PASS2.8 - Home

solvent inaccessible: UPPER CASE X
solvent accesible: lower case x
alpha helix: red x

beta strand: blue x
3 - 10 helix: maroon x
hydrogen bond to main chain amide: bold x

hydrogen bond to mainchain carbonyl: underline x
disulphide bond: cedilla
positive phi: italic x

                             10        20        30        40        50  
d1olza2  (   3 )    fApipritwehrev----hLvqFhep-diynYsaLllsedkdtLyIGAre
d1q47a-  (  26 )    knnvprlklsykeMlesnNVitfnGlanSssYhtFlldeersrLYVGAkd
d6wvzm1  (  41 )                     yqlpnft----AtpIqnVilh---hhIFLGAtn
                                         bb          bbbb      bbbb   

                             60        70        80        90        100 
d1olza2  (  48 )    AVFAVnAlnIsekqhevywkVs---------------edkkakÇaekgks
d1q47a-  (  76 )    HIFSFnLvnIkdf-qkivWpvs---------------ytrrdeÇkwagkd
d6wvzm1  (  69 )    yIyvLeLvaeytgpvlehpdçfpçqdçsskanlsggv-------------
                    bbbbb                                             

                             110       120       130       140       150 
d1olza2  (  83 )    kqteÇlNYIrVLqpls-atsLyVÇGTnAFqPAÇDhLnl----ts--Fkfl
d1q47a-  ( 110 )    ilkeÇANfIkVLeayn-qthLYAÇGTGAFhPiÇTyIeVghhpedniFklq
d6wvzm1  ( 112 )    ----wdninmALvvdtyydqLISÇgsv--nGtÇqrhvfpnhtAqvhçIfs
                            bbbbbb     bbbbbb       bbbbb          b  

                             160       170       180       190       200 
d1olza2  ( 126 )    -gknedGkgrCPfdpahsytsvmVdgeLYSGTsyn---flgsepIIsRns
d1q47a-  ( 159 )    dshfenGrGkSPydpkllTASlLidgELYSGTAAd---fmgrdFAIfRTl
d6wvzm1  ( 164 )    pqieepsçpDçVVSal-gAkVlssvfnFfVGNtinssyfphpLhSSVRrl
                                       bbbb    bbbbb              bb  

                             210       220       230       240       250 
d1olza2  ( 172 )    s------hs-pLrTey-aipWLnePsFvfAdvirksp-geddrVYFFFTE
d1q47a-  ( 206 )    g------hhhpIrTeqhdsrWLndPrFIsAhlIpesdnpeddkVYFFFrE
d6wvzm1  ( 221 )    etdgFmfltqSyIdVlpfds--YpIkyvhAfesn-------nfiYFLTvQ
                                             bbbbbbbb         bbbbbbbb

                             260       270       280       290       300 
d1olza2  ( 217 )    vSvEyefvfrvlIPRIARVÇkgDqGGlrtLqkkWTSFLKArLiÇsrp-ds
d1q47a-  ( 250 )    naidgehsgkathArIGQIÇknDfGGhrsLvnkWTTFLKArLiÇsvpgpn
d6wvzm1  ( 267 )    etla-----qtfhTRIIRFçSgL-----------hsymEMpLÇlt-----
                                bbbbbbbb                 bbbb         

                             310       320       330       340       350 
d1olza2  ( 266 )    g--lvFnvLrdVfVLrSpgl--------kvpvFYALFTPqln--nvglSA
d1q47a-  ( 300 )    gidthFdeLqdVflmnskdp--------knPiVYGVFTtssn--ifkgSA
d6wvzm1  ( 312 )    ---evFnILqAAyvsPGaqLArqigAslnddILFGVFAqspdsapmdrSA
                           bbbbbbbb                bbbbbbb          bb

                             360       370       380       390       400 
d1olza2  ( 304 )    VÇAYnLstAeevFshgkYmqsttveqshtkWvryngpvPkprPGaÇidse
d1q47a-  ( 340 )    VÇmYsMsdVrrvFl-gpYahrdgp---nyqwvpyqgrvpyprPGtÇPskt
d6wvzm1  ( 362 )    MÇAFPk-yvndfFnkvnvrÇLqHfygpnhhçn------------------
                    bbbb   aaaaaa     bb                              

                             410       420       430       440       450 
d1olza2  ( 354 )    araanytsSlnLpdkTLqfVkdhPLMddsVtPidnrPrLikkd--vnYtq
d1q47a-  ( 386 )    --fggfdsTkdLpddVItfArshPaMynpVfPinnrPimiktdvnyqFtq
d6wvzm1  ( 403 )    ------------lnsgçeadeyRtEFttaLqr---vDLfmgqFsevlLtS
                                                                   bbb

                             460       470       480       490       500 
d1olza2  ( 402 )    IVVdrtqaldgtvydvMFVSTdrGalHkAislehavhIieetqLFqdfep
d1q47a-  ( 434 )    IVVdrvdaed-gqydvMFIGTdvGtVLkvvs-----vLlEeMtVFreptt
d6wvzm1  ( 442 )    ISTfig-------lTiANLGTs-GrFMQVvVsrsgptphvnflLds-hpV
                    bbbb          bbbbbbb    bbbbb         bbb        

                             510       520       530  
d1olza2  ( 452 )    VqtLllSskkgnrfVYAGSnsgVVQapla     
d1q47a-  ( 489 )    IsaMelStk--qqqLYIGStaGVAQLpLhrcdiy
d6wvzm1  ( 487 )    speViVeh--nqngyTLVITgkITkIpL      
                        bb        bbbb    bbbbb

Domains
Outliers

Domain ID	Name	Family	Source	STRING-DB
d1olza2 # Domain Specific Files ATM file: Atomic coordinates by ASTRAL ATM2ALI file: Amino acid sequences by ATM2ALI SST file: Secondary structure by SSTRUC PSA file: solvent accessibility by PSA HBD file: Hydrogen bonds by HBOND PSE file: PyMol session file for conserved interactions PDBSUM1: Topological diagram d1olza2 # Links to other databases and tools RCSB-PDB: Research Collaboratory for Structural Bioinformatics SCOP: Structural Classification of Proteins EBI: European Bioinformatics Institute HOMSTRAD: Homologous Structure Alignment Database DDBASE: Dial-Derived Domain Database CATH: Class Architecture Topology and Homologous sfily PALI: Phylogeny and ALIgnment of homologous protein structures MODBASE: A Database of Annotated Comparative Protein Structure Models 3Dee: A Database of Protein Domain Definition PQS: Protein Quaternary Structure Query Form at the EBI LPC/CSU: Ligand-Protein Contacts & Contacts of Structural LPFC: A Library of Protein Family Cores MMDB: Molecular Modelling DataBase,NCBI CE: Databases and Tools for 3-D Protein Structure Comparison and Alignment PDBSUM: Summaries and structural analyses of PDB data files Pfam: Protein families database of alignments and HMMs	Semaphorin 4d	Sema domain	Human (Homo sapiens) [TaxId: 9606]	view
d1q47a- # Domain Specific Files ATM file: Atomic coordinates by ASTRAL ATM2ALI file: Amino acid sequences by ATM2ALI SST file: Secondary structure by SSTRUC PSA file: solvent accessibility by PSA HBD file: Hydrogen bonds by HBOND PSE file: PyMol session file for conserved interactions PDBSUM1: Topological diagram d1q47a- # Links to other databases and tools RCSB-PDB: Research Collaboratory for Structural Bioinformatics SCOP: Structural Classification of Proteins EBI: European Bioinformatics Institute HOMSTRAD: Homologous Structure Alignment Database DDBASE: Dial-Derived Domain Database CATH: Class Architecture Topology and Homologous sfily PALI: Phylogeny and ALIgnment of homologous protein structures MODBASE: A Database of Annotated Comparative Protein Structure Models 3Dee: A Database of Protein Domain Definition PQS: Protein Quaternary Structure Query Form at the EBI LPC/CSU: Ligand-Protein Contacts & Contacts of Structural LPFC: A Library of Protein Family Cores MMDB: Molecular Modelling DataBase,NCBI CE: Databases and Tools for 3-D Protein Structure Comparison and Alignment PDBSUM: Summaries and structural analyses of PDB data files Pfam: Protein families database of alignments and HMMs	Semaphorin 3a	Sema domain	Mouse (Mus musculus) [TaxId: 10090]	view
d6wvzm1 # Domain Specific Files ATM file: Atomic coordinates by ASTRAL ATM2ALI file: Amino acid sequences by ATM2ALI SST file: Secondary structure by SSTRUC PSA file: solvent accessibility by PSA HBD file: Hydrogen bonds by HBOND PSE file: PyMol session file for conserved interactions PDBSUM1: Topological diagram d6wvzm1 # Links to other databases and tools RCSB-PDB: Research Collaboratory for Structural Bioinformatics SCOP: Structural Classification of Proteins EBI: European Bioinformatics Institute HOMSTRAD: Homologous Structure Alignment Database DDBASE: Dial-Derived Domain Database CATH: Class Architecture Topology and Homologous sfily PALI: Phylogeny and ALIgnment of homologous protein structures MODBASE: A Database of Annotated Comparative Protein Structure Models 3Dee: A Database of Protein Domain Definition PQS: Protein Quaternary Structure Query Form at the EBI LPC/CSU: Ligand-Protein Contacts & Contacts of Structural LPFC: A Library of Protein Family Cores MMDB: Molecular Modelling DataBase,NCBI CE: Databases and Tools for 3-D Protein Structure Comparison and Alignment PDBSUM: Summaries and structural analyses of PDB data files Pfam: Protein families database of alignments and HMMs	Hepatocyte growth factor receptor	Sema domain	Human (Homo sapiens) [TaxId: 9606]	view

No outliers

Feature	Download
Superfamily
Distance Matrix
Conserved Interactions
Cusp Results
Alistat - Alignment Statistics
SMotif - Conserved Structural Motifs
MeanRMS
PCSSE Details
Absolutely Conserved Residues
Highly Conserved Residues

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K	N	N	V	P	R	L	K	L	S	Y	K	E	M	L	E	S	N	N	V	I	T	F	N	G	L	A	N	S	S	S	Y	H	T	F	L	L	D	E	E	R	S	R	L	Y	V	G	A	K	D	H	I	F	S	F	N	L	V	N	I	K	D	F	-	Q	K	I	V	W	P	V	S	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	Y	T	R	R	D	E	C	K	W	A	G	K	D	I	L	K	E	C	A	N	F	I	K	V	L	E	A	Y	N	-	Q	T	H	L	Y	A	C	G	T	G	A	F	H	P	I	C	T	Y	I	E	V	G	H	H	P	E	D	N	I	F	K	L	Q	D	S	H	F	E	N	G	R	G	K	S	P	Y	D	P	K	L	L	T	A	S	L	L	I	D	G	E	L	Y	S	G	T	A	A	D	-	-	-	F	M	G	R	D	F	A	I	F	R	T	L	G	-	-	-	-	-	-	H	H	H	P	I	R	T	E	Q	H	D	S	R	W	L	N	D	P	R	F	I	S	A	H	L	I	P	E	S	D	N	P	E	D	D	K	V	Y	F	F	F	R	E	N	A	I	D	G	E	H	S	G	K	A	T	H	A	R	I	G	Q	I	C	K	N	D	F	G	G	H	R	S	L	V	N	K	W	T	T	F	L	K	A	R	L	I	C	S	V	P	G	P	N	G	I	D	T	H	F	D	E	L	Q	D	V	F	L	M	N	S	K	D	P	-	-	-	-	-	-	-	-	K	N	P	I	V	Y	G	V	F	T	T	S	S	N	-	-	I	F	K	G	S	A	V	C	M	Y	S	M	S	D	V	R	R	V	F	L	-	G	P	Y	A	H	R	D	G	P	-	-	-	N	Y	Q	W	V	P	Y	Q	G	R	V	P	Y	P	R	P	G	T	C	P	S	K	T	-	-	F	G	G	F	D	S	T	K	D	L	P	D	D	V	I	T	F	A	R	S	H	P	A	M	Y	N	P	V	F	P	I	N	N	R	P	I	M	I	K	T	D	V	N	Y	Q	F	T	Q	I	V	V	D	R	V	D	A	E	D	-	G	Q	Y	D	V	M	F	I	G	T	D	V	G	T	V	L	K	V	V	S	-	-	-	-	-	V	L	L	E	E	M	T	V	F	R	E	P	T	T	I	S	A	M	E	L	S	T	K	-	-	Q	Q	Q	L	Y	I	G	S	T	A	G	V	A	Q	L	P	L	H	R	C	D	I	Y
-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	Y	Q	L	P	N	F	T	-	-	-	-	A	T	P	I	Q	N	V	I	L	H	-	-	-	H	H	I	F	L	G	A	T	N	Y	I	Y	V	L	E	L	V	A	E	Y	T	G	P	V	L	E	H	P	D	C	F	P	C	Q	D	C	S	S	K	A	N	L	S	G	G	V	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	W	D	N	I	N	M	A	L	V	V	D	T	Y	Y	D	Q	L	I	S	C	G	S	V	-	-	N	G	T	C	Q	R	H	V	F	P	N	H	T	A	Q	V	H	C	I	F	S	P	Q	I	E	E	P	S	C	P	D	C	V	V	S	A	L	-	G	A	K	V	L	S	S	V	F	N	F	F	V	G	N	T	I	N	S	S	Y	F	P	H	P	L	H	S	S	V	R	R	L	E	T	D	G	F	M	F	L	T	Q	S	Y	I	D	V	L	P	F	D	S	-	-	Y	P	I	K	Y	V	H	A	F	E	S	N	-	-	-	-	-	-	-	N	F	I	Y	F	L	T	V	Q	E	T	L	A	-	-	-	-	-	Q	T	F	H	T	R	I	I	R	F	C	S	G	L	-	-	-	-	-	-	-	-	-	-	-	H	S	Y	M	E	M	P	L	C	L	T	-	-	-	-	-	-	-	-	E	V	F	N	I	L	Q	A	A	Y	V	S	P	G	A	Q	L	A	R	Q	I	G	A	S	L	N	D	D	I	L	F	G	V	F	A	Q	S	P	D	S	A	P	M	D	R	S	A	M	C	A	F	P	K	-	Y	V	N	D	F	F	N	K	V	N	V	R	C	L	Q	H	F	Y	G	P	N	H	H	C	N	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	L	N	S	G	C	E	A	D	E	Y	R	T	E	F	T	T	A	L	Q	R	-	-	-	V	D	L	F	M	G	Q	F	S	E	V	L	L	T	S	I	S	T	F	I	G	-	-	-	-	-	-	-	L	T	I	A	N	L	G	T	S	-	G	R	F	M	Q	V	V	V	S	R	S	G	P	T	P	H	V	N	F	L	L	D	S	-	H	P	V	S	P	E	V	I	V	E	H	-	-	N	Q	N	G	Y	T	L	V	I	T	G	K	I	T	K	I	P	L	-	-	-	-	-	-

Member	Chain	UniProtKB	GO term
d1olza2	A	Q92854	GO:0030215
d1olza2	A	Q92854	GO:0030215
d1q47a_	A	O08665	GO:0030215

									10										20										30										40										50										60										70										80										90										100										110										120										130										140										150										160										170										180										190										200										210										220										230										240										250										260										270										280										290										300										310										320										330										340										350										360										370										380										390										400										410										420										430										440										450										460										470										480										490										500										510										520										530
F	A	P	I	P	R	I	T	W	E	H	R	E	V	-	-	-	-	H	L	V	Q	F	H	E	P	-	D	I	Y	N	Y	S	A	L	L	L	S	E	D	K	D	T	L	Y	I	G	A	R	E	A	V	F	A	V	N	A	L	N	I	S	E	K	Q	H	E	V	Y	W	K	V	S	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	E	D	K	K	A	K	C	A	E	K	G	K	S	K	Q	T	E	C	L	N	Y	I	R	V	L	Q	P	L	S	-	A	T	S	L	Y	V	C	G	T	N	A	F	Q	P	A	C	D	H	L	N	L	-	-	-	-	T	S	-	-	F	K	F	L	-	G	K	N	E	D	G	K	G	R	C	P	F	D	P	A	H	S	Y	T	S	V	M	V	D	G	E	L	Y	S	G	T	S	Y	N	-	-	-	F	L	G	S	E	P	I	I	S	R	N	S	S	-	-	-	-	-	-	H	S	-	P	L	R	T	E	Y	-	A	I	P	W	L	N	E	P	S	F	V	F	A	D	V	I	R	K	S	P	-	G	E	D	D	R	V	Y	F	F	F	T	E	V	S	V	E	Y	E	F	V	F	R	V	L	I	P	R	I	A	R	V	C	K	G	D	Q	G	G	L	R	T	L	Q	K	K	W	T	S	F	L	K	A	R	L	I	C	S	R	P	-	D	S	G	-	-	L	V	F	N	V	L	R	D	V	F	V	L	R	S	P	G	L	-	-	-	-	-	-	-	-	K	V	P	V	F	Y	A	L	F	T	P	Q	L	N	-	-	N	V	G	L	S	A	V	C	A	Y	N	L	S	T	A	E	E	V	F	S	H	G	K	Y	M	Q	S	T	T	V	E	Q	S	H	T	K	W	V	R	Y	N	G	P	V	P	K	P	R	P	G	A	C	I	D	S	E	A	R	A	A	N	Y	T	S	S	L	N	L	P	D	K	T	L	Q	F	V	K	D	H	P	L	M	D	D	S	V	T	P	I	D	N	R	P	R	L	I	K	K	D	-	-	V	N	Y	T	Q	I	V	V	D	R	T	Q	A	L	D	G	T	V	Y	D	V	M	F	V	S	T	D	R	G	A	L	H	K	A	I	S	L	E	H	A	V	H	I	I	E	E	T	Q	L	F	Q	D	F	E	P	V	Q	T	L	L	L	S	S	K	K	G	N	R	F	V	Y	A	G	S	N	S	G	V	V	Q	A	P	L	A	-	-	-	-	-
K	N	N	V	P	R	L	K	L	S	Y	K	E	M	L	E	S	N	N	V	I	T	F	N	G	L	A	N	S	S	S	Y	H	T	F	L	L	D	E	E	R	S	R	L	Y	V	G	A	K	D	H	I	F	S	F	N	L	V	N	I	K	D	F	-	Q	K	I	V	W	P	V	S	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	Y	T	R	R	D	E	C	K	W	A	G	K	D	I	L	K	E	C	A	N	F	I	K	V	L	E	A	Y	N	-	Q	T	H	L	Y	A	C	G	T	G	A	F	H	P	I	C	T	Y	I	E	V	G	H	H	P	E	D	N	I	F	K	L	Q	D	S	H	F	E	N	G	R	G	K	S	P	Y	D	P	K	L	L	T	A	S	L	L	I	D	G	E	L	Y	S	G	T	A	A	D	-	-	-	F	M	G	R	D	F	A	I	F	R	T	L	G	-	-	-	-	-	-	H	H	H	P	I	R	T	E	Q	H	D	S	R	W	L	N	D	P	R	F	I	S	A	H	L	I	P	E	S	D	N	P	E	D	D	K	V	Y	F	F	F	R	E	N	A	I	D	G	E	H	S	G	K	A	T	H	A	R	I	G	Q	I	C	K	N	D	F	G	G	H	R	S	L	V	N	K	W	T	T	F	L	K	A	R	L	I	C	S	V	P	G	P	N	G	I	D	T	H	F	D	E	L	Q	D	V	F	L	M	N	S	K	D	P	-	-	-	-	-	-	-	-	K	N	P	I	V	Y	G	V	F	T	T	S	S	N	-	-	I	F	K	G	S	A	V	C	M	Y	S	M	S	D	V	R	R	V	F	L	-	G	P	Y	A	H	R	D	G	P	-	-	-	N	Y	Q	W	V	P	Y	Q	G	R	V	P	Y	P	R	P	G	T	C	P	S	K	T	-	-	F	G	G	F	D	S	T	K	D	L	P	D	D	V	I	T	F	A	R	S	H	P	A	M	Y	N	P	V	F	P	I	N	N	R	P	I	M	I	K	T	D	V	N	Y	Q	F	T	Q	I	V	V	D	R	V	D	A	E	D	-	G	Q	Y	D	V	M	F	I	G	T	D	V	G	T	V	L	K	V	V	S	-	-	-	-	-	V	L	L	E	E	M	T	V	F	R	E	P	T	T	I	S	A	M	E	L	S	T	K	-	-	Q	Q	Q	L	Y	I	G	S	T	A	G	V	A	Q	L	P	L	H	R	C	D	I	Y
-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	Y	Q	L	P	N	F	T	-	-	-	-	A	T	P	I	Q	N	V	I	L	H	-	-	-	H	H	I	F	L	G	A	T	N	Y	I	Y	V	L	E	L	V	A	E	Y	T	G	P	V	L	E	H	P	D	C	F	P	C	Q	D	C	S	S	K	A	N	L	S	G	G	V	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	W	D	N	I	N	M	A	L	V	V	D	T	Y	Y	D	Q	L	I	S	C	G	S	V	-	-	N	G	T	C	Q	R	H	V	F	P	N	H	T	A	Q	V	H	C	I	F	S	P	Q	I	E	E	P	S	C	P	D	C	V	V	S	A	L	-	G	A	K	V	L	S	S	V	F	N	F	F	V	G	N	T	I	N	S	S	Y	F	P	H	P	L	H	S	S	V	R	R	L	E	T	D	G	F	M	F	L	T	Q	S	Y	I	D	V	L	P	F	D	S	-	-	Y	P	I	K	Y	V	H	A	F	E	S	N	-	-	-	-	-	-	-	N	F	I	Y	F	L	T	V	Q	E	T	L	A	-	-	-	-	-	Q	T	F	H	T	R	I	I	R	F	C	S	G	L	-	-	-	-	-	-	-	-	-	-	-	H	S	Y	M	E	M	P	L	C	L	T	-	-	-	-	-	-	-	-	E	V	F	N	I	L	Q	A	A	Y	V	S	P	G	A	Q	L	A	R	Q	I	G	A	S	L	N	D	D	I	L	F	G	V	F	A	Q	S	P	D	S	A	P	M	D	R	S	A	M	C	A	F	P	K	-	Y	V	N	D	F	F	N	K	V	N	V	R	C	L	Q	H	F	Y	G	P	N	H	H	C	N	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	L	N	S	G	C	E	A	D	E	Y	R	T	E	F	T	T	A	L	Q	R	-	-	-	V	D	L	F	M	G	Q	F	S	E	V	L	L	T	S	I	S	T	F	I	G	-	-	-	-	-	-	-	L	T	I	A	N	L	G	T	S	-	G	R	F	M	Q	V	V	V	S	R	S	G	P	T	P	H	V	N	F	L	L	D	S	-	H	P	V	S	P	E	V	I	V	E	H	-	-	N	Q	N	G	Y	T	L	V	I	T	G	K	I	T	K	I	P	L	-	-	-	-	-	-

									10										20										30										40										50										60										70										80										90										100										110										120										130										140										150										160										170										180										190										200										210										220										230										240										250										260										270										280										290										300										310										320										330										340										350										360										370										380										390										400										410										420										430										440										450										460										470										480										490										500										510										520										530
F	A	P	I	P	R	I	T	W	E	H	R	E	V	-	-	-	-	H	L	V	Q	F	H	E	P	-	D	I	Y	N	Y	S	A	L	L	L	S	E	D	K	D	T	L	Y	I	G	A	R	E	A	V	F	A	V	N	A	L	N	I	S	E	K	Q	H	E	V	Y	W	K	V	S	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	E	D	K	K	A	K	C	A	E	K	G	K	S	K	Q	T	E	C	L	N	Y	I	R	V	L	Q	P	L	S	-	A	T	S	L	Y	V	C	G	T	N	A	F	Q	P	A	C	D	H	L	N	L	-	-	-	-	T	S	-	-	F	K	F	L	-	G	K	N	E	D	G	K	G	R	C	P	F	D	P	A	H	S	Y	T	S	V	M	V	D	G	E	L	Y	S	G	T	S	Y	N	-	-	-	F	L	G	S	E	P	I	I	S	R	N	S	S	-	-	-	-	-	-	H	S	-	P	L	R	T	E	Y	-	A	I	P	W	L	N	E	P	S	F	V	F	A	D	V	I	R	K	S	P	-	G	E	D	D	R	V	Y	F	F	F	T	E	V	S	V	E	Y	E	F	V	F	R	V	L	I	P	R	I	A	R	V	C	K	G	D	Q	G	G	L	R	T	L	Q	K	K	W	T	S	F	L	K	A	R	L	I	C	S	R	P	-	D	S	G	-	-	L	V	F	N	V	L	R	D	V	F	V	L	R	S	P	G	L	-	-	-	-	-	-	-	-	K	V	P	V	F	Y	A	L	F	T	P	Q	L	N	-	-	N	V	G	L	S	A	V	C	A	Y	N	L	S	T	A	E	E	V	F	S	H	G	K	Y	M	Q	S	T	T	V	E	Q	S	H	T	K	W	V	R	Y	N	G	P	V	P	K	P	R	P	G	A	C	I	D	S	E	A	R	A	A	N	Y	T	S	S	L	N	L	P	D	K	T	L	Q	F	V	K	D	H	P	L	M	D	D	S	V	T	P	I	D	N	R	P	R	L	I	K	K	D	-	-	V	N	Y	T	Q	I	V	V	D	R	T	Q	A	L	D	G	T	V	Y	D	V	M	F	V	S	T	D	R	G	A	L	H	K	A	I	S	L	E	H	A	V	H	I	I	E	E	T	Q	L	F	Q	D	F	E	P	V	Q	T	L	L	L	S	S	K	K	G	N	R	F	V	Y	A	G	S	N	S	G	V	V	Q	A	P	L	A	-	-	-	-	-
K	N	N	V	P	R	L	K	L	S	Y	K	E	M	L	E	S	N	N	V	I	T	F	N	G	L	A	N	S	S	S	Y	H	T	F	L	L	D	E	E	R	S	R	L	Y	V	G	A	K	D	H	I	F	S	F	N	L	V	N	I	K	D	F	-	Q	K	I	V	W	P	V	S	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	Y	T	R	R	D	E	C	K	W	A	G	K	D	I	L	K	E	C	A	N	F	I	K	V	L	E	A	Y	N	-	Q	T	H	L	Y	A	C	G	T	G	A	F	H	P	I	C	T	Y	I	E	V	G	H	H	P	E	D	N	I	F	K	L	Q	D	S	H	F	E	N	G	R	G	K	S	P	Y	D	P	K	L	L	T	A	S	L	L	I	D	G	E	L	Y	S	G	T	A	A	D	-	-	-	F	M	G	R	D	F	A	I	F	R	T	L	G	-	-	-	-	-	-	H	H	H	P	I	R	T	E	Q	H	D	S	R	W	L	N	D	P	R	F	I	S	A	H	L	I	P	E	S	D	N	P	E	D	D	K	V	Y	F	F	F	R	E	N	A	I	D	G	E	H	S	G	K	A	T	H	A	R	I	G	Q	I	C	K	N	D	F	G	G	H	R	S	L	V	N	K	W	T	T	F	L	K	A	R	L	I	C	S	V	P	G	P	N	G	I	D	T	H	F	D	E	L	Q	D	V	F	L	M	N	S	K	D	P	-	-	-	-	-	-	-	-	K	N	P	I	V	Y	G	V	F	T	T	S	S	N	-	-	I	F	K	G	S	A	V	C	M	Y	S	M	S	D	V	R	R	V	F	L	-	G	P	Y	A	H	R	D	G	P	-	-	-	N	Y	Q	W	V	P	Y	Q	G	R	V	P	Y	P	R	P	G	T	C	P	S	K	T	-	-	F	G	G	F	D	S	T	K	D	L	P	D	D	V	I	T	F	A	R	S	H	P	A	M	Y	N	P	V	F	P	I	N	N	R	P	I	M	I	K	T	D	V	N	Y	Q	F	T	Q	I	V	V	D	R	V	D	A	E	D	-	G	Q	Y	D	V	M	F	I	G	T	D	V	G	T	V	L	K	V	V	S	-	-	-	-	-	V	L	L	E	E	M	T	V	F	R	E	P	T	T	I	S	A	M	E	L	S	T	K	-	-	Q	Q	Q	L	Y	I	G	S	T	A	G	V	A	Q	L	P	L	H	R	C	D	I	Y
-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	Y	Q	L	P	N	F	T	-	-	-	-	A	T	P	I	Q	N	V	I	L	H	-	-	-	H	H	I	F	L	G	A	T	N	Y	I	Y	V	L	E	L	V	A	E	Y	T	G	P	V	L	E	H	P	D	C	F	P	C	Q	D	C	S	S	K	A	N	L	S	G	G	V	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	W	D	N	I	N	M	A	L	V	V	D	T	Y	Y	D	Q	L	I	S	C	G	S	V	-	-	N	G	T	C	Q	R	H	V	F	P	N	H	T	A	Q	V	H	C	I	F	S	P	Q	I	E	E	P	S	C	P	D	C	V	V	S	A	L	-	G	A	K	V	L	S	S	V	F	N	F	F	V	G	N	T	I	N	S	S	Y	F	P	H	P	L	H	S	S	V	R	R	L	E	T	D	G	F	M	F	L	T	Q	S	Y	I	D	V	L	P	F	D	S	-	-	Y	P	I	K	Y	V	H	A	F	E	S	N	-	-	-	-	-	-	-	N	F	I	Y	F	L	T	V	Q	E	T	L	A	-	-	-	-	-	Q	T	F	H	T	R	I	I	R	F	C	S	G	L	-	-	-	-	-	-	-	-	-	-	-	H	S	Y	M	E	M	P	L	C	L	T	-	-	-	-	-	-	-	-	E	V	F	N	I	L	Q	A	A	Y	V	S	P	G	A	Q	L	A	R	Q	I	G	A	S	L	N	D	D	I	L	F	G	V	F	A	Q	S	P	D	S	A	P	M	D	R	S	A	M	C	A	F	P	K	-	Y	V	N	D	F	F	N	K	V	N	V	R	C	L	Q	H	F	Y	G	P	N	H	H	C	N	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	L	N	S	G	C	E	A	D	E	Y	R	T	E	F	T	T	A	L	Q	R	-	-	-	V	D	L	F	M	G	Q	F	S	E	V	L	L	T	S	I	S	T	F	I	G	-	-	-	-	-	-	-	L	T	I	A	N	L	G	T	S	-	G	R	F	M	Q	V	V	V	S	R	S	G	P	T	P	H	V	N	F	L	L	D	S	-	H	P	V	S	P	E	V	I	V	E	H	-	-	N	Q	N	G	Y	T	L	V	I	T	G	K	I	T	K	I	P	L	-	-	-	-	-	-

									10										20										30										40										50										60										70										80										90										100										110										120										130										140										150										160										170										180										190										200										210										220										230										240										250										260										270										280										290										300										310										320										330										340										350										360										370										380										390										400										410										420										430										440										450										460										470										480										490										500										510										520										530
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