Silkworm Genome Informatics Database

Gene

KWMTBOMO08680

Pre Gene Modal

BGIBMGA007932

Annotation

PREDICTED:_uncharacterized_protein_LOC101741920_[Bombyx_mori]

Location

Bomo_Chr15(-):2080933-2109606 View in EpiBrowser

Location in the cell

Nuclear Reliability : 3.491

CDS

ATGAAATTGTCATGCCGGGCCTTAGTGATATCGATTCTTAGGAGCCGGAGCGAGTTCCTAGGATGTGTCTCGTTCCAGTTGAAAGATGCTATTGAGTGCGACATCAAGGGCACCTACTTCCTGCAGCAAAACGCGGGGCGTGGCCTCAACGCTGCACCGCTGGCACATGAGAGAGCCGGCGATCGTGTAGCCGAAGTCGAACGACCCAAGATGGCCACCGACAACATTGAGACCAGCACCAACGATGGAACCAAAGAGAACCACAACGATAAAGGTGTTACAAATGGTCCCTCCGCGACCACAGCCAGTCAGGCCCAGGCGGTAGCCGCAGCACTACAAAGAGAAGCGGACGAACACCTCTTCCTACGATACTTGGAGCTGGACCCTCCGGATGATCCATCGGCTCCGAGACGGCCCCAACGGAATGGCAGAACCCCGTTCACCACAACTAGAAAACTCCTAAGGGGTACTGCAGGTGGTTTTGGTTTCACCGTAGTATGGACCAGACCACCAAGAGTCGAAAGGGTTGCCCAAGGGGGCTCTGCAGAAAGAGCCGGACTGAGAGCCGGAGATTACATTGTGTTTGTTGGCTCGAAGAACGTCGTCACAGCATCTGAAGAAGAAGTTAGAAATCTTGTGAAGTCCGCAGGCCAGATACTCCAATTGGAGACATTTAGAAGGGTACCGCCCAATGGAGTCGGCGTTAGGCCGAGGCTAGCTCAGGTGTCAATACCCCCGCCAGAGTCGACACCGCCACCCCCACCACGGTCACCACGTGGCAACGCTCTGGCGTCACCCGCCACGGCCGCGCGACCCCCAACCGCCTGCTCTTCGACCAGCCAGTCTCTGGACCGCCGCAAACTGCACCTACCCCAGGTCACCTTCTCGAAGGAGACCCCAGGACTATCAAGAGATGGCAGGAAACGGGCACTCTTGGCAGTGGTAGCCAGGGAGCAGCACTATGCCACGTGCCTCCAGTTCGGACTAGTGAGGTTCGTGTCGCCACTAGCAGAGAGGGCAGACCTCATCACACCGAGCGACCACCAGCTGCTATTTCAAAACTTGGAAGAGATATTTCGGCTCTCAGAAGACATCCTGGATCAAGTGGTGCAAGACGACGGTGAGATTCAGACGTCTACAGTGGTCGCCGTTTACTTGCAAAAAACGCCCGTATTTCTCAGCTTATACAAGAAATACTGCCTTGGACTGAAGAGGGCCGATTGTGTGTTGGTGAAGAAATCAAAAGACCCCAGCGGAGCATTTTCCCGGTTCTGCACCAGTCCTCCGATACCCCGTAGAAGACCAGACATCACGTCCCTAGTTCACAAGCCTCTAGAACAGTTCAGAGAGTTGTTGAGGTTAATGCGAACAGCCGCGTCTGCCACCGGCGCTGGTCCCTACGATCAGCTCGAGAAGAAGCAACTCCAGTTGATTGTAGAACAGTTACAGGGTAGCTATCAAGATGTCACCGCTGGCTCCGGGCTGATGGGGCTGGCTGGTGATGGGAAGCCCCTGCTGTCAGTTGCTGATTTAGAAAGCAGACTCGTGTTCACTAGGTGTAAGCCATTCGTCCTAAGCACAGCTGGGCGTCAGTGGATATTTGGAGGCGAGCTCTCTAGGGTGGAAGGTCGCGCAGTCAGACCATACTGGGCACTGTTGTTTAGTGACCTCCTACTGTTTGCGACGGTCTCGCGTGATAGAGTGCTGTTCGTAACGGAGGAGCCTGTCGCTCTGGGGGCCGTGTCTGAAGCACAGTTTAATCTAAGAAAAAAAGTAACGGAGTTTCGTCTAATCTTGGGTCGCGTAGGAGGAGAATCGCCATTAGTGTCGTGTGCTCCTCGCACTCCAGGTCGAACACGTACATTGGTTCTTCGAGCACCATCGATAGACTTGAAAGCTGTTTGGCAAAGCCTACTACAAAGGCAGATATATCGAGCGCATACCATGTCCGGTACTCCGTTGGGCTCACCGCTGGATTCTCCTGACCCACAGCTTACATTCTCCCTTGCTACCCTCGACTCGCAGCTGCGTCAGACGCGACGAAGCTCAGCCGAAACTCAAACAGCTGCTGGCGGGAGTGCAGTGGATGTAGCTAGAAGTATAAGAAGCAAAGGCTCTTCACAACACCTGCAAAGGTGGATGACGCAGTTACCCGAAACTGAAGAACTGGATCCACCGGAACCGGATGTAGAAACATGGAGTGTAGAAGAATTAAGAAAGAGATCAAAAGAGCTTAATCTACTTGAAGTAGCCGAACTCGTCGTTAATCATGAAAGTAAAGGAGCTTCTCCAAGTGAGAAAAAGGAAAATGATAGAAGTCCGTCGAAAAGTAGTAATTCTGGTAGCCAAATAACAGTTCGAACTAGTCCTGTAGTAGTCGATACAATTCCAGTACAGTGTGTGATAGCTCAGGAAAAATACATCAATGAAGTAAAATGCGTGGAAAACATTACAGTTACTAGAACTAGAGCATCAACGAATCACGCGGAGCCGACTTCTGCCAAAGAAGACCAATTGACGAGGCAGAAGGCCGAAAACGTGCTTAACAAGGTTTTAGGAATGAACATCGTTGCCAAAAGAGAAAACCTTGGATCATGCTTACAAACATCATCTGTTTTTTTGGATGATGACTCTATACATGAAGAAGATATCGATTTCAAAATAGAAAGAGGTCTAAGAAGATCTCCAAGAATGGGTACATCAGTTCTTAGTAAAATGAATGGCGATATAACTAATAAGACTGAGAAATCTGACTCGAACGTTAACTTGAACACATCCGAAGCAGGGTCCGATGAAGATTTAGAACTAGGACCTCTCATGTTAATGGGACTGTCAGCTATCAATCCGACTGCACATTTAATGCGAGTAGAACCATTTAATAGATCCTCTGTCACTGCTGGCCATAATCCAGGCTCAAGACCAGGGAGTCTATGCTCGATTAAATCGGAATCACCAGTTCCTAATATAGCTGTTGTGCCACCGACACCAGACTTCAATTTTTCTAATAAGACTGATGACCATTTAGATGAATCGCCGGACTCCCCAGATATCCCTGAAGATCTACCTTATGTTTCACTTAAAAGGTATGGCACTATGTCTAGCCTTGAGAGATTACCATCCGACGAAACTGATGATGGTAACGTTAGATTAACTGCACAAGAACCGGAAGCAATTAAAACAAATAGTACAGTAGTTGGAGCTGCCGGAGGTATAATGGGCTGGACGGCAAGAGCAGGCTCATTTGTAGTTGAGAAAATGAACATATTTAGTTATACCGAAAGTGTACCCAATACTGCTGTAGCACACAAACAACCATCATTCTTGGAAAGGTGTCTCGGGGTCAGTGACTGGAAATCGACAATCGGAACGGAAGAGGGTACTGGAGAAACCGGCGAAGGGAGCGGTGCTAGCGGCGAAGAAGCTTGGGGTACACCTTCATCAGGCGACTTGTCTGATAACCTACCAGATTCAGATCATGGAACTCTTTCGTCGTCATCTTCATATGCGGGAGATGACGATACAGAACTAATGATGGATGAACTTCTGATGGCGCCCACTATAACTGGACCTACCACTTTAAGGCCATTGCTGCCAAGAGATGTTTTTAGAAGAAGACTAGAACCACTATTAGAAGAAGAGTTCTCAGATAGTGGCAGCGAAGACAATAAACCTACCCCCACCAATTCTGACGACCAGGGCAGCGGGCGTGGCCTCGATGCTGACGTCTGTTGCGACGCGCCGCACCGGCCACCCTCTGCTTCCGGGTCAGAAGCAGAGGGAGGGGGTGCGGACGCCGCTCCAGTTGCTGGAGGGGAGGTCCATGGTGGGGACGAGTTCGATCTGAGCCCAGATCGAACTCCCACCAACGAAGTGCCTTCGACGCCCTTACAATATGTTTCAAAAGAGTTTGCGGAGGTGCGTGCCACTGCCTCTGCTGGAGGACGCCGGGACTCAGCCAGCTCAGCCAGCACCCCTTCCACACTCGACCGTACCACTATACACAACCCCACGACCCTTCCACAACAATCACCAGTTTTGGAGCCAGCACCAGTACTGGAGGTGTCTTCACAACCGGAACGTCCACTGACGCCGGAGCGACTCAGTCCTCGAGCGGAGATGAGGTTGGCGCTGGACCAGGGGACGGATATGCTGGCAGAACAGGAGGCATCTTGGGGTGGCGGGTCCGGCCGCTGGTCGTTTCGCGCGGCGTGTCAGAAGTCACTGCTGCGTCGCGTGGCGAGCGCGGACGCCGTGGCTCTGTGCCGCGCGCCCCCCCACCGCACCGCCCCTCATACTACTTCGCGCAGTTCTGTATATGCCTGGAAGGATCCAGAAAGCGAAACGAAAACAATGGAGATGGAGGAACTGGCACGAGTGGAAGCTCAGATGATGCGTTCGCGGACGCGCTCTCTATGCCAGAACGGGAAGATCAGAATGGGTTTCCTTCGGCGCCGCGCGTCGTCCGATAGCCCGCGCCGTGAGCCGTTGGACGTGGGACGGCCTTTCTCTCCGCGGCGGACGCACGAGAAGCAATTTGAGAAGAGATTCTGGAAACAAGTGACTAGAAGGCGACTATCTTTGGGTTCCGTCAGTCAGATATAA

