Silkworm Genome Informatics Database

Gene

KWMTBOMO12304 Validated by peptides from experiments

Pre Gene Modal

BGIBMGA009121

Annotation

PREDICTED:_protein_4.1_homolog_[Papilio_xuthus]

Location

Bomo_Chr20(-):11812379-11825943 View in EpiBrowser

Location in the cell

Nuclear Reliability : 2.022

CDS

ATGCCCACTGGCCCTGTCGAGAGGAAGGATGAGAAACAACCGGTCGAGCAGAGAAGACCTGCTGAGAATGGCACCGACACGACCAGCGACCCCGGAGCGATGAACAACTTCGAACAGTCTCCGAAGAAGTCCAAGGGAGGATTCGGCTTATTCGGCAGCCGTAAAGATAAGTCGCCTAAAGAAAAGTCGCCGAAACGTGACAAATCGCCTAAACCGGACAAGTCGCCGAAAACAAAGGACAAAAAGGAGAAAGAACCTAAAATCAAAGTGGCCGCACTTGACACTTCCGCCGACAGCTCCAACTTGGATAGTTCTCTGGATAAAAGTCCGAGTAAGGACGAGAAACCGAGCTTTACTAAGCCTTACGAGTACACGGACACAGAGAAAAGCCCCTCGCGCACTAAGCCCTTCATTCAAGGAGGGTTCAGTTACGAAAAAGAACCAATATCTGATGGAAAACAAAGGGCTGGTGATGAGGCTCAAAGTCCGACTACAAGAAAAGCCGGACTCGCATTCAATTACGCACCAGGTGAAGACAAAAAAGTTGCCGAAAGCGCTGAAAAACGAAAAACTCCTGAAGATCCTAGCAAATTGAAAACGCCTGGGTTGGACTATGTACAATCAGCAGCTTTGAAGGAGCAAGCTAAGAATTTAATCGATCCCACATTAGCTTTGTTGGACTCCGAGAGAATGCACCATGAAGTACCAACGCCGCTGCCGGTCGTGGCTCCCAAACCAGACAATGAGGTACAAGTTGTCATAATTACTGGTAAATATAACCCGAAGTCAAAGAAACTAGATGATGCCAACGGAACCATCCTTATTACCAAAGGAATGCTAAACAAGTCTAACGGCAAGATACAGACTGACAAAGAATTAATCAATACAAAGTCTGGACAAGTTAATTACACGGATCCCGCGACAGGCAAACAAGAAACGAAAAACGGTCACGTGGATTCAAAATCTGGCCATATATTATTTACGTCTGCTGTAGTCGACCCGAAAACTGGTAAAATTGATCCCACATTGGCTCAACAATATTGTTTCGTGGAAAAATCTTTGGATAATGTTGGCAATAAGCCTGGTCGTGATGTAGATTTGGTTGTAATAACTGGGAAATATGACGGCAAACATAAGAAATTGGATGCTTCTCACGGACACGTTGATGTGTCTAGAGCAGTAGTTGGGCCCGACGGTACTGTAAGTTCTAATTACGGTCTGATCGACCCACGAACGGGAAAGATAGACTACATTGACCCGAAGACAGGCAAACAAGAACCCAAACAAGCCTACGTCGATCAAAAAACAGGAAACCTTCTGGTTACGACCGGCGTTGTTGATCCGAAATCTGGTAAAGTGGATTCTTCACTAGGTCAACAGTTCAGCATCGTCGAAAAGGACGCAACTAAAGCAAACAGAGAAGTGCGACTGGTTGTTGTTACGAGCAAATATGACATAAAGAACAAGAAGCTAGATCCAACATTCGCTCACGTTGATTCCGTTAAGGGAGTTCTGAGTGGATCTGATGGTAAGATTTATACTGAATATGGCATAATTGATCCTAGAACTGGAGAGATTCAGGTCACTGATCCCAAAACGGGCAGAGAAGAAATTAAACAAGCCCAAGTTGACCCTAAGACTGGAAATATCCTTTTGCTGTCTGGTGTTTTAGATCCAAAAACAGGACAGTTGGATACAAATTTGGGACAGCAATATAGCATCGTTGATAAACCTATAGATACCTTTGGCCCAGTACCCGGGAAAGAAGTGCAGGTCGTTGCTATTACTGGGAAATATGATACTAAGAACAAGAAACTAGATAATCCCAATGGCTTTGTTGAGACATCCCAGGGGATTATAAGCGAGAAAGACGGTAAAGTGTACACAAACTTCGGTGTGTTAGATCCGAACACCGGGAAAATTCATTACACTGATCCGAAAACTGGCAAACGTGATTCCAGACAAGCCAATGTCGATCCTAGAACAGGAAGTTTTCTTCTTACATCCGGTGTCATTGATCCTAAGACAGGCAAAACTGACTCTTCTTTAGCTCAACAATTTAATGTCGTCGATAAAGATGCGCCAAAAGGCATTCCTGAAAGATATGCTAATCTGGTTATTATCACGTCCAAGTATGACCCCAAAAACAAGAAGTTAGACATCACAAACGCACATATCGATAGCGTTCCAGGCAAATACGACTTTGATGACAAGGTTCACACTGATTTCGGTGTCGTAGATCCGGTATCGGGTGAGATAACCGTTATAAACCCAGTTACCGGCAAACAAGAAGTGAAGAAAGCCACGGTAGATCCCAAAACTGGTAATATGCTGCTGACCACTGGGGTTGTTGACCCTCAGACTGGACAAGTTGATCCTACATTAGGACAACAGATTACTGTAGTAGACACGCCCAGAGATAAATTTGCAACAGTACCGGGAAGACAAGTTCAACTCGTCGTTATTACAAGTAAATATGACCCTAAATACAAGAAACTTGACAATCCGAATGGACATTTGGAAACATCACGAGCTATAATTGGTAATGACGGTAGAGTCCACTCTAACTTTGGAGTGATCGATCCCAAAACTGGAAAGATTGAGTATATTGACCCTAAAACTGGCAAACAGGAAATCAAACAAGCAGTTGCTGATCCTAAATCGGGTCATCTCATAGTTTCTTCGGGTATCGTAGATCCCAAATCAGGAAAGGTTGACTCGTCTTTAGCCCAGCAACTGGCTATTGTTGACAAGGATTCTAAAGCTATTCCCGAGAAATTCGTTAACTTGGTCATTATAACGTCCAAATATGACCCCAAGACTAAGAAGCTAGACTTGGCTGATGCCCACGTGGATACTATACCCGGTAAAATTACACCTGATGATAAAGTACACACTGACTTTGGAATAGTAAACCCGAATAACGGAGAAATTATTCTAACCGATTCTATTACGGGCAAACAAGAAATTAAAAAAGCTAGTGTTGATACAAAGACTGGCAATCTACTTCTTACCTCTTCAGTAATCGATCCACTTTCAGGACAAGTTGACCCCACACTAGGTCAACAGATCAGTGTAGTCGAAAAACCTAAGGACACATTCGCCACAATCCCTGGCAAAGAAGTTCAACTCGTAGTAATCACGAGTAAATATGACCCCAAAACAAAGAAATTAGATAACCCTAATGGATTTATTGAAACGTCCAAGGGTGTTGTAGCTTCTGACGGTCAAGTACATACTAACTTCGGGGTCATAGATCCTAAGACCGGCAAGATCGAACACGTTGACTCTAAAACAGGCAAACGTGAATTGAAACAAGCCACCATCGACTCAAAGACAGGACACTTGACCATAAGTACCGGTGTTGTGGATCCCAGAACAGGAAAAGTCGATCCTGGTTTGGGTCAACAGCTGACCATTATTGATAAAGACGCTCCTAAAGAAAGATATGTCAATTTGGTCGTAGTAACATCGAAATACGACCTTAAGAACAAGAAACTAGATCTATCGAATGGACACGTTGATACCCTTCCTGGAAAAATTGGTGCTGATGGTAAGGTACACACAGAATTTTGTGAAGTCGACCCAGTCACTGGGGAAGTCACTCTAATAGATCCTATTACCAAAAGAAGAGATGTCAAGAAAGCAACAGTTGACCCTAAAACTGGAAATCTGTCGCTCACGTCTGGAGTCGTTGATCCCCAAACAGGTCTAGTCGATCCTAGCTTAGGACAACAAATAAGTGTTATCGAAAAACCAAAAGATACATTTACTCCTATACCAGGAAGAGAAGTACAACTCGTTGTTATAACTAGTAAGTACGATCCTAAACAGAAGAAACTTGACCATCCTAACGGTCATGTCGATACTTCGAGAGGCGTCGTAGCTGCAGATGGTCGAATTCACACGAATTACGGTATTATCGACCCTAAAACAGGAAAGATTGAATACATAGATCCCAAAACCGGGAAACATGAAACTAGACAAGCATTTGCTGAATCACCAATTGGATTCAAGTCTGGCACTCTCATATTGGCCTCTGGAGTTGTTGATCCAAAGACAGGCAAGATCGATTCATCTCTAGCACAACAACTTACTGTTGTTGAAAAAGAAACGAAACCCGTTGAGAGAGAGATTCACTTAGTTATAATAACGACTAAATATGACCCAAGGACCAGAAAGATTGACCCAAGTCAAGGTCATGTTGACACTGTCAGTGGAACCGTTAGTCCGGATGGTAAAATACGAACGGCCTTCGGAGTAGTTGATCCCGCCACCGGAGAAGTTTTAGTTACGGATCCAAGGACAGGAAAGCAAGAAATTAAAAAGGCTCAAGTTAACCCTGCAACTGGCTACATGGTTATCACATCAAATGTCGTCGATCCAAAATCTGGTAAAGTGGATCCAACCCTTATTCAGCAATTTAGTGTAGTCAATAAGCCCGTTGTGCAACATACTAAACCAGCTTCTAAAGGTGAAGTTCGTCTCGTTATTGTCACAAGCAAATACGACCCTTACACCAAGACAGTGGATGCGGGTACAGGCGTTGTGGATGCTTCTAAAGGATACGTTAGCGCTGAAGATGGAAAAATACACACAGATTTTGGTATTATTGATCCGCGATCTGGACAAATACTTTACAAAGATCCTCTGACCGGAAAACAAGAACTAAAACAAGCTGAAATCGATCCCAAGAGTGGTAACTTGATTGTCACGACTTCTGTGGTAGATCCGAAGACGGGCAGAATTGAGCCTACATATGCTCAGCAAATCACTGTGGTTGATAAACTAAATGTCATAGCTCCAGCAACCCAGAGGGTTAGTATTTCACCAGTAAAACAAATACCCACACCTGTGAAAACAATACCCTCTCCTCTGCAATCACCAGTTCGCACATCGTCGCCGATAGTAAGCAGTTATGCGCAGAAATCCGCACCTTTAACTCCAACCACGCCGAAATCACCTGTTAAACCTACTATGGCGCCTCCAGAACCACCCAAGCGAAAGATTGTTAAAATCATGGTCATCTTTACTAAACTTGATCCTAAGACCAAGAAACCTGATATGAATACTGCGGAAGTCGAACATTTGACAGGTATTTTAGATCCGAATGGCTTAATTGAAACCAAGTATGGTGTTATCAATTCAAACAAAGGTTGTATTGTATTAAGTGACGGTGCTGGTCAAAAACAGAACAAAGATGGAATAATTTTGCCGGAAACCGGGCAGATCTTTATCAACTCTGGAGCAATTGATCCGAAGACTGGTAAGATCGATCCTAACATGGGCATGCTTTTAAGCGTCGCGAAACAGGACGATCCCGTAGTTGAGATCACAACTATAACTGGCCCCATTGACCCGAAGACTGGTAAAGTTAGTGTAGATGACGGTACAGTAGAACTCACAAAAGGAAAGGTAGATGCCGAAACTGGACACATTTCTACGAAATATGGTGTAATTGACCCTTCAAATGGTGTCATATTTGTAACTGACACTTCGGATACAAAACCTGTCGAAATTGATGAAAACAATGGTCAGATTACTATAAGAGGAGTTACTGACCCGAAGACTGGAAAAGTGGATCCTAAATTGGGTCAGGTGATTGTTGTTGGCACTCATATTGATCCTGTAGTCGAAGTTACTACTTTTGTTGGTAAAGTTGACAACAAAAAAGGAATTATCGACGGCAAACACTCTGTAATAGAAAGTACCACTGGGCAACTGAATCCTGTTAACAATAAGATAGACACTAAATATGGTCAAATTGACTTGGTAAAGGGAACAGTAACTTACAATGACCCCAAGACAGGCAAATTTGAAAGTCACGATTTGAAAGTTGACCCGGTTACAGGACAGTTCTTATTGAAAACCGGACAAGTCAACCCTAAATCTGGTAAACCAGACAAAGATGTTGGCCGATTGATATGCTTGAGAATTATTCGTAACAAAGTCGATCCTGTTTCCGGAAAACAAATTGTTTCTAATGACCCGAAGAACGTCAAGGTAGATCCGAAGACCAACCAGATTTGGATATCTGGTCCCAAAGATCCTCAAACTGGTGAAATATTGTACACTGCAGGCCAAGTAGACCCTATGACTGGATATATCATCACTATTTACGGGCGAATGGACCCCAGAACGGGATATATTGTTAGAACAACTGACATTGACAAATCTTTTATAAAAGTCGATCCAGTTAATGGACAAATATATACTGCTACTGGTGAAGTAGATGAAAACAATGAGCTTCTATACTCTGCGTCGCAAGTTGACCCTGGCTCCGGAGAAATTTATACTAAATTGGGTAAAGTTGATCCAAAGACCGGTCGCATTGTGATTGTCAAAATATATGTAATAACACAGAAAGATGACAAGGGCAGGGTGAAGGAAGTCGATCCAAAAGAATGTACAATCGATGAGACCACAGGCAGGATCATTACCACTAAAACGGTCTATTTGTACCAGATTATTGACCCAATAACAGGAGAGACCATTGATGTAGATCCAGATGATCCCAGACTCAAGGGAGCCAGGACAACAGTCACTCAAACTATGACCTTGTCTGGCAAGATTGATCCAGTAACTGGTAGAATTAAAACAGAATATGGTGACATTGATCCAGACACTGGCGACATTGACCCTAGCACTGCAGTCAGGGACCCTGTAACTGGACAATTAATTCTTCATTACTCTCAAATCGATCCATCACATTTCGAAGATAAAAGCGGCAACTACACGATAGAGAAGGAGACGCAAGACCTACCGGCGAACATTGACATCCAAACAGTAAACACGCATAAATTTTCTACGTTCGGTAAAGACGAAAGTCCACAAAGAGGCGACGAACCCAAAACCTTCACAGAGTACACGACGAGCGAACACATCAGGCACCAGGGCTACGTGTCTTCCAACACTCCTTTATCCTCTAAGATCCCCGTTTCCCAACGCGCCAAGAAGACTCCCACGCCGCCGGTCGTCGTGAAGACGACCACGAAGCAACTGTTGACCAAGAACGAGGAGGGAGTCACGCACAACGTGGAGCAGGAGGTGGAGAACCTGGGCACCGGCGAGGTCACCTTCTCCACTCACACGAACAAGGCGGAAAGCCTCGAGCCGCTGGAGGGCAAGAGTCCGTACGTGACGGCGCGAGCGGTCACCACGAGGACGGCGACCACCCACCACGACCTCGACACCAAGGCGAAGACTCAGCAGCTCGAGGAGAAGACGGTGGCCCACACGCTCACGTCGTCAGCCACGCGACAGGAGCAGCGAGTGCTCACTCAGCAAGTTAAGACGATGGTCACCACCGGCGATCAGCTGACCAGACGCGGCTCAGCCAGTTCACTGAGCAGTGGCGACTCTGGCACGCCGATCGACTTGGACGAGGGCGCCGGCGAGGGACACTACTACGTCACGAGCACGGCAAGCGCGCCGCCCACCGATGAAGCCGCAGCTGGGGAGGTCGTCTCCTCACAGACGATCAGCTCGAAGACGCGCACCGTCGAAACCATCACGTACAAGACGGAACGTAACGGCGTCATCGAGACGCGCGTCGAACAAAAGATCACGATTCAATCCGACGGCGACCCCATCGACCACGACCGAGCCCTCGCCGAGGCCATACAGGAAGCGACGGCCATGAACCCGGACATGACGGTCGAGAAGATCGAGATCCAGCAGCAGAGCGCGCAGCCCTAG

Protein

MPTGPVERKDEKQPVEQRRPAENGTDTTSDPGAMNNFEQSPKKSKGGFGLFGSRKDKSPKEKSPKRDKSPKPDKSPKTKDKKEKEPKIKVAALDTSADSSNLDSSLDKSPSKDEKPSFTKPYEYTDTEKSPSRTKPFIQGGFSYEKEPISDGKQRAGDEAQSPTTRKAGLAFNYAPGEDKKVAESAEKRKTPEDPSKLKTPGLDYVQSAALKEQAKNLIDPTLALLDSERMHHEVPTPLPVVAPKPDNEVQVVIITGKYNPKSKKLDDANGTILITKGMLNKSNGKIQTDKELINTKSGQVNYTDPATGKQETKNGHVDSKSGHILFTSAVVDPKTGKIDPTLAQQYCFVEKSLDNVGNKPGRDVDLVVITGKYDGKHKKLDASHGHVDVSRAVVGPDGTVSSNYGLIDPRTGKIDYIDPKTGKQEPKQAYVDQKTGNLLVTTGVVDPKSGKVDSSLGQQFSIVEKDATKANREVRLVVVTSKYDIKNKKLDPTFAHVDSVKGVLSGSDGKIYTEYGIIDPRTGEIQVTDPKTGREEIKQAQVDPKTGNILLLSGVLDPKTGQLDTNLGQQYSIVDKPIDTFGPVPGKEVQVVAITGKYDTKNKKLDNPNGFVETSQGIISEKDGKVYTNFGVLDPNTGKIHYTDPKTGKRDSRQANVDPRTGSFLLTSGVIDPKTGKTDSSLAQQFNVVDKDAPKGIPERYANLVIITSKYDPKNKKLDITNAHIDSVPGKYDFDDKVHTDFGVVDPVSGEITVINPVTGKQEVKKATVDPKTGNMLLTTGVVDPQTGQVDPTLGQQITVVDTPRDKFATVPGRQVQLVVITSKYDPKYKKLDNPNGHLETSRAIIGNDGRVHSNFGVIDPKTGKIEYIDPKTGKQEIKQAVADPKSGHLIVSSGIVDPKSGKVDSSLAQQLAIVDKDSKAIPEKFVNLVIITSKYDPKTKKLDLADAHVDTIPGKITPDDKVHTDFGIVNPNNGEIILTDSITGKQEIKKASVDTKTGNLLLTSSVIDPLSGQVDPTLGQQISVVEKPKDTFATIPGKEVQLVVITSKYDPKTKKLDNPNGFIETSKGVVASDGQVHTNFGVIDPKTGKIEHVDSKTGKRELKQATIDSKTGHLTISTGVVDPRTGKVDPGLGQQLTIIDKDAPKERYVNLVVVTSKYDLKNKKLDLSNGHVDTLPGKIGADGKVHTEFCEVDPVTGEVTLIDPITKRRDVKKATVDPKTGNLSLTSGVVDPQTGLVDPSLGQQISVIEKPKDTFTPIPGREVQLVVITSKYDPKQKKLDHPNGHVDTSRGVVAADGRIHTNYGIIDPKTGKIEYIDPKTGKHETRQAFAESPIGFKSGTLILASGVVDPKTGKIDSSLAQQLTVVEKETKPVEREIHLVIITTKYDPRTRKIDPSQGHVDTVSGTVSPDGKIRTAFGVVDPATGEVLVTDPRTGKQEIKKAQVNPATGYMVITSNVVDPKSGKVDPTLIQQFSVVNKPVVQHTKPASKGEVRLVIVTSKYDPYTKTVDAGTGVVDASKGYVSAEDGKIHTDFGIIDPRSGQILYKDPLTGKQELKQAEIDPKSGNLIVTTSVVDPKTGRIEPTYAQQITVVDKLNVIAPATQRVSISPVKQIPTPVKTIPSPLQSPVRTSSPIVSSYAQKSAPLTPTTPKSPVKPTMAPPEPPKRKIVKIMVIFTKLDPKTKKPDMNTAEVEHLTGILDPNGLIETKYGVINSNKGCIVLSDGAGQKQNKDGIILPETGQIFINSGAIDPKTGKIDPNMGMLLSVAKQDDPVVEITTITGPIDPKTGKVSVDDGTVELTKGKVDAETGHISTKYGVIDPSNGVIFVTDTSDTKPVEIDENNGQITIRGVTDPKTGKVDPKLGQVIVVGTHIDPVVEVTTFVGKVDNKKGIIDGKHSVIESTTGQLNPVNNKIDTKYGQIDLVKGTVTYNDPKTGKFESHDLKVDPVTGQFLLKTGQVNPKSGKPDKDVGRLICLRIIRNKVDPVSGKQIVSNDPKNVKVDPKTNQIWISGPKDPQTGEILYTAGQVDPMTGYIITIYGRMDPRTGYIVRTTDIDKSFIKVDPVNGQIYTATGEVDENNELLYSASQVDPGSGEIYTKLGKVDPKTGRIVIVKIYVITQKDDKGRVKEVDPKECTIDETTGRIITTKTVYLYQIIDPITGETIDVDPDDPRLKGARTTVTQTMTLSGKIDPVTGRIKTEYGDIDPDTGDIDPSTAVRDPVTGQLILHYSQIDPSHFEDKSGNYTIEKETQDLPANIDIQTVNTHKFSTFGKDESPQRGDEPKTFTEYTTSEHIRHQGYVSSNTPLSSKIPVSQRAKKTPTPPVVVKTTTKQLLTKNEEGVTHNVEQEVENLGTGEVTFSTHTNKAESLEPLEGKSPYVTARAVTTRTATTHHDLDTKAKTQQLEEKTVAHTLTSSATRQEQRVLTQQVKTMVTTGDQLTRRGSASSLSSGDSGTPIDLDEGAGEGHYYVTSTASAPPTDEAAAGEVVSSQTISSKTRTVETITYKTERNGVIETRVEQKITIQSDGDPIDHDRALAEAIQEATAMNPDMTVEKIEIQQQSAQP

Uniprot

A0A2W1C0G2 A0A0L7L3N5 A0A2H1VKN9 A0A194QBU0 A0A0N0PB98 A0A3S2LGP6 + More
H9JHX3 A0A212EJP2 A0A0L0CFI6 U4UCW6 A0A0T6BEH6 A0A1Y1MG35 N6TWG8 D6WT41

Pubmed

28756777 26227816 26354079 19121390 22118469 26108605 + More
23537049 28004739 18362917 19820115

EMBL

KZ149926 PZC77563.1 JTDY01003147 KOB70072.1 ODYU01003077 SOQ41385.1 + More
KQ459193 KPJ03023.1 KQ461072 KPJ09836.1 RSAL01000012 RVE53469.1 BABH01035405 BABH01035406 BABH01035407 AGBW02014435 OWR41691.1 JRES01000465 KNC31005.1 KB632263 ERL90877.1 LJIG01001235 KRT85705.1 GEZM01034093 JAV83938.1 APGK01052189 KB741211 ENN72741.1 KQ971354 EFA05868.2

Proteomes

UP000037510 UP000053268 UP000053240 UP000283053 UP000005204 UP000007151 + More
UP000037069 UP000030742 UP000019118 UP000007266

PRIDE

H9JHX3

Pfam

PF08736   FA        + More
PF00373   FERM_M
PF05902   4_1_CTD
PF09380   FERM_C
PF09379   FERM_N

Interpro

IPR019749   Band_41_domain        + More
IPR014352   FERM/acyl-CoA-bd_prot_sf
IPR035963   FERM_2
IPR014847   FERM-adjacent
IPR019748   FERM_central
IPR011993   PH-like_dom_sf
IPR018979   FERM_N
IPR019747   FERM_CS
IPR000299   FERM_domain
IPR029071   Ubiquitin-like_domsf
IPR008379   Band_4.1_C
IPR018980   FERM_PH-like_C
IPR011047   Quinoprotein_ADH-like_supfam
IPR000798   Ez/rad/moesin-like

SUPFAM

SSF47031   SSF47031        + More
SSF54236   SSF54236
SSF50998   SSF50998

Gene 3D

1.20.80.10 2.30.29.30

CDD

cd14473 FERM_B-lobe

ProteinModelPortal

A0A2W1C0G2 A0A0L7L3N5 A0A2H1VKN9 A0A194QBU0 A0A0N0PB98 A0A3S2LGP6 + More
H9JHX3 A0A212EJP2 A0A0L0CFI6 U4UCW6 A0A0T6BEH6 A0A1Y1MG35 N6TWG8 D6WT41

KEGG

101742298 K06107 erythrocyte membrane protein band 4.1 | (RefSeq) protein 4.1 homolog

GO

GO:0005856 GO:0003779 GO:0005198 GO:0007016 GO:0005886 GO:0001558 GO:0008092 GO:0005911 GO:0031032 GO:0003924 GO:0019538 GO:0030145 GO:0000049 GO:0005975 GO:0004553

Length:

2565

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0

Exp number, first 60 AAs:

0

Total prob of N-in:

0.00000

outside

1 - 2565

Pi

25.121672

Theta

25.470997

Tajima's D

-0.623852

CLR

0.846219

CSRT

0.214589270536473

Interpretation

Uncertain

Source	Sequence	Identity	Evalue
31250652	TDVNEWTSNLKNEIKRALEQYAPCKKENCSCHRSVIDSDLAPYQDGITNEMFISARAKGTKYQVFLFKKYVQGL	100.00	0.0
26280517	MGVPYCIVK	96.43	2e-11
26280517	SEITGNIENVIVAIMTPIPHFYAK	96.15	2e-10
26822097	TIPSPIQSPVR	96.00	3e-09
26280517	VDFIER	96.00	3e-09
28467696	VDPSIIGGMVVSIGDK	96.00	3e-09
28556443	TVDAGTGVVDASK	100.00	9e-09
28556443	VDSSLGQQFSIVEK	100.00	9e-09
26280517	IEGADDIIAQAER	95.83	2e-08
28467696	IEPTYAQQITVVDK	95.83	2e-08
26822097	YVNIVVVTSK	95.65	2e-08
26280517	VGSYAQQQQPAYDAQDNYKPGAQYTGAAGK	95.65	2e-08
26280517	KGVIVFIDEADAFIR	95.45	2e-07
26280517	KAPVDESDIPEVDQNTNK	100.00	5e-07
28467696	KAQTDITNWQK	100.00	5e-07
26280517	TKPEIDDSDTDNHDQK	100.00	7e-07
28467696	TKPEIAAIVDTYER	100.00	7e-07
26822097	IHTDFGIIDPR	100.00	1e-06
26280517	ISGIICTIGPASR	100.00	1e-06
28467696	KIDNPNGHIETSR	100.00	1e-06
26822097	FSTFGKDESPQRGDEPK	95.24	1e-06
26280517	DFYTDDIK	95.24	1e-06
28467696	DGIECCYGVSVK	95.24	1e-06
26280517	AQQIVDQTHDASINVYIQSIK	100.00	2e-06
28467696	AQVIPIR	100.00	2e-06
26822097	VITQQVK	100.00	4e-06
26822097	VDSSIAQQIAIVDKDSK	100.00	6e-06
26280517	GVSSATEAHHTTSTAAAAQR	100.00	6e-06
28467696	GVVADESEYCVSTAR	100.00	6e-06
28556443	SGNLIVTTSVVDPK	100.00	2e-05
28556443	SGNLIVTTSVVDPK	100.00	2e-05
26822097	IEYIDPK	100.00	7e-05
26280517	FIAIWENNKVYFK	100.00	7e-05
28556443	TVDAGTGVVDASK	100.00	7e-05
28556443	SGTLILASGVVDPK	100.00	8e-05
26822097	FESHDIKVDPVTGQFIIK	100.00	2e-04
26280517	QAIDDDSNQTAQMTAAIIDWPQGTFASK	100.00	2e-04
26280517	SGQVNYTDPATGK	100.00	2e-04
28467696	SGQVNYTDPATGK	100.00	2e-04
28556443	TGHLTISTGVVDPR	100.00	3e-04
28556443	YYNALLDALAEK	100.00	3e-04
28556443	KLDNPNGHLETSR	100.00	0.003
28556443	VSVDDGTVELTK	100.00	0.010
26822097	QVQIVVITSK	100.00	0.023
26280517	ISISPTTGNIIGIIAENGR	100.00	0.023
28467696	ITIQDEAIK	100.00	0.023
28556443	IEYIDPK	100.00	0.023
28556443	IEPTYAQQITVVDK	100.00	0.023
28556443	TTVTQTMTLSGK	100.00	0.023
28556443	VDPGLGQQLTIIDKDAPK	100.00	0.031
28556443	KLDHPNGHVDTSR	100.00	0.033

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics