid sequence.
NT                 STRUCT = secondary structure assignment as found in DSSP file.
NT                 PHI, PSI, CHIx = dihedral angles phi, psi and chi1, chi2....
NT                 ACC = accessibility as found in DSSPfiles.
NT     Symbols:    '-'  indicates a gap in the structural alignments.
NT                 '?'  indicates a structural gap: the sequence is known but the structure is unresolved.
NT                 ' ' indictes a gap in the sequence alignments.
NT                 pairs of lower case letters in the alignment bracket an insertion in the sequence.
EN

     ..............................................................................................................................
          seq_id          %ide  ifir  ilas  jfir  jlas  lali  ngap  lgap  lseq
->   1. 1tgs
  5. IPST$BOVIN            0.85   231   282     5    56    52     0     0    56 PANCREATIC SECRETORY TRYPSIN INHIBITOR.
  6. IPST$SHEEP            0.83   231   282     5    56    52     0     0    56 PANCREATIC SECRETORY TRYPSIN INHIBITOR.
  7. IPST$HUMAN            0.71   227   282    24    79    56     0     0    79 PANCREATIC SECRETORY TRYPSIN INHIBITOR PRECURSOR (GE
  8. PSG1$MOUSE            0.71   231   282    29    80    52     0     0    80 PROSTATIC SECRETORY GLYCOPROTEIN PRECURSOR (P12).
  9. IPST$CANFA            0.70   230   282     5    57    53     0     0    57 PANCREATIC SECRETORY TRYPSIN INHIBITOR.
 10. IPS2$RAT              0.54   231   282    28    79    52     0     0    79 PANCREATIC SECRETORY TRYPSIN INHIBITOR II PRECURSOR
 11. IPS1$RAT              0.52   231   282    28    79    52     0     0    79 PANCREATIC SECRETORY TRYPSIN INHIBITOR I PRECURSOR (
 12. IPST$ANGAN            0.47   236   282    15    61    47     0     0    61 PROBABLE PANCREATIC PROTEINASE INHIBITOR (PSTI TYPE)
 13. IAC2$HUMAN            0.42   228   282     6    61    55     1     1    61 ACROSIN-TRYPSIN INHIBITOR (HUSI-II).
 14. FSA$PIG               0.47   247   282   129   164    36     0     0   344 FOLLISTATIN A AND A' PRECURSOR (FS).
 15. FSA$HUMAN             0.47   247   282   129   164    36     0     0   338 FOLLISTATIN 1 AND 2 PRECURSOR (FS).
 16. IELA$ANESU            0.44   242   282     8    48    41     0     0    48 ELASTASE INHIBITOR.
 17. IPSG$PANLE            0.39   232   282    61   111    51     0     0   112 DOUBLE-HEADED PROTEASE INHIBITOR, SUBMANDIBULAR GLAN
 18. IPSG$FELCA            0.39   232   282    61   111    51     0     0   111 DOUBLE-HEADED PROTEASE INHIBITOR, SUBMANDIBULAR GLAN
 19. IPSG$VULVU            0.38   231   282     8    64    52     1     5   115 DOUBLE-HEADED PROTEASE INHIBITOR, SUBMANDIBULAR GLAN
 20. IPSG$CANFA            0.37   232   282    65   115    51     0     0   115 DOUBLE-HEADED PROTEASE INHIBITOR, SUBMANDIBULAR GLAN
->   2. 3sgb
 21. IOVO$PAVCR            0.98   187   236     7    56    50     0     0    56 OVOMUCOID (FRAGMENT).
 22. IOVO$LOPCA            0.98   187   236     7    56    50     0     0    56 OVOMUCOID (FRAGMENT).
 23. IOVO$ALECH            0.98   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 24. IOVO$CALSC            0.96   187   236     7    56    50     0     0    56 OVOMUCOID (FRAGMENT).
 25. IOVO$CYRMO            0.96   187   236     7    56    50     0     0    56 OVOMUCOID (FRAGMENT).
 26. IOVO$NUMME            0.96   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 27. IOVO$CHRAM            0.96   187   236     7    56    50     0     0    56 OVOMUCOID (FRAGMENT).
 28. IOVO$OREPI            0.96   187   236     7    56    50     0     0    56 OVOMUCOID (FRAGMENT).
 29. IOVO$COLVI            0.94   187   236     7    56    50     0     0    56 OVOMUCOID (FRAGMENT).
 30. IOVO$BONUM            0.94   187   236     7    56    50     0     0    56 OVOMUCOID (FRAGMENT).
 31. IOVO$CHICK            0.94   187   236   161   210    50     0     0   210 OVOMUCOID PRECURSOR.
 32. IOVO$FRAPO            0.94   187   236     7    56    50     0     0    56 OVOMUCOID (FRAGMENT).
 33. IOVO$CALSP            0.94   187   236     7    56    50     0     0    56 OVOMUCOID (FRAGMENT).
 34. IOVO$PERPE            0.94   187   236     7    56    50     0     0    56 OVOMUCOID (FRAGMENT).
 35. IOVO$DENAR            0.94   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 36. IOVO$SYRRE            0.94   187   236     7    56    50     0     0    56 OVOMUCOID (FRAGMENT).
 37. IOVO$LOPIG            0.94   187   236     7    56    50     0     0    56 OVOMUCOID (FRAGMENT).
 38. IOVO$FRAAF            0.92   187   236     4    53    50     0     0    53 OVOMUCOID (FRAGMENT).
 39. IOVO$FRAER            0.92   187   236     7    56    50     0     0    56 OVOMUCOID (FRAGMENT).
 40. IOVO$PHACO            0.92   187   236     7    56    50     0     0    56 OVOMUCOID (FRAGMENT).
 41. IOVO$BRACA            0.92   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 42. IOVO$COSCO            0.92   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 43. IOVO$ARBTO            0.92   187   236     4    53    50     0     0    53 OVOMUCOID (FRAGMENT).
 44. IOVO$CYGAT            0.92   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 45. IOVO$DENVD            0.92   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 46. IOVO$ANSSE            0.92   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 47. IOVO$CERNO            0.90   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 48. IOVO$DENEY            0.90   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 49. IOVO$ANSAN            0.90   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 50. IOVO$FRACO            0.90   187   236     4    53    50     0     0    53 OVOMUCOID (FRAGMENT).
 51. IOVO$ANAPL            0.90   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 52. IOVO$GRUCA            0.88   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 53. IOVO$COTDE            0.88   187   236     3    52    50     0     0    52 OVOMUCOID (FRAGMENT).
 54. IOVO$ARGAR            0.88   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 55. IOVO$FRAFR            0.86   187   236     4    53    50     0     0    53 OVOMUCOID (FRAGMENT).
 56. IOVO$ANHNO            0.86   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 57. IOVO$DRONO            0.84   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 58. IOVO$MAGFR            0.84   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 59. IOVO$VULGR            0.84   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 60. IOVO$GYPCO            0.84   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 61. IOVO$GEOCA            0.84   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 62. IOVO$LARRI            0.84   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 63. IOVO$DACNO            0.84   187   236     6    55    50     0     0    55 OVOMUCOID (FRAGMENT).
 64. IOVO$PHASU            0.84   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 65. IOVO$RHEAM            0.84   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 66. IOVO$SPHHU            0.84   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 67. IOVO$ABUPI            0.82   187   236     7    56    50     0     0    56 OVOMUCOID (FRAGMENT).
 68. IOVO$CASCA            0.82   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 69. IOVO$TURSY            0.82   187   236     4    53    50     0     0    53 OVOMUCOID (FRAGMENT).
 70. IOVO$PENJC            0.82   187   236     7    56    50     0     0    56 OVOMUCOID (FRAGMENT).
 71. IOVO$FULAT            0.82   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 72. IOVO$POLBI            0.82   187   236     4    53    50     0     0    53 OVOMUCOID (FRAGMENT).
 73. IOVO$STRCA            0.82   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 74. IOVO$HALIN            0.82   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 75. IOVO$NOTCI            0.81   187   236     4    51    48     1     2    51 OVOMUCOID (FRAGMENT).
 76. IOVO$CIRAE            0.80   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 77. IOVO$ORTVE            0.80   187   236     7    56    50     0     0    56 OVOMUCOID (FRAGMENT).
 78. IOVO$CARRE            0.80   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 79. IOVO$LEIOC            0.80   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 80. IOVO$NYCNY            0.76   187   236     5    54    50     0     0    54 OVOMUCOID (FRAGMENT).
 81. IOVO$EUOEL            0.75   187   236     4    51    48     1     2    51 OVOMUCOID (FRAGMENT).
 82. IOV7$CHICK            0.56   187   236   420   471    50     1     2   471 OVOINHIBITOR PRECURSOR.
 83. IAC2$BOVIN            0.54   187   234     6    55    48     1     2    57 ACROSIN INHIBITOR II.
 84. IPSG$MELME            0.55   193   236    76   119    44     0     0   122 DOUBLE-HEADED PROTEASE INHIBITOR, SUBMANDIBULAR GLAN
 85. IAC1$BOVIN            0.45   193   236    18    61    44     0     0    63 ACROSIN INHIBITOR I.
 86. IELA$ANESU            0.46   196   236     8    48    41     0     0    48 ELASTASE INHIBITOR.
 87. IOV7$CHICK            0.42   187   236   158   216    50     1     9   471 OVOINHIBITOR PRECURSOR.
 88. IOVO$CHICK            0.38   187   236    28    86    50     1     9   210 OVOMUCOID PRECURSOR.
->   3. 2ovo
 89. IOVO$CHRAM            0.98     1    56     1    56    56     0     0    56 OVOMUCOID (FRAGMENT).
 90. IOVO$BONUM            0.96     1    56     1    56    56     0     0    56 OVOMUCOID (FRAGMENT).
 91. IOVO$SYRRE            0.96     1    56     1    56    56     0     0    56 OVOMUCOID (FRAGMENT).
 92. IOVO$PAVCR            0.96     1    56     1    56    56     0     0    56 OVOMUCOID (FRAGMENT).
 93. IOVO$LOPIG            0.96     1    56     1    56    56     0     0    56 OVOMUCOID (FRAGMENT).
 94. IOVO$PERPE            0.96     1    56     1    56    56     0     0    56 OVOMUCOID (FRAGMENT).
 95. IOVO$PHACO            0.95     1    56     1    56    56     0     0    56 OVOMUCOID (FRAGMENT).
 96. IOVO$LOPCA            0.95     1    56     1    56    56     0     0    56 OVOMUCOID (FRAGMENT).
 97. IOVO$CHICK            0.95     1    56   155   210    56     0     0   210 OVOMUCOID PRECURSOR.
 98. IOVO$FRAER            0.95     2    56     2    56    55     0     0    56 OVOMUCOID (FRAGMENT).
 99. IOVO$FRAAF            0.94     4    56     1    53    53     0     0    53 OVOMUCOID (FRAGMENT).
100. IOVO$ARBTO            0.94     4    56     1    53    53     0     0    53 OVOMUCOID (FRAGMENT).
101. IOVO$NUMME            0.94     4    56     2    54    53     0     0    54 OVOMUCOID (FRAGMENT).
102. IOVO$OREPI            0.93     1    56     1    56    56     0     0    56 OVOMUCOID (FRAGMENT).
103. IOVO$COLVI            0.93     1    56     1    56    56     0     0    56 OVOMUCOID (FRAGMENT).
104. IOVO$FRAPO            0.93     1    56     1    56    56     0     0    56 OVOMUCOID (FRAGMENT).
105. IOVO$CALSC            0.93     1    56     1    56    56     0     0    56 OVOMUCOID (FRAGMENT).
106. IOVO$CYRMO            0.93     1    56     1    56    56     0     0    56 OVOMUCOID (FRAGMENT).
107. IOVO$ALECH            0.92     4    56     2    54    53     0     0    54 OVOMUCOID (FRAGMENT).
108. IOVO$FRACO            0.92     4    56     1    53    53     0     0    53 OVOMUCOID (FRAGMENT).
109. IOVO$CALSP            0.91     1    56     1    56    56     0     0    56 OVOMUCOID (FRAGMENT).
110. IOVO$COSCO            0.89     3    56     1    54    54     0     0    54 OVOMUCOID (FRAGMENT).
111. IOVO$CYGAT            0.89     3    56     1    54    54     0     0    54 OVOMUCOID (FRAGMENT).
112. IOVO$COTDE            0.88     5    56     1    52    52     0     0    52 OVOMUCOID (FRAGMENT).
113. IOVO$BRACA            0.87     3    56     1    54    54     0     0    54 OVOMUCOID (FRAGMENT).
114. IOVO$ANAPL            0.87     3    56     1    54    54     0     0    54 OVOMUCOID (FRAGMENT).
115. IOVO$DENAR            0.87     3    56     1    54    54     0     0    54 OVOMUCOID (FRAGMENT).
116. IOVO$CERNO            0.87     3    56     1    54    54     0     0    54 OVOMUCOID (FRAGMENT).
117. IOVO$FRAFR            0.87     4    56     1    53    53     0     0    53 OVOMUCOID (FRAGMENT).
118. IOVO$DENVD            0.85     3    56     1    54    54     0     0    54 OVOMUCOID (FRAGMENT).
119. IOVO$ANSSE            0.85     3    56     1    54    54     0     0    54 OVOMUCOID (FRAGMENT).
120. IOVO$ANSAN            0.85     3    56     1    54    54     0     0    54 OVOMUCOID (FRAGMENT).
121. IOVO$TURSY            0.85     4    56     1    53    53     0     0    53 OVOMUCOID (FRAGMENT).
122. IOVO$DENEY            0.83     3    56     1    54    54     0     0    54 OVOMUCOID (FRAGMENT).
123. IOVO$ANHNO            0.83     4    56     2    54    53     0     0    54 OVOMUCOID (FRAGMENT).
124. IOVO$ARGAR            0.83     4    56     2    54    53     0     0    54 OVOMUCOID (FRAGMENT).
125. IOVO$POLBI            0.83     4    56     1    53    53     0     0    53 OVOMUCOID (FRAGMENT).
126. IOVO$GRUCA            0.81     3    56     1    54    54     0     0    54 OVOMUCOID (FRAGMENT).
127. IOVO$GYPCO            0.82     6    56     4    54    51     0     0    54 OVOMUCOID (FRAGMENT).
128. IOVO$ABUPI            0.80     1    56     1    56    56     0     0    56 OVOMUCOID (FRAGMENT).
129. IOVO$GEOCA            0.81     4    56     2    54    53     0     0    54 OVOMUCOID (FRAGMENT).
130. IOVO$MAGFR            0.81     4    56     2    54    53     0     0    54 OVOMUCOID (FRAGMENT).
131. IOVO$DACNO            0.80     3    56     2    55    54     0     0    55 OVOMUCOID (FRAGMENT).
132. IOVO$HALIN            0.80     6    56     4    54    51     0     0    54 OVOMUCOID (FRAGMENT).
133. IOVO$PENJC            0.79     1    56     1    56    56     0     0    56 OVOMUCOID (FRAGMENT).
134. IOVO$PHASU            0.79     4    56     2    54    53     0     0    54 OVOMUCOID (FRAGMENT).
135. IOVO$DRONO            0.79     4    56     2    54    53     0     0    54 OVOMUCOID (FRAGMENT).
136. IOVO$RHEAM            0.79     4    56     2    54    53     0     0    54 OVOMUCOID (FRAGMENT).
137. IOVO$VULGR            0.79     4    56     2    54    53     0     0    54 OVOMUCOID (FRAGMENT).
138. IOVO$LARRI            0.79     4    56     2    54    53     0     0    54 OVOMUCOID (FRAGMENT).
139. IOVO$CASCA            0.79     4    56     2    54    53     0     0    54 OVOMUCOID (FRAGMENT).
140. IOVO$NOTCI            0.78     4    56     1    51    51     1     2    51 OVOMUCOID (FRAGMENT).
141. IOVO$CIRAE            0.78     6    56     4    54    51     0     0    54 OVOMUCOID (FRAGMENT).
142. IOVO$ORTVE            0.77     1    56     1    56    56     0     0    56 OVOMUCOID (FRAGMENT).
143. IOVO$SPHHU            0.77     4    56     2    54    53     0     0    54 OVOMUCOID (FRAGMENT).
144. IOVO$STRCA            0.77     4    56     2    54    53     0     0    54 OVOMUCOID (FRAGMENT).
145. IOVO$LEIOC            0.76     3    56     1    54    54     0     0    54 OVOMUCOID (FRAGMENT).
146. IOVO$FULAT            0.76     3    56     1    54    54     0     0    54 OVOMUCOID (FRAGMENT).
147. IOVO$CARRE            0.75     4    56     2    54    53     0     0    54 OVOMUCOID (FRAGMENT).
148. IOVO$NYCNY            0.75     4    56     2    54    53     0     0    54 OVOMUCOID (FRAGMENT).
149. IOVO$EUOEL            0.73     4    56     1    51    51     1     2    51 OVOMUCOID (FRAGMENT).
150. IPSG$VULVU            0.59     2    56    62   115    54     1     1   115 DOUBLE-HEADED PROTEASE INHIBITOR, SUBMANDIBULAR GLAN
151. IPSG$CANFA            0.57     2    56    62   115    54     1     1   115 DOUBLE-HEADED PROTEASE INHIBITOR, SUBMANDIBULAR GLAN
152. IAC2$BOVIN            0.51     2    54     1    55    53     1     2    57 ACROSIN INHIBITOR II.
153. IELA$ANESU            0.49    16    56     8    48    41     0     0    48 ELASTASE INHIBITOR.
154. IOV7$CHICK            0.43     1    56   152   216    56     1     9   471 OVOINHIBITOR PRECURSOR.
155. IAC1$BOVIN            0.45    13    56    18    61    44     0     0    63 ACROSIN INHIBITOR I.
156. IOV7$CHICK            0.38     2    56    88   150    55     1     8   471 OVOINHIBITOR PRECURSOR.
157. IPSG$FELCA            0.38     2    56     2    60    55     1     4   111 DOUBLE-HEADED PROTEASE INHIBITOR, SUBMANDIBULAR GLAN
158. IOVO$CHICK            0.37     3    56    24    86    54     1     9   210 OVOMUCOID PRECURSOR.
159. IPSG$CANFA            0.37     5    56     9    64    52     1     4   115 DOUBLE-HEADED PROTEASE INHIBITOR, SUBMANDIBULAR GLAN
->   4. 1ovo
160. IPSG$PANLE            0.38     2    56     2    60    55     1     4   112 DOUBLE-HEADED PROTEASE INHIBITOR, SUBMANDIBULAR GLAN
161. IAC2$HUMAN            0.38     5    56    10    61    52     0     0    61 ACROSIN-TRYPSIN INHIBITOR (HUSI-II).
162. IPSG$MELME            0.37     5    56    13    68    52     1     4   122 DOUBLE-HEADED PROTEASE INHIBITOR, SUBMANDIBULAR GLAN

     ..............................................................................................................................
####
CC    Structure superposition
NB    2  blocks
NC    3 structures per block
                                  1tgs                                  3sgb                                  2ovo

    HSP   PDB A  STRUCT     PHI    PSI   ACC |HSP   PDB A  STRUCT     PHI    PSI   ACC |HSP   PDB A  STRUCT     PHI    PSI   ACC |
   |-----------------------------------------|-----------------------------------------|-----------------------------------------|
  1. 227    1 T            360.0  142.6  133 |   0    0   --------- 000000 000000 0000 |   0    0   --------- 000000 000000 0000 |
  2. 228    1 S       +   -121.8   89.4  102 |   0    0   --------- 000000 000000 0000 |   1    1 L            360.0  132.2  232 |
  3. 229    2 P       +    -85.7 -155.5   68 |   0    0   --------- 000000 000000 0000 |   2    2 A       -    -78.7  121.8   68 |
  4. 230    3 Q       +    116.3   60.3  173 |   0    0   --------- 000000 000000 0000 |   3    3 A S    S+    -69.8  -43.6  104 |
  5. 231    4 R       -    149.3  117.4  102 |   0    0   --------- 000000 000000 0000 |   4    4 V S    S+   -130.9  160.5   53 |
  6. 232    5 E       -    -74.2  158.2  151 |   0    0   --------- 000000 000000 0000 |   5    5 S       -   -155.0  167.4   90 |
  7. 233    6 A       -    -77.8  122.3   19 |   0    0   --------- 000000 000000 0000 |   6    6 V       -   -121.6  164.7   35 |
  8. 234    7 T       +    -90.2   93.9  116 | 187    7 D            360.0   91.9  140 |   7    7 D       +    -74.0   94.1   94 |
  9. 235    8 C       +   -118.9  102.7   63 | 188    8 C   >   +   -118.4   43.1   33 |   8    8 C   >   +   -108.2   26.2   30 |
 10. 236   10 T       +   -115.4   73.5  112 | 189    9 S T 3   +    -77.1  -35.3   94 |   9    9 S T 3  S+    -63.6  -35.3   93 |
 11. 237   11 S       -    -99.9  136.5   56 | 190   10 E T 3  S+    -79.2   19.8  106 |  10   10 E T 3  S+    -98.6   18.4  149 |
 12.   0    0   --------- 000000 000000 0000 | 191   11 Y   <   +   -121.5  165.3   29 |  11   11 Y   <   +   -107.9  157.0   40 |
 13. 238   12 E S    S+    -90.0    3.3  144 | 192   12 P       -    -73.1  163.3   93 |  12   12 P       +    -61.3  154.6   94 |
 14. 239   13 V S    S-   -112.6  157.1   12 | 193   13 K       -   -121.3  140.8   32 |  13   13 K       -   -135.1  139.7   84 |
 15. 240   14 S S    S+    -93.4   48.8   67 | 194   14 P S    S+    -68.1  -23.1  104 |  14   14 P S    S+    -64.0  -26.2  147 |
 16. 241   15 G S    S-   -161.3  166.5    8 | 195   15 A       -   -158.2  158.2    2 |  15   15 A       -   -149.1  163.2   78 |
 17. 242   16 C E     -I  -118.3  148.9    8 | 196   16 C E     -S  -128.5  146.6    3 |  16   16 C       -   -130.5  155.0   36 |
 18. 243   17 P E     -I   -61.3  147.2   23 | 197   17 T E     -S   -69.0  159.2   21 |  17   17 T       -    -86.9  173.8   96 |
 19. 244   18 K       +    -93.8   44.4    0 | 198   18 L       +   -116.4   45.6    4 |  18   18 M       +    -96.0    9.3  187 |
 20. 245   19 I       -    -90.1  143.8   18 | 199   19 E       -    -83.0  153.0   41 |  19   19 E       -    -58.2  139.4   85 |
 21. 246   20 Y       +    -95.6   97.4   25 | 200   20 Y B     +E   -98.6  114.8   41 |  20   20 Y       +    -99.0   92.8  138 |
 22. 247   21 N       -   -136.3   72.0   64 | 201   21 R       -   -148.8   93.6  113 |  21   21 R       -   -129.5   68.9  174 |
 23. 248   22 P       -    -62.2  151.9    4 | 202   22 P       -    -73.5  152.3   27 |  22   22 P       -    -66.6  148.2   21 |
 24. 249   23 V E     -RS -139.3  139.5    5 | 203   23 L E     -TU -130.8  154.2   16 |  23   23 L E     -AB -135.0  136.7   11 |
 25. 250   24 C E     -RS  -89.8  108.6    2 | 204   24 C E     -TU -113.1  118.8    2 |  24   24 C E     -AB -102.2  119.2    1 |
 26. 251   25 G E >   - S  -59.5  148.5    0 | 205   25 G E >   - U  -81.2  163.8    0 |  25   25 G E >   - B  -75.7  160.7    1 |
 27. 252   26 T T 3  S+    -64.8  -15.4   40 | 206   26 S T 3  S+    -68.9  -11.4   56 |  26   26 S T 3  S+    -65.2  -11.3   62 |
 28. 253   27 D T 3  S-    -76.8  -14.1   66 | 207   27 D T 3  S-    -89.6    4.3   72 |  27   27 D T 3  S-    -90.2    4.8   74 |
 29. 254   28 G S <  S+     94.8    4.9   48 | 208   28 N S <  S+     67.7   20.9  134 |  28   28 N S <  S+     68.4   30.7  129 |
 30. 255   29 I       -    -93.4  137.0   69 | 209   29 K       -   -101.2  135.5  115 |  29   29 K       -   -104.5  139.9  121 |
 31. 256   30 T E     -R   -86.6  117.2   28 | 210   30 T E     -T   -77.0  123.5   45 |  30   30 T E     -A   -88.0  118.7   61 |
 32. 257   31 Y E     -R   -96.0  125.3   10 | 211   31 Y E     -T   -95.8  129.4   22 |  31   31 Y E     -A   -92.0  128.4   36 |
 33. 258   32 S S    S-    -62.9  -17.7    6 | 212   32 G S    S-    -63.7  -29.4   11 |  32   32 G S    S-    -58.9  -28.0   26 |
 34. 259   33 N S  > S-   -165.0  167.9    7 | 213   33 N S  > S-   -161.5  172.7    0 |  33   33 N S  > S-   -167.6  168.6    1 |
 35. 260   34 E H  > S+    -64.7  -30.0   39 | 214   34 K H  > S+    -63.6  -35.8   95 |  34   34 K H  > S+    -58.8  -36.8   81 |
 36. 261   35 C H  > S+    -69.0  -32.0   29 | 215   35 C H  > S+    -65.1  -40.3   13 |  35   35 C H  > S+    -70.3  -41.0   17 |
 37. 262   36 V H  > S+    -70.4  -38.4   24 | 216   36 N H  > S+    -64.5  -45.3   44 |  36   36 N H  > S+    -61.4  -39.3   70 |
 38. 263   37 L H  X S+    -64.5  -35.9    0 | 217   37 F H  X S+    -56.9  -52.1   15 |  37   37 F H  X S+    -61.9  -50.2    5 |
 39. 264   38 C H  X S+    -61.3  -49.5   15 | 218   38 C H  X S+    -60.6  -35.7    0 |  38   38 C H  X S+    -73.0  -25.1    0 |
 40. 265   39 S H  X S+    -68.8  -31.6   40 | 219   39 N H  X S+    -61.6  -45.1   39 |  39   39 N H  X S+    -61.3  -43.4   28 |
 41. 266   40 E H  < S+    -67.8  -37.2   64 | 220   40 A H  X S+    -65.5  -36.9   17 |  40   40 A H  X S+    -69.5  -33.0   17 |
 42. 267   41 N H >< S+    -65.0  -40.1   25 | 221   41 V H ><>S+    -60.3  -47.6   24 |  41   41 V H  <>S+    -60.0  -45.7   28 |
 43. 268   42 K H 3< S+    -68.6  -14.1  165 | 222   42 V H ><5S+    -58.1  -51.3   55 |  42   42 V H ><5S+    -64.4  -50.9   54 |
 44. 269   43 K T 3< S+   -102.1   30.5  153 | 223   43 E H 3<5S+    -53.3  -32.5  170 |  43   43 E H 3<5S+    -53.4  -35.0  167 |
 45. 270   44 R   <   -   -121.0  144.4   81 | 224   44 S T X<5S-    -87.1   -1.0   31 |  44   44 S T ><5S-    -86.0    3.3   34 |
 46. 271   45 Q S    S+    -95.6   19.9  199 | 225   45 N T < 5S-     61.5   38.3  152 |  45   45 N T < 5S-     61.4   33.5  151 |
 47. 272   46 T S    S-   -165.1  104.3   83 | 226   46 G T 3 <S+     80.3   15.3   51 |  46   46 G T 3 <S+     79.0    9.7   46 |
 48. 273   47 P       -    -66.5  129.8   75 | 227   47 T   <   +    -83.0  -32.1  114 |  47   47 T   <   +    -71.4  -33.1  113 |
 49. 274   48 V       -    -81.2  131.9   14 | 228   48 L       -    -79.2  138.6   13 |  48   48 L       +    -68.4  129.8   12 |
 50. 275   49 L       -   -100.2  178.9   31 | 229   49 T       -   -135.0  167.9   81 |  49   49 T       -   -127.1  165.7   60 |
 51. 276   50 I E     +S   -97.1  111.3    2 | 230   50 L E     -U   -87.6  126.1   64 |  50   50 L E     -B   -79.4  122.7   11 |
 52. 277   51 Q E    S-    -72.7  -47.2  108 | 231   51 S E     -    -80.4  -53.2   72 |  51   51 S E     -    -79.1  -57.6   62 |
 53. 278   52 K E     -S  -159.3  160.2   98 | 232   52 H E     -U  -167.8  168.6   73 |  52   52 H E     -B  -160.5  161.0   75 |
 54. 279   53 S E    S+S   -82.9  149.0   82 | 233   53 F E    S+U   -79.3  152.6  163 |  53   53 F E    S+B   -66.6  143.8  122 |
 55. 280   54 G S    S-     89.6  169.0   21 | 234   54 G S    S-     90.9 -177.1   27 |  54   54 G S    S-     90.8  165.5   31 |
 56. 281   55 P            -65.7  151.5   71 | 235   55 K            -63.1  155.9  134 |  55   55 K            -61.6  150.4  119 |
 57. 282   56 C            -62.5  360.0   81 | 236   56 C            -76.7  360.0   90 |  56   56 C            -63.2  360.0   84 |
   |-----------------------------------------|-----------------------------------------|-----------------------------------------|
####

NB    2  blocks
NC    3 structures per block
                                  1ovo                                                                            

    HSP   PDB A  STRUCT     PHI    PSI   ACC |HSP   PDB A  STRUCT     PHI    PSI   ACC |HSP   PDB A  STRUCT     PHI    PSI   ACC |
   |-----------------------------------------|-----------------------------------------|-----------------------------------------|
  1.   0    0   --------- 000000 000000 0000 |
  2.   1    1 L            360.0  131.8  208 |
  3.   2    2 A       +   -113.3  133.9   91 |
  4.   3    3 A       -   -137.7  167.0   59 |
  5.   4    4 V E     -a  -111.3  129.7   86 |
  6.   5    5 S E     -a  -135.4  167.3   65 |
  7.   6    6 V E     -a  -124.7  132.6    9 |
  8.   7    7 D       +    -96.3  114.6   45 |
  9.   8    8 C   >   +   -102.1   19.2    0 |
 10.   9    9 S T 3   +    -60.9  -36.4   20 |
 11.  10   10 E T 3  S+    -79.5    3.5  118 |
 12.  11   11 Y   <   +   -105.8  163.8   22 |
 13.  12   12 P       -    -73.3  160.0   51 |
 14.  13   13 K       -   -125.3  127.1   75 |
 15.  14   14 P S    S+    -61.0  -24.3  147 |
 16.  15   15 A S    S-   -128.6  144.6   76 |
 17.  16   16 C       -   -122.4  156.1   34 |
 18.  17   17 P       -    -65.4  155.9   72 |
 19.  18   18 K       +   -100.0    5.8  202 |
 20.  19   19 D       -    -54.1  128.4   88 |
 21.  20   20 Y       +    -98.7  101.4  148 |
 22.  21   21 R       -   -137.1   71.4  177 |
 23.  22   22 P       -    -57.0  144.5   26 |
 24.  23   23 V E     -BC -126.0  132.9    4 |
 25.  24   24 C E     -BC  -94.4  119.8    1 |
 26.  25   25 G E >   - C  -87.0  166.3    0 |
 27.  26   26 S T 3  S+    -76.7   -1.0   47 |
 28.  27   27 D T 3  S-    -88.5   10.5   54 |
 29.  28   28 N S <  S+     49.2   39.3  118 |
 30.  29   29 K       -   -113.6  146.3  133 |
 31.  30   30 T E     -B  -101.3  117.6   62 |
 32.  31   31 Y E     -B   -92.0  133.6   46 |
 33.  32   32 S S    S-    -67.0  -25.2   48 |
 34.  33   33 N S  > S-   -161.4  176.9    6 |
 35.  34   34 K H  > S+    -59.4  -40.0   83 |
 36.  35   35 C H  > S+    -65.0  -40.6    3 |
 37.  36   36 N H  > S+    -69.9  -38.8   55 |
 38.  37   37 F H  X S+    -62.6  -49.9    0 |
 39.  38   38 C H  X S+    -68.2  -36.0    0 |
 40.  39   39 N H  X S+    -59.5  -44.5   22 |
 41.  40   40 A H  X S+    -67.6  -41.4   20 |
 42.  41   41 V H ><>S+    -55.9  -51.6    9 |
 43.  42   42 V H ><5S+    -66.5  -34.8   16 |
 44.  43   43 E H 3<5S+    -78.5  -18.0  145 |
 45.  44   44 S T X<5S-    -77.1   -2.9   29 |
 46.  45   45 N T < 5S-     25.5   63.8   71 |
 47.  46   46 G T 3 <S+    106.7  -20.6   39 |
 48.  47   47 T S <  S+    -90.2  -13.4  116 |
 49.  48   48 L       +   -108.9  130.2   14 |
 50.  49   49 T       -   -134.4 -174.2   66 |
 51.  50   50 L E     +C   -81.2  131.4   11 |
 52.  51   51 N E     -    -97.0  -59.4   67 |
 53.  52   52 H E     -C  -163.5  165.8   71 |
 54.  53   53 F E    S+C   -77.4  145.8   94 |
 55.  54   54 G S    S-     99.6  171.8   27 |
 56.  55   55 K            -61.8  143.6  141 |
 57.  56   56 C            -66.0  360.0   77 |
   |-----------------------------------------|-----------------------------------------|-----------------------------------------|
####


$$$$
CC   Sequence alignments  -  from 1
NB   2 blocks
NC   120 sequences per block

     .........|.........|.........|.........|.........|.........|.........|.........|.........|.........|.........|.........|......
  1. T     D                                                                                                                 
  2. S LL  S     S                                                                           LLLLLLLFL    FFLFF  F           
  3. P AA  L     K                                                                           AAAAAAAAAA   AAPAA  A           
  4. Q AA  G Q   Y                                                                           AAAAAAAAAA   AAAAA  AVV VVVV VVV
  5. R VVRRRKRKK R     R                                                                     VVVVVVVVVVVVAVVVVVAVVAA AAAAVAAA
  6. E SSEEEEQKT T   QQED                                                                    SSSSSSSSSSSSASSSSSASSTTSTTTTSTTT
  7. A VVAAAAAAP P   IIVI                                                                    VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV
  8. TDDDKKKSNNN N   EEDEDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDNDDDDDDDDDDDDDDDDDDDDHD   DDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDD
  9. CCCCCCCCCCC C   CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC   CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
 10. TSSSTTYHNPPMS   TTSTSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSRA   SSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSS
 11. SEEENNNDLNKSq   NNsEEEEEEEEEEEEEEEDEEEEEDGDDDEDDDEGDEEGDDDDDDDEDDDDEEDGEDDGDDDGDGEE   KREEEEEEEEEEEDEEEEEEEEEGDEDGDDGDED
 12.  YYY                YYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYHYYYYYYYYHYHYHYYHYYYYYYHYYYYFf   YFYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYY
 13. EPPPEEEAKTQAr   YYsYPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPQp   PPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPP
 14. VKKKVVLVVLIML   SSQSKKKKKKKKKKKKKKKKKKKKKKMKKKKRKKKKKKKKKKKKKKKKKKKKKKQQKKKKKKTKKkKST SNKKKKKKKKKKKMKKKKKKKKKKKKKKKKKKKK
 15. SPPPNNNANVMHP   AAIDPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPHPPpVDE taPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPP
 16. GAAAGGGGGGGAG   IIAMAAADAAAAAADDDAAAAAAAAAAAAAADAGAAAAEVVSVVVAAVVVAVGAATVVAVAVAVAIYMA avAAAAAAAADAAAAAADDAAGDAAAAAAAEAAA
 17. CCCCCCCCCCCCC  CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
 18. PTTPPPTPNPPPP  TTTPTTTTTTTTTMTTTTTTTTTTTTTTTTTRTTTTTPTTSSTSSSSTSSSLSMLSTPSTSLTTSTTTTTTPNTTTTTTTTTTTTTTMTTTTTTTTPTTTRTTTT
 19. KLMKRRKRKRRMR  MMMRMLLLLLMMLSMATLMLMMMMMVMMMLLMLVMMLKLALLLLLLLLLLLQPMQLTLLLLQLLPLMRMRMRKMMMLMMMLAMMMMLSTLLLMLMMKVMLMALLV
 20. IEEDIIIIIDINH  QEEHDEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEDEEEEEEELDDEEEEEEEEEDEEEEEEEEEHDEQIDEEEEEEEEEEEEEEEEEEEEEEEDEEEEEEEE
 21. YYYYYYYYYYYFF  YYYLYHYYYYYYYYYDEYYYYYYYYYYYYYYYYYYYYYDEYYDDYYYYYYYQYRQYHYYYYQDLNFYSYYYLLYYYHYYYYDYYYYYYEYYYYYYYYYYYYEYYY
 22. NRRRNNDDNDDANGGDFFQRRRRRVRRRRRRRRRMRRRRRMMRMMMMMMRMMRRTMMKMMMMRMMMKMLKVRMMFMKMKMFVDLNDSRRRRRRRRRRRRRRRRRRVRRRMMRMMMMTMMM
 23. PPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPP
 24. VLLVVVVVIVVVVVVVLLILLLLLILLLLLLLLLLLLVVLLLVLLLLLLVLFVLLLLLLLLLILLLLLLLFVLLLLILLVLHQLIVVILLLLLLLLLVVVLLLLLILVLLLVLLLLLLLL
 25. CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
 26. GGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGDGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGG
 27. TSSSTTTTSTTTSLLSSSTSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSTTSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSS
 28. DDDDDDDDDDNDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDNDDDDDDDDDDNDADDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDD
 29. GNNNGGGGGGGGMGGGGGHGNNSNNNNSNNNNNNNNNNNNNNNNNNNNNNNSNNNSSNSSNSSSSSNSNNNNSSNSNNNSNGGGAGGGNNNNNNNNNNNNNSNNNNSNNNNNNNNNNNNN
 30. IKKKVVNIIKINSKKIKQNKKKKKKKKKKKKKKKKKKIIKKKKKKQKKKIKKKKKKKQKKKKKKKKKKKKKEKKQKKIQKQVENKIFVKKKKKKKKKIIKKKKKKKKIKKKKKKKKKKQK
 31. TTTTTTTTTTTTTTTTVETNTTTTTTTTTTTTTTTTSTTTTTTTTTTTTTTTTITTTTTTTTTTTTTTTTTTTTTTTTTTTTTNTTTTTTTTSTTTTTTTTTTTTTTTTTTTTTTTTTTT
 32. YYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYY
 33. SGGSSAPAAAPPARRGSSSSGAGAGDGAVGGGAGGGDGGGGGGGGSGGDGGSGSRSNSSSGSSSSSDNNDSGSSASDHSSSSGSSGDTGGGGDGGAGGGGDAVGAGGGAGGGGGGGRGSD
 34. NNNNNNNNNNSNNNNNNNNNNNNNNNNNNNNNSNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNDNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNSNNNNNNNNNNN
 35. EKKKEEEEEEEEEEEAKKEKKKKKKKKKKKKKKKKKKKKKKKKKRKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKRKKEAEDKKKKKKKKKKKKKKKKKKKKKKKKKKKKKRKK
 36. CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
 37. VNNNLLVVLISSTAAMSLMSNNNNNNNNNNNNNDNNNNNNNNNNNNNNNNNNNDNNDSNDNNDNDNSDNSDNNDADSYGDAFALTMGLNNNNNDNNNNNNNNNNNNNNNNNNNNNNNNNN
 38. LFFFLLLLLLLLLLLLFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFLILFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF
 39. CCCCCCCCCCCCCLLLCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCLCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
 40. SNNNMMFFLFFFMKKGNNANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNSNNNNNNNNNNNNNNKNNGAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
 41. EAAAEEEEEEEQKAAAEELAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAEAHYAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
 42. NVVVNNNNNNNRIRRSVVTVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVFVVVVAYVVKSNSVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV
 43. KVVVKKRRKRRQRCCCVVLKVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVLVVVVVVAVMAVVVVVVAVVVVVVAAAVVMLMCAIVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV
 44. KEEEEEKKKKKNEKKRKKNKEEEEEEEEEEEEEEDEEKKEDDEDDDDDDKDDEEEDEDDDDDDDEDDEEDDKEDEDDHQDEQKRNREEEEEEEEEEEKKEEEEEEEEKEDDEDDDDEDDD
 45. RSSSRRRRRFFTGEESRRKSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSKSSSSSKSSSNSQFSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSS
 46. QNNNQQQIQGGKGQQDRRERNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNSNNNNNNNNNGRDDRGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
 47. TGGGTTTETTTTHPPTGGFGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGG GGGGG RGGATTTGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGG
 48. PTTTPPSPSSSDNEEPTTETTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTT TTTTT TKADPHNTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTT
 49. VLLLVVIVIIIIILLILLVILLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLVLLLLLVLILIIVILLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLL
 50. LTTTLLLLLRHLKEEEFFRFTTTTTTTTTNTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTITTTTTTTNTSTTTTTNNFHESSTNTTTTTTTTTTTTTTTTTTTTTTTTTTTTTT
 51. ILLLIIIIVIIIIVVLLLKLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLVLLLLLFLLLLLLFLKKLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLL
 52. QSSNQQQREQQTIQQVAALASSSSSSNSSSSSSNSSSSSNSSSSSSSSSSSSNSRSGSSSSSSSSSSGNSSSRSRSSSSSNVKANVKENSSSSNNSSSSSSSSSSSSSSSSNSSSSRSSS
 53. KHHHKKKKKRRKRYYHKKQKHHHHHHHHHHHHHHHRHHHRHHHHHHHHHHHHRHHHHHHHHHHHHHHHHHHHHHHHHHHHHSHKHHHHHHRHHHRHHHHHHHHHHHHHHHHRHHHHHHHH
 54. SFFFSSSGSRRDNQQKYYDHFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFLFFFFFIMRHFKDDFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF
 55. GGGGGGGGGGGDGGGGGGTGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGEGGGGGGGGGGGGGGGGGGGAGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGG
 56. PKKKPPPPPLTRPKRRQQAEKKKKKKKKKTKKKKKEKKKQKKKKKKKKKKEKKKKKKKKKKKKKKKKKEKKKKKKKKKKKEA QERKEKTEKKKQKKKKKKKKKKKKKKKKKKEKKKKKK
 57. CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC

     .........|.........|.........|.........|.........|.........|.........|.........|.........|.........|.........|.........|......
CC   Sequence alignments  -  from 121
NB   2 blocks
NC   120 sequences per block

     .........|.........|.........|.........|.........|.........|.........|.........|.........|.........|.........|.........|......
  1.                                           
  2.        L    F        F        I  L V  GTT 
  3.        A    A        A       TTQ E KS  S R
  4.  V   T P  A P        P  VT   AAG I HPG P V
  5. VAAAVA VAVT VAAAAAAV VAAVAAVVCCA G VPA P V
  6. STSAST NSTQ NTTTTTTT NTTTTTTSDDQ S MEEEETK
  7. VVVVVVVVVVVVVVVVVVVVVVIVVVVVIIIV V IVVVVPV
  8. DDDDDDDDNDDDDDDDDDDDDDDDDDDDDEED D DNDDNNN
  9. CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC C CCCCCCC
 10. SSSSSSSSSSSSSSSSSSSSSSSSSSSSSTTA S SSSSSSS
 11. EDDEEDDDDDEDDDDDDDEGDDDDGGDDGEEE K PQRNQQK
 12. YYYHYYYHYYHYHYYHYYYYYHYYYYYYYYYf Y YYFYYYy
 13. PPPPPPPPPPPPPPPPPPPPPPPPPPPPP  p P LNPKNRs
 14. KRKKQKKKKKKKKKKKKKKKKKKKTQKKKSSK STqRNGRLQ
 15. PPPPPPPPPPPPPPPPPPPPPPPPHPPPPDDV tEvkakkPF
 16. GDVATAVAVSAVAVVVVAVAVAVVAAVVAMMY aAAtvaaGA
 17. CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
 18. MTSTTTSLSTTSLSSSSSSTSLSPTSTSTTTTTPTPSNPSPS
 19. MLLLTLLQLLLLQLLLLLPLLQLLLLLPLMMRMRRRKKRKRR
 20. EEEEEEEELEDEEEEEEDEEEEEDEEEEEDDHQIEIEDLQHH
 21. RYYDHYYQYDYYQYYYDYYYYQYYLYDNFYYSYLYLWLHLFL
 22. LMMRRMMKMKRMKMMMMMMFMKMMKVMMFRRDDSNKKRQKND
 23. PPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPP
 24. LLLLVFLLLLILLLLLLLLLLILLLFLVLLLQVVIVIIIIVV
 25. CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
 26. GGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGDGGGGGGG
 27. SSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSTSSITTIST
 28. DDDDNDDDDDDDDDDDDDDDDDDDDDDDDDDNDDADDDDDDD
 29. NNSNNSSNNNSSNSSSSSSNSNSSNNNSNGGGGGASHGHHMH
 30. KKKKEKKKKQKKKKKKKKKQKKKKQKIKQKKEIFKFKVKKSR
 31. TTTITTTTTTTTTTTTTTTTTTTTTTTTTNNTTTTTTTTTTT
 32. YYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYY
 33. NGSSGSSDGSSSDSNSSSNASDSSSSHSSSSGGDSDSTSSAS
 34. DNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
 35. KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKAEEEEDEEEE
 36. CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
 37. NNNDNNDSNSDDSNDDNNDADSNNGDYDAISAMGTGMLMMTM
 38. FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFLIFIFLFFLF
 39. CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCLCCCCCCCCC
 40. NNNNNNNNNNNNNNNNNNSNNNNNNNNNNNNKGANAQAALMM
 41. AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAHEYLYLLKL
 42. VVVVVVVVVVVVVVVVVVVVFVVVVVVVAVVVSNKNNSTNIT
 43. VVVLVVVVAVMVVAVVVVVVVVVVAAAAVVKMCAMAQILQRQ
 44. EDDEKDDDDDDDDDEEDDEEDDDEQDHDERKKRENENENNEN
 45. SSSSSSSSSSSSSSSSSSSKSSSSSSSSKSSSSQNHKFKKGK
 46. NNNNNNNNNNNNNNNNNNNNNNNSNNNNNRRGDRDHRGKQGR
 47. GGGGGGGGGGGGGGGGGGG GGGGGGGG GGGTTATFTFFHF
 48. TTTTTTTTTTTTTTTTTTT TTTTTTTT TTKPHDNQNEQNS
 49. LLLLLLLLLLLLLLLLLLLVLLLLLLLLVIIIIVIILIVIIV
 50. TTTTTTTTTTTNTTTTTTTTSTITTTTTTFFNESHSRSRRKR
 51. LLLLVLLLLLLLLLLLLLLLLLLLLLFLLLLLLKFKKKKKII
 52. NSSSSSSSSSSSSSGSSSGRSSSRSSSSNAAKVKNLLELLIL
 53. HHHHHHHHHHHHHHHHHHHHHHHHHHHHHKKHHHHHHHQYRQ
 54. FFFFFFFFFFFFFFFFFFFLFFFFFFFFIHHRKDFDDDDDND
 55. GGGGGGGGGGGGGGGGGEGGGGGGGGGGGGGGGGGGNGTDGN
 56. EKKKKKKKKKKKKKKKKKKKKKKKKKKKEEE RKEEKEAKPN
 57. CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC CCCCCCCCCC

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