Protein

MKLSCRALVISILRSRSEFLGCVSFQLKDAIECDIKGTYFLQQNAGRGLNAAPLAHERAGDRVAEVERPKMATDNIETSTNDGTKENHNDKGVTNGPSATTASQAQAVAAALQREADEHLFLRYLELDPPDDPSAPRRPQRNGRTPFTTTRKLLRGTAGGFGFTVVWTRPPRVERVAQGGSAERAGLRAGDYIVFVGSKNVVTASEEEVRNLVKSAGQILQLETFRRVPPNGVGVRPRLAQVSIPPPESTPPPPPRSPRGNALASPATAARPPTACSSTSQSLDRRKLHLPQVTFSKETPGLSRDGRKRALLAVVAREQHYATCLQFGLVRFVSPLAERADLITPSDHQLLFQNLEEIFRLSEDILDQVVQDDGEIQTSTVVAVYLQKTPVFLSLYKKYCLGLKRADCVLVKKSKDPSGAFSRFCTSPPIPRRRPDITSLVHKPLEQFRELLRLMRTAASATGAGPYDQLEKKQLQLIVEQLQGSYQDVTAGSGLMGLAGDGKPLLSVADLESRLVFTRCKPFVLSTAGRQWIFGGELSRVEGRAVRPYWALLFSDLLLFATVSRDRVLFVTEEPVALGAVSEAQFNLRKKVTEFRLILGRVGGESPLVSCAPRTPGRTRTLVLRAPSIDLKAVWQSLLQRQIYRAHTMSGTPLGSPLDSPDPQLTFSLATLDSQLRQTRRSSAETQTAAGGSAVDVARSIRSKGSSQHLQRWMTQLPETEELDPPEPDVETWSVEELRKRSKELNLLEVAELVVNHESKGASPSEKKENDRSPSKSSNSGSQITVRTSPVVVDTIPVQCVIAQEKYINEVKCVENITVTRTRASTNHAEPTSAKEDQLTRQKAENVLNKVLGMNIVAKRENLGSCLQTSSVFLDDDSIHEEDIDFKIERGLRRSPRMGTSVLSKMNGDITNKTEKSDSNVNLNTSEAGSDEDLELGPLMLMGLSAINPTAHLMRVEPFNRSSVTAGHNPGSRPGSLCSIKSESPVPNIAVVPPTPDFNFSNKTDDHLDESPDSPDIPEDLPYVSLKRYGTMSSLERLPSDETDDGNVRLTAQEPEAIKTNSTVVGAAGGIMGWTARAGSFVVEKMNIFSYTESVPNTAVAHKQPSFLERCLGVSDWKSTIGTEEGTGETGEGSGASGEEAWGTPSSGDLSDNLPDSDHGTLSSSSSYAGDDDTELMMDELLMAPTITGPTTLRPLLPRDVFRRRLEPLLEEEFSDSGSEDNKPTPTNSDDQGSGRGLDADVCCDAPHRPPSASGSEAEGGGADAAPVAGGEVHGGDEFDLSPDRTPTNEVPSTPLQYVSKEFAEVRATASAGGRRDSASSASTPSTLDRTTIHNPTTLPQQSPVLEPAPVLEVSSQPERPLTPERLSPRAEMRLALDQGTDMLAEQEASWGGGSGRWSFRAACQKSLLRRVASADAVALCRAPPHRTAPHTTSRSSVYAWKDPESETKTMEMEELARVEAQMMRSRTRSLCQNGKIRMGFLRRRASSDSPRREPLDVGRPFSPRRTHEKQFEKRFWKQVTRRRLSLGSVSQI

Uniprot

A0A453YJP7 A0A453YJP3 A0A453Z0G4 A0A453Z0D5 A0A1B0D0I4

Pubmed

12364791

EMBL

APCN01006775 APCN01006776 APCN01006777 APCN01006778 APCN01006779 APCN01006780 + More
APCN01006781 APCN01006782 APCN01006783 APCN01006784 AAAB01008968 AJVK01009923 AJVK01009924

Proteomes

UP000075840 UP000092462

Pfam

PF00168   C2        + More
PF16056   DUF4799
PF00621   RhoGEF
PF00595   PDZ

Interpro

IPR032057   DUF4799        + More
IPR011993   PH-like_dom_sf
IPR036034   PDZ_sf
IPR000008   C2_dom
IPR035892   C2_domain_sf
IPR001478   PDZ
IPR000219   DH-domain
IPR035899   DBL_dom_sf

SUPFAM

SSF48065 SSF48065 + More
SSF50156 SSF50156

Gene 3D

1.20.900.10 2.30.29.30 2.60.40.150

ProteinModelPortal

A0A453YJP7 A0A453YJP3 A0A453Z0G4 A0A453Z0D5 A0A1B0D0I4

PDB

2DLS E-value=0.00064898, Score=107

KEGG

101741920 no KO assigned | (RefSeq) uncharacterized LOC101741920

GO

GO:0035023 GO:0005089 GO:0005515 GO:0006189 GO:0005840 GO:0005737 GO:0006426 GO:0003676 GO:0016876 GO:0043039

Length:

1533

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.02153

Exp number, first 60 AAs:

0.00042

Total prob of N-in:

0.00119

outside

1 - 1533

Pi

233.268085

Theta

195.535512

Tajima's D

0.248706

CLR

0.34433

CSRT

0.439478026098695

Interpretation

Uncertain

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics