Silkworm Genome Informatics Database

Gene

KWMTBOMO09086 Validated by peptides from experiments

Pre Gene Modal

BGIBMGA007515

Annotation

PREDICTED:_GRIP_and_coiled-coil_domain-containing_protein_2-like_[Bombyx_mori]

Location

Bomo_Chr15(+):11055739-11070793 View in EpiBrowser

Location in the cell

Nuclear Reliability : 3.394

CDS

ATGGATAAATACAACCCAGATACATTCAGAATTGACGATTACATTGATTTTTTCGAAAACAAATGCAAAATTCTTGATATCGATAACAGCGACTTACAGAAAGATTTGCTTCTGAATTTACTAACACCAGAGATATTCCACGAATTAAAAGTAGCTTTAACGCCTGATTTCGATATAGCTACATACAGCGAAATTTGTAACAAATTATTAGACCTCTATCGCATAAAAACGACGAGGTATAGAGCCTTAACAGAATTTTGGAATTGCACTAGAGAACAAAATGAAACGATGGAACACTATGCAAACAGATTAAAAGGTCTTAGTCGGGATTGTGGCTACACTAATGACTTCCTGGAACGACAATTACGTGACCGCTTTGCCACTGGATTGAATCATCCAGATTTAGAAACCGACTTGAAACAAAAATGGCCTGATTTAGTTCAAACGGTAGACGGAATACCACGAGAAGTAACCTTCCAACAAATTTTTACAATCTCTCAATCAAGAGAACAGGCAGAACAAGACACACCACGAACAAGTATTAAAAAAATAAATAGGAGCAAAACCAAAACCGTACCATTACATCAAAATACAACACGAAAATTAAATCCAATGCATTGTTTACGCTGTGGAAAGAAAGAACGGCACAGCCTAACACAGTGTTCAGCCAAGGACCATATTTGTAAAGAATGTAACACGAAAGCACACTTTGAGAGTTGTTGCATTAAGTCTGGACGGGCATACATCAGCTATTCAGAAGGGAGCCGAAAATCAATTAAAAAAATAACAAGACCTCATAAGTCCTCAACATCATCATCATCATCTATCAGTAATAACAAAGAAGAAAGCGATGATGAAGTTATCTGCAGCGTCTTGGGTACACGTAAGAGAGAATGCAAACAAATCGATGTACGGATCAATGACATACCTTGCACTATGGATTGGGACCCCGGCTCTGCGTATTCAATAATAAACACGACATTGTGGAAAAAATTAGGATCACCATCTTTACAACCCGCCCCGAAACTCAAGGCCTACGGCAACACAAACTTAAAAACAAAGGGAATTACGAAAGTGACAGTCGAAGTCGACGGACTGCAAAAACTTCTACCTGTGGTCGTAATGAAAAATGCCAAACCAATGTTATTTGGTTTACATTGGAGTGAAGTTTTTGAAATGGAATTTCCAAAACCAGTATACTCCATCAAAACATCAACACCTATGACTCTTAAACAAATATTGGATAAACATGTACAACTCTTTGATGGAAAACTAGGAAAAGTTAACAATTATTACGTAAACATACATGTCAAACCAGAAGCTGAACCGATCCACCTTCCTGCACGGCCTATAAAATTCAGCATGAAAAAGAATATAGAAAGGGAGTTAGATCGTCTGATCTCAGAAGGGATTGTGGAAAAAGTAGATCCTAATGTTACACCTATTGAATGGGCTACACCCACAGTTAACATTTTGAAATCTACAGGGGAAGTTAGGATATGTGGAGACTACAGAACTACACTTAATCCAGTACTTATTAAACATCTACACCCAGTTCCAATTTTCGATCAACTACGCCAAAATCTCGCAAACGATACAAAGAAATGCATAGCTTCTTCACAACCATTAATTGCATTTGACGAGAAACGTCCCCTTTATTTAGCATGTGACGCTTCCGAAAAGGGATTGGGTGCAGTATTATTCCACAAGGACTCGAACATAGAACAACCAATTGCTTTTGCTTCAAGGAAATTACGACCAGCGGAAATGAAATATTCCGTTATTGATCGTGAAGCTTTAGCAATAGTATTTGGTATAAAAAAATTTGATCAGTACTTGAGAGGAACGAAATTTAATCTAGTTACGGACCATAAGCCTCTTATACATATTATGGGTGCACACCGCAACCTTCCTAAACTAGCCAATAACCGATTGGTAAGATGGGCCCTAGTAGTGGGAAGTTATCAATATGACATTTACTACAGGAAAGGTGAAAATAACACATTAGCTGATTGCCTTTCCAGATTACCAAACCCTGAAACTGAACCTTCCGAGACAGAAGGGCTTGTACATAAAATAGATCTACGTCTTTTGAGCACTCGAATGACTGACCTTAACCTATCAGAACAGTTACTTATGAAAACAACTTCAAAGGATCATATACTCACAAAAGTTTGTCAAAATTTAAAAACCGGCTGGAGAGAATCAGAATACAATCCAGAAATGAAACCATTCTACAGAAACCGGACTGAATTATCTGTTGAGAATAAGATACTCATGAGGCAAGGACGCATCGTTATACCTACAGCACTACGAAAAGCCATTCTTACATACCTTCATCGAGGACATCCTGGCATTTCTGCTATGAAAGCACTTTCACGTTACTATGTTTGGTGGCCTAACCTTGACGAAGACATAGAATTATTTGTCAAGAAATGTACCAGATGCCAACAGAACCGCCCTTGTAATCCTGAACTTCCTGTATTTTCCTGGTCCATACCAGAAGAAGTATGGGAGAGAATCCATATCGACTTTGCTGGACCGTTCGAAGGATCGTATTGGTTGGTATTGTGCGACGCTCTCTCCAAATGGGTGGAAATACGACCGATGAAACACATCAACACCAGATCACTTTGTCTTACATTAGATAACATATTTTGTACATTTGGCTTACCAAAAATGATTATATCCGATAATGGACCTCAATTTACATCTTATGAATTTAAAGAATATTGCACAAAACAATCTATTTTACATGTCACATCATCTCCATATCATCCTCGGACAAATGGACTGGCAGAACGTTTAGTCAGAACATTCAAAAATAGAATGGCATCGGTAGACAACACAAATCTCGAGCGCCGACTATTAGAATTTTTGTTTACATACAGAAACACTCCGCACTCGTCCACTGGTAAATCTCCAGCTGAGATGATGTTTGGACGACAATTGAATTGCATACTTTCCAACATTCGGCCAGACAAAAGAAGATTAATGCAGTATTTACAAGTAAAAGAAAACATTCGTACCACATCACCGAGTTACCGACCAAGTGACCAAGTATATATAAAAACACGCAATGATAAAATATGGGAACCAGCGAAAATCAATTTCATGATGGAAGCGATTCAGAACCATCCGAGTCAAGATGGACCACCAAAAAAGAGTCCTTTTGATGAATTAAGCAGAGAAGATTTGATCCATAAATGCAAGGGTTTACTTGTAATAGCTCAGAAAGCTAAGCAAGCTAAATCAGAATTACAAGCTGAATTAGAAACTAACAAAAATAAAGTTGAGAAATTGGAAAATAGTGAAAAAAATAACAAAGAAAATTTAAAAACTCTTCAAGAGCTTGTTGATTCTTTGACAGAACAAAAACTAAACTTCATAACTGAAGTGGATTCAGCTCATACAAAAGTAAAAGAACTAAATAAAAAAGTCAATCAATATAATGAAGAAATAAAGCAGTACAAAGCTGATTTGATTGTGAAGGACAATAAAATATGCATGATATCTCAAAAATTATCAGATCTGGATTGTGAAATAATTTCATTGCGAAGACAGAATACTAGACTTTTAGAAGAAAATGAACAGCTGATTAATCAACTCTCTGAAATTGAAGCTAAAACTGTGGAGGTGAACAATATAGGTCTTCAGCAGCAGGAACAATTAAAGATTTTAGAAGAAAATGTACAGAAAGATTCAGAAAATTGCAAACAAATAGAAGAGCTTCAATTGAAAATTATAAGTTTAGAAAAAAAACTTGAATCAGAAAAACAAACAAAGATTGTCGATTATGAAAATAAGGTACAAGAATTCACTGAACTATATGAAAATGAGAAAGCTAAAAAAGAAAAATTGAATATTAAATTAAAGAGTTACAAAGAAAAGATTCTTAAATGTGCAGTTTGTATAAATCAACTTAAAAATACAAGATTTATTTTGGCCAAAACAGTGAAAGAATATTCTGAAAATATCCCTAAGTGGCAAGAAGATATAATAAAAGCATCAAAAGAATTGGACATTCAAATTAATCACCTTAAGTCAGAAAATACTATTTTAAGAGATAAATTACAGCAAGTGGAGTCGCAACTTGATGTATTAAGCAAAGGTGAAATTGATGAATCACAATTGAGTAAAACTAACTCACTAAATGAGACTTTAAAAATTGAAAATATGACACTAAAACAAGAGTTTGAGAAAATATCACATCAAAATCGTAAATTAGTGAAAGATTTATCAGAAGTGCAGGGTAATTATGAGCACCTTATTAATACGGAACTTCCGGCACATATAAATGCCGAAAAATTATTAACAAAAGAATTAGACGAAATTAAACAACAGTTAAGTGAAATAAAATGCAGAAATATCGAACTTGAAGAAAGTTTTGAAAATGCAAAATACGATTTGTCTCAGTCAATTCAAAGCACAATGCAAACCAATCAAGACCATGAAAACTTATTACTCCAACTCAAGGCTTTAGAAAGCGAAAAGGATATTTTAGTTAAAGAAAAACTAAATGCTAAAGATAGTATTATAGAATTGGAACACAAAAATAAAGTTTTAAGTGACCAAGTAACCAAAATGTCTTTTGAAAATAAGACTATCAATTCGAAGTTAGATACTTTATCACAGCAAAAACTGCAACTCGAGAAAAACTTTGCAGCTGAAAAAGAAAGTCAAGTAAATTTATTAAAGTGCGATTTGATGACAGTGCAGGAACAATATAGTAGATTGAAAAAAGAGTTTGATGACTTGCAAGATTTAAACAGCCTACTGAAAGAAGAAGTAGATACTTTAAAACTGTCATTAGAGCAACCAAGCGACGATACTGAAAATTTTTCTGATTTGAATGTATCATTACAGGCCGACATTGTAAAATTAGAAACAAAATTGTCTTTATATAAACAAGAGAATTCAGCGCTTTTAGTGGAACTAAAAGAATCTCGAATTAAAATCAAAGAATATGATTCTCTGTTTGCTGAATATGAAGAAGCTAAATCAAAGTTGCAAAGCTATAAAACTGAAAATACTGAATTATTGAATGAAATGAAAGAAATAAATCAAGTTTTAAAAGAACGCGGTGAATCTATATCAAAATTGCAAAAAGCCATTATTGAAATGGAAAGGTTGATCGAGAGTTTGGAAAAAGAAAGAGAAATTTCAACTAACAACAACACTGAACTAACTAAAAAAATTGAAAAATTAGAAAACCAAATAAAAACAGCTGAAAAATCTTCTACGAAAACAAATGAATTTACCGATACATTAACTGCTGAAAGAGATAGTGCTATTAAAATGTTGGAAGAAAAAGATATTATAATAATATCTTTAAAAGATGAAATTGAGAAACTCAAACATCAGTCACTAAATTCATCAGAGGTTCCAAACGAAGATAACATGTCCACTTCTACCATGTCAAAAGCAGATGAAACTGCGAGAATGAGAGATTTAGATGAAACTTTTGAGGAAAAGTATACGAAACTGAGGCTATTTGCATTAAAACTTAAGAAAAAACTGACTGAAACTGTAACTCAACTACAAAAAACAGAAGAAGATAAAGTCAGACTTGAAAAATTAATAAACGAAAATTCCGCGGAAGTACATAAAAATGGAAAATTAGAAGTACCTATGTTACAGGAAAAAGTAGAGTCATTAACTTCTGCTATTAATGTAGCTGAGAAGAACAATGCTGAAATCGAGAAGATAAAAGCTGAACTACACGCTATAAGTCAACAGTTGGCTTCGGAAATTGAAGCTCATAAGGTGACCAAGGAGAATTTAGAAAAGGCTAAACGAGATGTTAAGAAGAAAAATGTCCTAAGTCTTGAAATGGAAGACTACGAAAGGTCAATGAAAGAACTTACGTCGAAGATGGAGGAAAATAGGAAAAAGATGATTCAGATGGAATCGACAATAGATACCCACGAGGGAACTATTACCGCGATGAAAACACAAATCAAACTACTAGAGGATCAAATAAATACAGAAGAAACCCAAAACAGGCTCCTGAAAGAGGAACTTCAGCAAGCCATTGAAGGTCTCAAACAGAAAGATGATGTGATTCAGATAAAGAACAACATCATAATAAAGCTAGAACAAAATCTTGAAGATGAGAAGCATAAAAATGAAGAATGTGATCTTGAAACGACTTTAATTCTAAGTGAAAAAGAAAAGATTATAATTGCTCTAGGAGATGAAAAAGTGGAACTAAGTAATAAGGTGAAAAAGTTGGAATTCAAATGTGCCGAGCTAAACGAAAATTTAAGAATTTTAAATATTGAATTGGCTGATTTGAAAACTGAATATACAAGCTATAAGGTGCGGGCTCAGGCGGTATTACGACAGAATCAGACCGTGGACCACAGTCAAGAAGAACAACTGAAGGAAGAAACAGCAGCGCTAAGAGCGCAGATCGAGACTCTTACAGCTAAACTAAAAACTGCACAGGAGGAGTGTGAATTACAAACAAGCGAGGCGGAGAGCGCGCGGAGACGTGCCGCTGAAGCATCTAACGAAGCGAGCCGAGCGCAGCAACGCACCGCGAGACTGCAGGGCGACCTCACGCGGCTAGGCCACCAACTAGATTCTGAAAGAACGCAACATAAACTACAGGTTTCAACTCTAACCCAATGTTATAAGACACAAATAATTGAATTGGAGACAAAGCTTAGAAACGAGACGGAAAATCTCAAGAAACAGTTGGCTTTGGCCCAGGAGAACACGAAAATTAACAGGCCCAGTGCTCCTATTGAATCATCCAGTCAATATATGCTGCCAGTTATTCATAAAGATGATGGCAGCGAAACAGACCTGGAGATTAATGTGTCCATGATACCTAGAGAAGAAGGAGAGGTATGA

Protein

MDKYNPDTFRIDDYIDFFENKCKILDIDNSDLQKDLLLNLLTPEIFHELKVALTPDFDIATYSEICNKLLDLYRIKTTRYRALTEFWNCTREQNETMEHYANRLKGLSRDCGYTNDFLERQLRDRFATGLNHPDLETDLKQKWPDLVQTVDGIPREVTFQQIFTISQSREQAEQDTPRTSIKKINRSKTKTVPLHQNTTRKLNPMHCLRCGKKERHSLTQCSAKDHICKECNTKAHFESCCIKSGRAYISYSEGSRKSIKKITRPHKSSTSSSSSISNNKEESDDEVICSVLGTRKRECKQIDVRINDIPCTMDWDPGSAYSIINTTLWKKLGSPSLQPAPKLKAYGNTNLKTKGITKVTVEVDGLQKLLPVVVMKNAKPMLFGLHWSEVFEMEFPKPVYSIKTSTPMTLKQILDKHVQLFDGKLGKVNNYYVNIHVKPEAEPIHLPARPIKFSMKKNIERELDRLISEGIVEKVDPNVTPIEWATPTVNILKSTGEVRICGDYRTTLNPVLIKHLHPVPIFDQLRQNLANDTKKCIASSQPLIAFDEKRPLYLACDASEKGLGAVLFHKDSNIEQPIAFASRKLRPAEMKYSVIDREALAIVFGIKKFDQYLRGTKFNLVTDHKPLIHIMGAHRNLPKLANNRLVRWALVVGSYQYDIYYRKGENNTLADCLSRLPNPETEPSETEGLVHKIDLRLLSTRMTDLNLSEQLLMKTTSKDHILTKVCQNLKTGWRESEYNPEMKPFYRNRTELSVENKILMRQGRIVIPTALRKAILTYLHRGHPGISAMKALSRYYVWWPNLDEDIELFVKKCTRCQQNRPCNPELPVFSWSIPEEVWERIHIDFAGPFEGSYWLVLCDALSKWVEIRPMKHINTRSLCLTLDNIFCTFGLPKMIISDNGPQFTSYEFKEYCTKQSILHVTSSPYHPRTNGLAERLVRTFKNRMASVDNTNLERRLLEFLFTYRNTPHSSTGKSPAEMMFGRQLNCILSNIRPDKRRLMQYLQVKENIRTTSPSYRPSDQVYIKTRNDKIWEPAKINFMMEAIQNHPSQDGPPKKSPFDELSREDLIHKCKGLLVIAQKAKQAKSELQAELETNKNKVEKLENSEKNNKENLKTLQELVDSLTEQKLNFITEVDSAHTKVKELNKKVNQYNEEIKQYKADLIVKDNKICMISQKLSDLDCEIISLRRQNTRLLEENEQLINQLSEIEAKTVEVNNIGLQQQEQLKILEENVQKDSENCKQIEELQLKIISLEKKLESEKQTKIVDYENKVQEFTELYENEKAKKEKLNIKLKSYKEKILKCAVCINQLKNTRFILAKTVKEYSENIPKWQEDIIKASKELDIQINHLKSENTILRDKLQQVESQLDVLSKGEIDESQLSKTNSLNETLKIENMTLKQEFEKISHQNRKLVKDLSEVQGNYEHLINTELPAHINAEKLLTKELDEIKQQLSEIKCRNIELEESFENAKYDLSQSIQSTMQTNQDHENLLLQLKALESEKDILVKEKLNAKDSIIELEHKNKVLSDQVTKMSFENKTINSKLDTLSQQKLQLEKNFAAEKESQVNLLKCDLMTVQEQYSRLKKEFDDLQDLNSLLKEEVDTLKLSLEQPSDDTENFSDLNVSLQADIVKLETKLSLYKQENSALLVELKESRIKIKEYDSLFAEYEEAKSKLQSYKTENTELLNEMKEINQVLKERGESISKLQKAIIEMERLIESLEKEREISTNNNTELTKKIEKLENQIKTAEKSSTKTNEFTDTLTAERDSAIKMLEEKDIIIISLKDEIEKLKHQSLNSSEVPNEDNMSTSTMSKADETARMRDLDETFEEKYTKLRLFALKLKKKLTETVTQLQKTEEDKVRLEKLINENSAEVHKNGKLEVPMLQEKVESLTSAINVAEKNNAEIEKIKAELHAISQQLASEIEAHKVTKENLEKAKRDVKKKNVLSLEMEDYERSMKELTSKMEENRKKMIQMESTIDTHEGTITAMKTQIKLLEDQINTEETQNRLLKEELQQAIEGLKQKDDVIQIKNNIIIKLEQNLEDEKHKNEECDLETTLILSEKEKIIIALGDEKVELSNKVKKLEFKCAELNENLRILNIELADLKTEYTSYKVRAQAVLRQNQTVDHSQEEQLKEETAALRAQIETLTAKLKTAQEECELQTSEAESARRRAAEASNEASRAQQRTARLQGDLTRLGHQLDSERTQHKLQVSTLTQCYKTQIIELETKLRNETENLKKQLALAQENTKINRPSAPIESSSQYMLPVIHKDDGSETDLEINVSMIPREEGEV

Uniprot

NA

ProteinModelPortal

NA

PDB

3S3O E-value=1.6224e-16, Score=218

KEGG

101737809 K20282 GRIP and coiled-coil domain-containing protein 2 | (RefSeq) GRIP and coiled-coil domain-conta

GO

GO:0015074 GO:0003676 GO:0004672 GO:0006468 GO:0016579 GO:0010181 GO:0006811 GO:0016020 GO:0016876 GO:0043039

Length:

2286

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.00017

Exp number, first 60 AAs:

0.00017

Total prob of N-in:

0.00001

outside

1 - 2286

Pi

259.484536

Theta

199.140213

Tajima's D

0.796148

CLR

0.265567

CSRT

0.594020298985051

Interpretation

Uncertain

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics

Multiple alignment of Orthologues

Gene Tree