SGID Silkworm Genome Informatics Database
Gene
KWMTBOMO05680  Validated by peptides from experiments
Pre Gene Modal
BGIBMGA006846
Annotation
PREDICTED:_mucin-3A_[Papilio_machaon]
Location
Bomo_Chr10(+):8036458-8070410      View in EpiBrowser
Location in the cell
Nuclear   Reliability : 2.926
 

Sequence

CDS
ATGGATCGGAGGAGGCGCGCGGCGGGAGCGCTGCTCGCGCTGGCCGCGTGCATCGCGCGTTCGGCAGCCGCACCCACAGCAAGCAATCACACAGCACTTGATCTTTATGATGGAGCACCCGAAGGTTGTTATTACAACTTTCAACATTACGGCGAAGGTGATCGCATCATGACCAACGAACCCTGCTTAAATTGCACTTGTCATAACCGGATGCTCATGTGCTATCTCCGTGTGTGTCCGTTTACTAAGCCGATTGGCCAGGACTGCACCGTCGAGAAGCGCGCGGACCAGTGCTGTCCAATTGTGACATGCCCAGATGTTCCAGTTGATCTACTCACTTCTACGTCGACCTCGTCGCCAGCTGAGTACGGAGGAACTGGAGTTGGAAAATATGATAGATATGGCTGTAGTATCAATGGAAGATATTTCCCAGAGGGCTCTAAGGTGCCGCCTACCCCGAACAAACCCTGCGAACATTGCTACTGTATTCGCAATATGACGACCTGTGTGATGCAAGAGTGTACTTTACACGTCGACGGCTGTACTCCCATTTACCATAAAGATGTCTGCTGTCCAGTTCGATATTCGTGCGATCACCCAGAAGACGAAATACCTCTCTTAGACGACATGTCTACAACGGTCAGACCAACACCCGGTTTCCTGTTAACCACGACAACGATCGCACCTGTTACTCAGGCGTCACAAAGCTGTGTCCACGACGACAAGATATTTGTGGACGGAGCTTTAATCAAAACAGAAAAAGCTTGTGAACATTGTTATTGTATGAAAGGAGATATTGTCTGTGTAGTTCAAGAATGTGGTACGCCAATGGAGAACGAAGGTAAAAACTGTACTTCATTAGCCCCACGTGAAGGTCAATGCTGCCCAGATACGTATATTTGCGAAGGCGATGAATTAAGCACCGAAGTTAATGATTTTACAACTGAACCAATATCAGAAGATTTTACAACATTACCATCTAGAAGAGTTAGTGCCGAGGGCAGTGGATATAGAAAAGAAACTGACAATTTCCCATACACTGAACCTTCTCCGTTAGAATTTGTAACTGAAGGTAGTGGTGACACTCATTTAACAACAGAAAAATCTCAAGAAGAATACCAAATGAGTACGTCCGCTGAGATCATCGATAAAACTAAATCACCCGTCACAGAAAATGTTGAATTTAAACAAACAACGCCTGTACAAAAAGAATACAATAGCGTCACCGATTCCAACATTTTAGAAGAAACCACAATTGGAAATGTTGAACCCATCGATGCCATAAACGTAATCACTGAATCTTATGAAACAGATCCAAGTGTGGCGACGACATTAACATCTACAGATACAGATGTTAAAATTAAGCCGACCGAAGGATACAGCACTGAAAAAGTAATTCAAAAAGAGACCATTCCTTTAGAAAAAGATGTTTCCTCTTTAGTAACCATGCCTACTGTGGCAGAAAAAGAAACAACGAATATTGAAGACAATCTCAAAGAAACAACTGAAAGTGAGAAGGTGGATCTACTAACAACAAATATCACAAGTAGTCCATTCTTTGAAGAAACTGAAATGATGACAACCGAATCGTACAGAGAAAAGGATGTTTATACGGGTGTGTCAGAACAAGAAGCATCTGTTTCGAATGCACACACGTCTAGCACACCATTCTTGGAGGATATTGAAAAATTAAGCACGCTAAGCCAGGAAGAACATCTGATTACTGATGGTCTAGATAAAAAAGAAACCACTCAAACTTCAACACCAAGTGTGCTGCCAGAGGAAGGAACACAAATAAAAGATGAAAAAGACATTAATTTCGTTGAATCTACAGAAAAGGCACCTCTTCAAGATCTTGGAGTACTACCTATTTCGGGTGATAAAGAGACCACATCTATAGCAGACGAATCATATTCGACGACAGAAGCATCTGAAAAAGAAATTGTTGGGTTGGATCAACGTATTCCTACTGAAGATCAAGAAGAAATTAAAACTGAAACGACAACATTAACAAGAGAAACGTCTGAATCAGAATATTCTACTATTGCGCCAAGCATTGGCACTGTAACATTGAATGAGAAATTTGATATAACAACAGAATCACATAAACACATTACTGGTGACGATATTTCAGAAATACCCGATTATAAAAAACCAGAACCGGGTCATATTACATCAACTTTGATACCCACCCAAGAAGACAAAGAGATTACCAATGCCGAGTTAACTACAGAATCGGCGACATCAAGTATCATGCATCATACAACTATTTCGTCTGACTTAGGAACTACTTCGCAAAGTGATCAAGAAACTGGTATTGTTCCCCAAGAAAATGAAGCTGAGAAACATAAAACTGAAAAAACACCTCTGATTGATGATTTAAGTAAATTCACTACGGTACCTGACATATTACCAGAAACTAGTAAAAAAACAGACGATGATTTGAAATTCGAAGACGAAGAAATGTCAATCACAACAGAATCAAGTTTCAAGGACGATATTGATACCACTTCTGCGGATAAACAGCAAAGTTCTTCAGTCCCTCTTGATGGTATAGGAAGTACACCAAGCGCTCCATTCTTAGAAGAAATAGAAAAATCTAGTACAGCTGTTCCGGATGATCACATAATAAATGATCAATTAACTGAAAAAGACATTACAAAACCACAATTAAATACGCAAGGCACTACTGTGGTAACTTCTAAAGACATTGAATCAACGACTGAGCCTGACAAAGGACTAAATACCATACCCAGCGGCACTTTTGAAGAAGAAAAATCTGAGACACCTACTTACGAGGTAGTTACGCCTTTTAAAGAATCAGAACTAGATCAATCAACTGAAGGCATTGTTGAATCCACTGCAACTCAAATGCCCGATTCGTCAACAGAGATTGCAAGAGTGACTGAGGAAAATCATTACGCGCCTACCACTGAAAATATTATTCCTGATGTAGCGTCTAAAGTTACCGAACATGTTGATTTGTCTATTACGCCATCTACTATTAAAGATATTGATGTTTCTACGTTGAGACCCACAATTGAAAATACAGAAATTGATTCTGATGACAAAAACAAAGACATTTCTACTACATCATCTGAGTTGCAAAAAGCACCTACTTCCACAGAAGCCAGCATCGATGATCTAGGACATTTGCCATCTTCTACGACTGAAAGTACTATATATTCAGACAAGGTAGAAACAACCACAATTAATCAAATTGAAAATGAAATAGATGAAAATAATAACATATTCGTTGGACGTATACCCGGAGAAGGTGATTGCCTATTAAATAGTATAACTTATAAGAATGGAAGCTCTGTACCAAAAACAAACAAGTGCCATTCAAATTGCAAGTGCTTGAGCAGCATAATCAAATGTGATCCGATAATCTGTAGTTCACCTCCAGAATATATGGATAATTGTCAACCCACTTATGATTCGCCAGATTCTTGCTGTCCAACATACGTATGCGATCAATCTAGAGAAACTATGCCCCCTGTTGTACCTCTCGTTCATGTAACTTCTACAGAAGCACAACCGTCCTTTGAATGCCACGGTGACCAATGTGAAGTAAAAGAAGAAAAGCATCATTCAGATATTCCACAAATTATTTGTAGTGGTAGTGAATGCGGTGACACGACCTCTACAGAGCAAAATAAATGTGGACCCAATGGTTGCTCTGCCTTGGTTGATGAGTCAATAAATATTCCATCAGCGGATCATTCAGTACTGTGTTCAGGCAAGCCTTGCAAAACTGCGGAAGAAGCGTGCGCAAACGGTGCGTGTCAATTACCAACTATCCAAGTTTCTCCCGAAATTCCCTGTGAAGGTAGTCATTGTGACGCTCCATCAAAAATAAATGAAGAAGCTCTTTGTGAAAATGGTGAAATCTGTAAAGACAATAAGGTTCCTGAAGACACTAATAATAAAAAAGATTGTTCTGCAAGCGAATGTGGTGAAAATATTGCAATCCCAGAGAAACAAAAAACAGAAAAGTGTCAAGGTGAAAATTGTAAAGAGCTAGATGTTCCTATTGAATGCTTGGATGAATCCTGTAGAAGAAAAGATACTAATATCGATGAAAATATTCCCCCTCTATGTGAAGGATCGACTTGCAGCGATGTCAAGGACGTTCCAAAATCTTCAGAGCACACTCCTTACGAAACTACACCAGAGATTATTGTAGACCATGAAACATCCGAAAAGACAGTTGCAACACCTGGACCTGCTACTGAGGCACCAGTCGTAAGTGGAATTGGAACAGGAATTACTTTAACACAAGAGCTACCAGATTCAACAGAATCTTCGGTATCAACTGATTCTGAAGAAAAAATAGGAGAAGAAATGTCTCCACAAGGAACTTCAGTAAAAATTACAGATGAAACCACTACAGAAGGGCTTAAATCTTCATCCACGATTTCAGTTTCTGAGGATAGCGAATACACCGATGTCCAAACGAAATCTCCAAATGATGAAATTGTTCCATCAAAAACCGATACAACAGAACAACCTGTAACAACTATAAAACTAGAATACGTTACTGACACAGCTGAAGTTTCCAATGTACCTGTTCTAATTGAGGAATCTAAAACTGGTGAGTCCACTAGTGAAACAGTTGTACAGGATCAAGAAATAACAACAGCTATTCCAGTATCGACAAAGTTGACAGAATATCCAGAAACAACACAAAAAACATTTGAGGCTGAAACACCTGCAACTGACACTACAGAATCAGACGAAGACGTAAAGGCCCCAGTTAAAACAGAATTCGAAAAATCGACAAGCTCACCAGTACTCACGAGTACAGAATTGAATGCTAATTTACCTAGTGAACATGAAGTACATGGAAAAACCACAGATGTGCCTACCACTGAATTTGTAACATCATACTCTAAATTACCAGAAAATGCAGAAACCTCGGACATTTCTGATTTAGACCAAACAACTGATAGTGCTATTTTAAGTACTACTTCGGTATCTGATGAACACAAAACAGTAACAGAAGCTGAAAAATCACCAATCGTTACTACCGAAATACCCTCTAAGGGAATAACAAATGATATTGAAGAAAACAAAGAATCAGTAGATAGCACTAAATATGAAGACTCTTCCACTACATCATCATACATACATTCATCTACACCTGGTGAAATTCCTGTTGATATTCCAGTTTACACGGCTGACTATGGACACGAAGTAAAAGAAACTACTAACATACCCGAGACATATGAAACAACTGCAGCTGATACAAAGGACATTACTACCGAACTTGCTAAAGATGAAATTCCCGACATAACTAGCATACAAGATGATATGAAGTCAACTGAAGAGCAAGTAGCAATCACATCACCAAGTTCACAGACTTACTCTACAGTGTTTGATGCATTAGAAACAACTCAGCCACCAAAAACTACTAAAACGATCGCCCCCATATATTCTACTAAAGAAACTAGTCGGCCAGAATATGAAGAGCAAGTTAAAATAACAACACCAAGTCCACTGTCTCATTCTACAGAATTTGATGAATTAAAGACAACTGAGACACCCAAAACTACTATTCGGCCAGATTATGAAATTTCAACTGAAATTCTCATTGAAACTACTGAAAAAGTTAGTAAATTAACAACAGTATCCGAAAAAGAGGAGGAATTAACACCATTTGATCACAAAATAGAAACCCAGACTACTGAAACCAGTTCTATAATAACAGCTGTCAGTGAAAGTGATGACTTATCTAATGTGTCTGAAGTCACAGATAGAATACCAACCACAAGCTCTGAATCTTCTGATAAAGATTCAGATGAGATCACAGGTACTACAAAAGGTTCCGCTGAAGCTGTTGAAGAGTTTACTATAACACCCGTGGATATAACAGAGGAAACAACTCAAGCTCAAAGCTTAGGAAAACACCCAATCGAGCAAGAAAAACCTACAATTCAAGAAGAGATTATAAAAGAACATCCGTCTTCTGCTGAAAAAGAACCAGAAAATTCCATTCAATTTGATCATTTACCTACCACCACGACCTTATCTTCAACACAAACACCAGAAACAGAAACTACTAAAACGAAAGATGACGAAAAAGAATTTGAACCACAAACGGATAAACCAACGCAAACGCCAGAACTAAGTACAAGTCAATACGAATTTACAGATAAACCAACCCAACCATCGGAGATTTCAGATGAAATTCATAATGAAAAGGAACACGATAAATATACTGAATATCCGTCCTCCGTAACACCTATGTCACTTGTAACGGTATCGCAAAAAGCAACCGAGATCACTCAGGATGAAATAACAACAGAACCGGCTGAAAAACATGCAACAGAAAAACACGAAGACGTGACTGGTATTCCTGAAATCAACGAATCTTTGGACACTAGTTCAGAAAAATATCCAACTACCTCACCAGGAGACCAAAAACATGTTGAAGGTCAAGGAGAAGACGATAACAAACAACCAGAAATGTATAACAAAGTCGAAACAACTGTGAATGAATTAGACACTACTACTTTGCCAGCTGAAGGACAAAATGTAATCAACGACTTACCAACTACAACTTCCTCTCCTCAAAAGGAATCAGGCCTTGAAGATTTTACAGAATCGACATTGGCAGATAAACAAAAACATTCTACTGAAAATCCTGATTTAACTCATGATCAAACAGAATCAGATGAATCACAAGCAAATAATTTGTTACCTCAAGAAGAAGGCTCAGGACATGATGATGTTACAAAATCTACATTACTTGACGAACAGAATGTTTCTATGGACCACACAGATAGTGACATTAAATCGCCTGAACTTCTCGGCACCACTTTGACTCCTCCAAAAGAAATCCCCGTTTCGGAAGAAGTAACAAAATCTTCTTTACCAGGTGAAGAAAATGGTACGACTGAGTTTGTTACTACCTCGACTAGTTTACCTGAATCACAAAAAACGACACTGACGCCACAGCAAGCTGATGAGTTTGAAGATATAACAAAGGCTTCTTTGTCTGATGAAAATGTTCCTATAGAACATACAACGTTAACAGACATTCAGACAGGCCTATCTGAATCACAAGCAACAACTCAAATACCAGACGAAGAAGAAATAAAATCATCATTACCAGATGAAGAAGATCATTCAGTCCCTTCAGTTGTTGTGACTGAATTACCGGAGATCTCAACGCTTCTTCCAAACCAAGAACTTTCTGACACTGAGGATAAGACTCAATCTACCTTAATGAAGGAGCCAGAAATAGATTCAGAGCATCCAGATACAATGAACATAGTAACTGAATTACCTGACGCAATAACAACAACAGGAATAAAAGAAATCTCCAGTAAGGACGAAAGCACGAAATCAACATTATCAGATGAACAAAATAGTGTCACTGAACACATACCATATACGAGACTACCTGAAGATCATAGTACAACTTTACCACCTCTAAAAGAAACTCAGATCACGGAAGAAGTAACGAAACCATCTTTAACTGAAACAGAGCAGACTGCCACTGAATACGTATCAACCTTAGACCATCAATCTAAATTACCCGAATCGCTGATTACACCGACAACACCAAAACAAAGTTCCGATATTGAAGATGTAACGAAATCCGCATTGCCTGAAGAACAAAAGACTGAACTGCCATCAACCACACCACCGACAAAAGAAAGTTCAGACTTTGAAGATCAAACAATTTCTCCAATACTTGATGATCAACATGTTTCAACTGAAAAAACAACTCCCGTGGACTTTAAGACTGATTTACCTGAATTAAAAACGTCTACATATGCACCACAAGAAATAATAACGGAAGATTTAACAAAATCATCTCCGTCTACTTCTCTTGAAATTACAACTCCTGGCATTGCCAATGAGTTACCAGAAAAAGAATTTACTCAAACAACAGTTGAACAAACTTCTGGCTCTGAAGATACTACAACAAAGACTTCATCACCACTTAAAGATGAAATAGCTACTGAACCAATATTAATTCAGACCGAAGTCACAGAAACATCACTATCAGATAGTTCATTGTCAGAGAAGTTTACGACAAGTACTTCGCAGGACGACGAAAAGCGTGTAACAACTGAAACAATAAGAGAAACCACAGAAGCATTACGTGAAGGAGATACATATGAAAAAACAACAGCAGTTCCTAAAGAACAAGTTACAGAAATAGTCGAAATACTCCCATCTCATATAGATGACACTCAGCATGTAAGCACAACCACAGAAACACCACTGATAACGGAAGTATCTACACATAAATTAATACCGGAGCTATATGAAAAGTCCACTGAGCCACCATATGTTGAACCAAAGGATCAGGAGACAACTCCATATGTTGTTGAATTAGAGGAACATACTCAAAAATCAGAATTGTCCACCATTTATTCCACTACACAAGAAACAACTTCCGCTTCTGAAAAAACTGATGAAGAAACTAAAACGCCAGAAAAGGTGGATGAGGAGGTTATCAAAGAACAACATCCTACAGAAATGGACTCTTCTAAGGATTCAGAGGAAACATCGACACAGTACAAAATTCCAGAAAGTACGACTCTTTCCTCGATTTCAGAAATATCAAGTGCAGTAGACGATAGTCATAAAACGCCAACAGCTACCATAGATTTTGATCAAAGTAGTGTTTCCACGACAGAACTTATCTATAAAAAAGAAACAACTCCTACTGTACAAGAACCAACGGAATCTCCAGAAAAAATCAGTTCAACATCGAGCAAACCCTTAGACGCTGTTCATGAACAAGATCTAATACCAACTTCAACTACGAAGACCGCAGACATTTCTGAACAAGCTCTTGAGAAGTTCACAAAACCTGACACTAAGCCCAGTGAATCACCTTCCACTGAACTGCCTAAACCGATAACCAGCGAAACACCTATTGACGAAATTGCAAGTCCAGAAGAAAGTAATTTCCCTCCAAGTGCCTCAAGCGGTTATGGCGGAGAGCCAGACTATGTTGAAGAAGACCAAGCATTCGGACCTGGCACTTGTCGCTACGGCGGCAAAGTATATGTATCAGCCCAACAAATTCCTAGAGATGATCCTTGTGATTTTTGCTTCTGCTTCCGTAGTGATATTATTTGCTTACAACAAAGCTGTCCTCCACCCATACATGGATGTCACGAAGAACCTATACAAGGTTTTTGCTGCCCCCGATACGAGTGTCCTGTATCGATGGCGACTACACTCAATGTAACCACCACGACTACAACAACAACAACCACATTACCTCCTCATTTCCCTACCCACCCATATAAGGGCGCAGCTCAAAGAAGAGGATGTCAAATAAAAGGACACACTTATAAAGTAGGAGAAGTAGTACGAGCATCATCAGGCCCATGTTTACACTGCACATGCGGCGGAGACGGTCAAATGAAATGCGATCCAAAAGCGTGCACTCCAGAGCCGATGCTAAGACAAATGATAGCGGCAGCTGTTTCAGCTAAACGACGAAGATGA
Protein
MDRRRRAAGALLALAACIARSAAAPTASNHTALDLYDGAPEGCYYNFQHYGEGDRIMTNEPCLNCTCHNRMLMCYLRVCPFTKPIGQDCTVEKRADQCCPIVTCPDVPVDLLTSTSTSSPAEYGGTGVGKYDRYGCSINGRYFPEGSKVPPTPNKPCEHCYCIRNMTTCVMQECTLHVDGCTPIYHKDVCCPVRYSCDHPEDEIPLLDDMSTTVRPTPGFLLTTTTIAPVTQASQSCVHDDKIFVDGALIKTEKACEHCYCMKGDIVCVVQECGTPMENEGKNCTSLAPREGQCCPDTYICEGDELSTEVNDFTTEPISEDFTTLPSRRVSAEGSGYRKETDNFPYTEPSPLEFVTEGSGDTHLTTEKSQEEYQMSTSAEIIDKTKSPVTENVEFKQTTPVQKEYNSVTDSNILEETTIGNVEPIDAINVITESYETDPSVATTLTSTDTDVKIKPTEGYSTEKVIQKETIPLEKDVSSLVTMPTVAEKETTNIEDNLKETTESEKVDLLTTNITSSPFFEETEMMTTESYREKDVYTGVSEQEASVSNAHTSSTPFLEDIEKLSTLSQEEHLITDGLDKKETTQTSTPSVLPEEGTQIKDEKDINFVESTEKAPLQDLGVLPISGDKETTSIADESYSTTEASEKEIVGLDQRIPTEDQEEIKTETTTLTRETSESEYSTIAPSIGTVTLNEKFDITTESHKHITGDDISEIPDYKKPEPGHITSTLIPTQEDKEITNAELTTESATSSIMHHTTISSDLGTTSQSDQETGIVPQENEAEKHKTEKTPLIDDLSKFTTVPDILPETSKKTDDDLKFEDEEMSITTESSFKDDIDTTSADKQQSSSVPLDGIGSTPSAPFLEEIEKSSTAVPDDHIINDQLTEKDITKPQLNTQGTTVVTSKDIESTTEPDKGLNTIPSGTFEEEKSETPTYEVVTPFKESELDQSTEGIVESTATQMPDSSTEIARVTEENHYAPTTENIIPDVASKVTEHVDLSITPSTIKDIDVSTLRPTIENTEIDSDDKNKDISTTSSELQKAPTSTEASIDDLGHLPSSTTESTIYSDKVETTTINQIENEIDENNNIFVGRIPGEGDCLLNSITYKNGSSVPKTNKCHSNCKCLSSIIKCDPIICSSPPEYMDNCQPTYDSPDSCCPTYVCDQSRETMPPVVPLVHVTSTEAQPSFECHGDQCEVKEEKHHSDIPQIICSGSECGDTTSTEQNKCGPNGCSALVDESINIPSADHSVLCSGKPCKTAEEACANGACQLPTIQVSPEIPCEGSHCDAPSKINEEALCENGEICKDNKVPEDTNNKKDCSASECGENIAIPEKQKTEKCQGENCKELDVPIECLDESCRRKDTNIDENIPPLCEGSTCSDVKDVPKSSEHTPYETTPEIIVDHETSEKTVATPGPATEAPVVSGIGTGITLTQELPDSTESSVSTDSEEKIGEEMSPQGTSVKITDETTTEGLKSSSTISVSEDSEYTDVQTKSPNDEIVPSKTDTTEQPVTTIKLEYVTDTAEVSNVPVLIEESKTGESTSETVVQDQEITTAIPVSTKLTEYPETTQKTFEAETPATDTTESDEDVKAPVKTEFEKSTSSPVLTSTELNANLPSEHEVHGKTTDVPTTEFVTSYSKLPENAETSDISDLDQTTDSAILSTTSVSDEHKTVTEAEKSPIVTTEIPSKGITNDIEENKESVDSTKYEDSSTTSSYIHSSTPGEIPVDIPVYTADYGHEVKETTNIPETYETTAADTKDITTELAKDEIPDITSIQDDMKSTEEQVAITSPSSQTYSTVFDALETTQPPKTTKTIAPIYSTKETSRPEYEEQVKITTPSPLSHSTEFDELKTTETPKTTIRPDYEISTEILIETTEKVSKLTTVSEKEEELTPFDHKIETQTTETSSIITAVSESDDLSNVSEVTDRIPTTSSESSDKDSDEITGTTKGSAEAVEEFTITPVDITEETTQAQSLGKHPIEQEKPTIQEEIIKEHPSSAEKEPENSIQFDHLPTTTTLSSTQTPETETTKTKDDEKEFEPQTDKPTQTPELSTSQYEFTDKPTQPSEISDEIHNEKEHDKYTEYPSSVTPMSLVTVSQKATEITQDEITTEPAEKHATEKHEDVTGIPEINESLDTSSEKYPTTSPGDQKHVEGQGEDDNKQPEMYNKVETTVNELDTTTLPAEGQNVINDLPTTTSSPQKESGLEDFTESTLADKQKHSTENPDLTHDQTESDESQANNLLPQEEGSGHDDVTKSTLLDEQNVSMDHTDSDIKSPELLGTTLTPPKEIPVSEEVTKSSLPGEENGTTEFVTTSTSLPESQKTTLTPQQADEFEDITKASLSDENVPIEHTTLTDIQTGLSESQATTQIPDEEEIKSSLPDEEDHSVPSVVVTELPEISTLLPNQELSDTEDKTQSTLMKEPEIDSEHPDTMNIVTELPDAITTTGIKEISSKDESTKSTLSDEQNSVTEHIPYTRLPEDHSTTLPPLKETQITEEVTKPSLTETEQTATEYVSTLDHQSKLPESLITPTTPKQSSDIEDVTKSALPEEQKTELPSTTPPTKESSDFEDQTISPILDDQHVSTEKTTPVDFKTDLPELKTSTYAPQEIITEDLTKSSPSTSLEITTPGIANELPEKEFTQTTVEQTSGSEDTTTKTSSPLKDEIATEPILIQTEVTETSLSDSSLSEKFTTSTSQDDEKRVTTETIRETTEALREGDTYEKTTAVPKEQVTEIVEILPSHIDDTQHVSTTTETPLITEVSTHKLIPELYEKSTEPPYVEPKDQETTPYVVELEEHTQKSELSTIYSTTQETTSASEKTDEETKTPEKVDEEVIKEQHPTEMDSSKDSEETSTQYKIPESTTLSSISEISSAVDDSHKTPTATIDFDQSSVSTTELIYKKETTPTVQEPTESPEKISSTSSKPLDAVHEQDLIPTSTTKTADISEQALEKFTKPDTKPSESPSTELPKPITSETPIDEIASPEESNFPPSASSGYGGEPDYVEEDQAFGPGTCRYGGKVYVSAQQIPRDDPCDFCFCFRSDIICLQQSCPPPIHGCHEEPIQGFCCPRYECPVSMATTLNVTTTTTTTTTTLPPHFPTHPYKGAAQRRGCQIKGHTYKVGEVVRASSGPCLHCTCGGDGQMKCDPKACTPEPMLRQMIAAAVSAKRRR

Summary

Uniprot
H9JBF1  
Pubmed
19121390   
EMBL
BABH01030837   
Proteomes
UP000005204   
PRIDE
H9JBF1   
Interpro
IPR001007   VWF_dom       
ProteinModelPortal
H9JBF1  
PDB
6ORB     E-value=0.0101002,     Score=100

Ontologies

KEGG
NA   
GO
GO:0005515   GO:0000166   GO:0006470   GO:0008138   GO:0003677   GO:0004725   GO:0004887   GO:0043401   GO:0003707   GO:0043565  

Topology

SignalP
Position:   1 - 23,         Likelihood:  0.991903
 
 
Length:
3160
Number of predicted TMHs:
0
Exp number of AAs in TMHs:
8.0179
Exp number, first 60 AAs:
8.01627
Total prob of N-in:
0.41698
outside
1  -  3160
 
 

Population Genetic Test Statistics

Pi
247.417636
Theta
197.624464
Tajima's D
0.751676
CLR
0.244469
CSRT
0.59802009899505
Interpretation
Uncertain
Peptides ×
Source Sequence Identity Evalue
29197581 TADISEQAIEK 97.06 2e-16
26822097 TADISEQAIEK 96.55 2e-14
27102218 ITVSEVFDEK 96.55 2e-14
28467696 SDIIAAIK 96.55 2e-14
29197581 RKDTNIDENIPPICEGSTCSDVK 96.55 2e-14
29197581 DVYTGVSEQEASVSNAHTSSTPFIEDIEK 100.00 2e-12
29197581 DVCCPVR 96.55 6e-12
26822097 IPTEDQEEIKTETTTITR 100.00 2e-10
29197581 GITNDIEENKESVDSTK 100.00 2e-10
29197581 KDTNIDENIPPICEGSTCSDVK 96.15 2e-10
29197581 VYVSAQQIPR 100.00 6e-10
29197581 DTNIDENIPPICEGSTCSDVK 96.00 8e-10
27102218 DVCCPVR 95.65 1e-08
29197581 PIGQDCTVEK 95.65 1e-08
29197581 KDCSASECGENIAIPEK 95.45 9e-08
29197581 DCSASECGENIAIPEKQK 100.00 4e-07
29197581 DITKPQINTQGTTVVTSK 95.24 4e-07
29197581 SPNDEIVPSK 100.00 7e-07
29197581 ETTNIEDNIK 100.00 1e-06
27102218 CQGENCKEIDVPIECIDESCR 100.00 2e-05
29197581 VCPFTKPIGQDCTVEK 100.00 2e-05
29197581 DCSASECGENIAIPEK 100.00 2e-05
26822097 HHSDIPQIICSGSECGDTTSTEQNK 100.00 3e-05
24093152 VPIGGTDFSPR 100.00 3e-05
27102218 DCSASECGENIAIPEK 100.00 3e-05
28467696 VPPQDYSK 100.00 3e-05
29197581 VIQKETIPIEK 100.00 3e-05
29197581 ISTISQEEHIITDGIDKK 100.00 2e-04
27102218 HPIEQEKPTIQEEIIK 100.00 2e-04
28467696 VCNYVNWIQQTIAAN 100.00 2e-04
29197581 TPIIDDISK 100.00 2e-04
29197581 HPIEQEKPTIQEEIIK 100.00 3e-04
26822097 VYVSAQQIPR 100.00 7e-04
24093152 DCFPVEFR 100.00 7e-04
27102218 VCPFTKPIGQDCTVEK 100.00 7e-04
28467696 DCQACPINTFTYQPAAPGR 100.00 7e-04
29197581 CQGENCKEIDVPIECIDESCRR 100.00 7e-04
29197581 GHTYKVGEVVR 100.00 0.001
26822097 SDIICIQQSCPPPIHGCHEEPIQGFCCPR 100.00 0.005
24093152 DDIQDTVPNTAINTAINTAYTK 100.00 0.005
27102218 ACEHCYCMK 100.00 0.005
28467696 DDNVQIIK 100.00 0.005
29197581 DCSASECGENIAIPEKQKTEK 100.00 0.005
24093152 HKPETDINEEKEK 100.00 0.007
27102218 VYVSAQQIPR 100.00 0.007
28467696 HPIAIEQYIMEGSYNK 100.00 0.007
29197581 HITGDDISEIPDYK 100.00 0.007
29197581 HHSDIPQIICSGSECGDTTSTEQNK 100.00 0.015
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