Silkworm Genome Informatics Database

Gene

KWMTBOMO10355

Pre Gene Modal

BGIBMGA007250

Annotation

PREDICTED:_uncharacterized_protein_LOC101737350_[Bombyx_mori]

Location

Bomo_Chr17(+):8301874-8309152 View in EpiBrowser

Location in the cell

Nuclear Reliability : 2.432

CDS

ATGTCTACTACTGAAGTTGACGTAGTGGAATCAGCACTTAACGCGTCTAACTCTTTCACACCGTCAGCACCTGTCATCCAAACAACTATAGAAATTGACGCTGAAGAAGAAGACATCGGGTATGGAAATATTCATTCTTCAGTAAAAACGACGACTCCCAGAACGACCACTATCGATAGTAGCCCTCAAATTTCACCATTGAACGATTGTAAGTCAAGTGGCTTCAAAGGTGACTCAAAAGATTGTAGTATATTTTATAGGTGTGTCGAAGATGCTAATGGAAGATATACAAAATATGAATTTAAATGTGGGGAAGGTACAGTCTGGGATTCTAATCTAGAAGCTTGTAATCATGCTTGGGCAGTAAAAAAATGTGGAGAGAATGAATTATCTATTGAAAACATATCAACAACCACTGAAACTACAACTATTAGCAAAAATCCAACATCACCTAGTCAAACTATAATGAATAGTAAAAATCCAATAACGACATTAAATGGTAATCTAACTACCACTACTACTACTGAAATATATCAACCTGATCAAGAAGACTCTGGTTATATTGGTCATATTGAAGAAATCACATCCTCAACAACAAAACTACCCGATTCTTCGATAAACGGAAGTAGTGAATGTAAATCAAATGGCTTTCTTGGAGATAAAAATAACTGTAAAATTTTTTACAGGTGTGTAAGTAACGGTGATGGTTCGTTTAATAAATACGAATTTACATGTGGCGAAGGAACAGTTTGGGATAGTAAAATTGAAGCATGTAATCATGCATGGGCAGTGGAAAGTTGCGGTGGTATTAGTGTATCAAGTTCTAGTGAAATTTTTGATTTAGTTTCCACAATTTCTCCTCAATTGACGACTACAAACAAAGCCGAAAATTCCAACATTGAATCTACAGGCGACACGGCGACGACGACACTAGTATTAGTATCATTTTCTACTACAACTACAGAAACCGTTGCTTTGACAACAAATACATGTAAAAGCACTGGCTTCATAGGGGATCAAAAAGATTGTAAGAAATTCTATAGATGTGTTGACAATGGAGATGGAACTTTTACACGTTTTGAATTTAATTGTGGGGAAGGAACTGTTTGGGATAGTAAAATTGGTAATTGTAATCATGCTTGGGCTGTAGAAAAATGTGGAGAGTATGGCGAAGATGAAAATTCTAACGCAGCCAATACTTCTGATGGTAAACCAATTTTCGCAGATGAATATGACAACGGAGTTGCAACAACAAGTAAAACGACTAATAATGAAAAACCAGATTTTATTCAAACAACAGTATTAAGTCCAATTGTAAACACAATTTGTAAGCAGAGTGGATTTATTGTTGACAAAAATGACTGTCAGAAATTTTATAGGTGTGTTGATGATGGAAAGGGTGGATTTATACAGTTCGATTACCGATGTGGGGAGGGTACCGTTTGGGATTCTAGTATTGAAGCTTGTAATCATGTATGGGCTGCGCAAGAGTGCAGATTTGATAATGTTACAAGTGAAACGATTGATAGTTCAACACATGAGTCGCCACCTACCTCTTCCGTTCAAGAATCACTAAATTCCACATTACCTTCAGTAATTAATACCGTCGCAACATCTACAGAAAAGGCCGTAAGCGATTACTGCACGCAAGATGGTTTTATCGGTGACAAAAGAGATTGTAAAACGTTTTATCGTTGCGTTCACAATAGTCATGGTGATTTCATAAAATATGAATTTCGCTGTGGAGAAGGGACTTTTTGGAACCAAGAAATACAAGCTTGTGACCATGTTTCAGAAAATAAGAGATGCTACAGTCCTGATCATGAAATCGTTGATACTAGACCTCAAATCGAAAATGATGAAATTTATACAGAAGCGATGACCGAAATCATAAGTACATCGCATTCACCAATTGTGACGCAAAAACCTGTGATCTCTGAGGATACTTGTCAAAATGAAGGATTTTTTGGGGATTCTAGTGATTGTCAAAAATTTTATAGGTGTGTGGAAGATTCAAAAAATGGATACACAAAATATGAATTCGTTTGTGGCGCTGGTACAATTTGGAATCAAGATATTATAGCTTGTGACCATCCAACTTCAGAGAATAAATGCTTAGGTGAAAATATCAATTCTAATCCTAACCAAACGAATGAATCAAATGTAGATGGAGAATCTTCAGATATTACAAGCACGCTTAAGCCGCATTCTACTCGAGAACCAGAAAATTCAACGTCTGCAGACACTGACGAATGCATTTCTGAAGGATTTTATGCAAACTCGCATGATTGTAAGAAATTTTTCCGTTGCGTCATAAACGACAAAGGAACGTTTACCAAATATGATTTTATTTGTGGTATTGGTACAATATGGGTTCAAGAGATACAAGCATGTGATCATAATAATGGAATCGAGACTTGCACTTCGATAAATATACCAGAAACTTCTACAGTTACATACGCTTCAACTACAAGCCAATCGAGCTCAAATACCACTCCATTACTGTCAACACCCATAAAAAATGATAATGACTACTACACCAGTACTAAGAAACCCAATACAGAAGTATGTGAAGCAGAGGGATTCTTCGGAAATGATAATGATTGCAAGAAATTCTATCGCTGTGTAGATAATGGTCAAGGTGGCTATACAAAACACGAGTTCAGTTGTGGTGAAGGGACCGCGTGGGATACCACTATTGAAAGTTGCAATCACATAGACAACGTTAAAAATTGTCATTTTTCACACCAAGATGAAAGTCAAACACAGCCGATATTATTCGACGAAATGCCATCCACTGAAAATGAACAGGGCACAACAAGAGTTCCATCTTCTTCACAATCTACTGAGAGCAGTATTTCGGATGATAAAGCAAACTGTGAAAGTGAAGGCTACTTTGGCGACACTGAGGATTGTAAAATATTTTATAGATGTGTAGATAATGGAAAAAACGGATTTACCAAATATGAATTTACTTGTGGAGAAGGTACAATCTGGGATCAAGACTTAACTACATGTAATCATCCGCAAGACGTATTAAAACCTTCCTGTGGTCACACTAGTGAACAGATTTCTACATCATCTACAATGAGTTCTTCATCATCAGACTCTCCTTCAGCAACCAGTACTTTATCAACGACCGCAAGTACCACAGAAATCAGTAATAGTACCTCAAACAACGCTTCCCAAGAAAGTTCGAATAAACCAAACCAGAATATCACTTGTCCTAAAGAAGGCTTTTATCCGAATCCTAACGATTGCAAGAAATTTTATAGATGTGTTGATTGGGATAGTAATGGTCAAAGATTTTCAGTGTATCATTTTGAATGTGCAGATGGAACTATTTGGGATCCTGCACTTAATACTTGTAATCATGAAGAATCGGTTTATCCTCCTAGAGACTGCAGTAATACACAATCAGAAAGCCAAATCACAGGACAAGAAACTACTACAGAAGAACAACTGCAAGAATCATCTACACAGACAACTAGTGAAATGACAACTGCAACTAATGAAGAGGCGGCTACTCAACAAACATCAACGACTCAAAAAACCACAACAACGGAAGAAACTACTATGAGTGAAGAGCCTACAACACGACAAACAACCACACTAGATACAAGTACAATACATAGTACAACTCAGCAACACTCTACTGAAGAAATTTCAACATCACAAACGCATGCACAAAGCACTACGCAACAAGCAACAACTCAAACACAAACAAGCACACAAATTACTGTGCAACAAACAACAACATCTGAACCCAGTACAACTCAGCAACAAACAAGTTCACAAACCACTACAGATCAAACAATGGAAAATTCTACTAGTGATCAAACAACATCAACCACTAATACGGCCACAACACAACCAACAACAAGTGAATATTCCAGTACTGAGATATCAACTACTTCAGAGACGGCTATAACAGAGCAATCTACAAATCAAGCAACCAATTCAACTCAAATGACAACTACTCTCACTGATGTCTCAACTACTACAGATCCAACCCTATCTACTACAACAGAAACAGCCAGTATAACAGAAGTCAGTCAAGAATTAACAACTACTGAAGAAAATTCATCTACGACCAGTGAAGGACCCACAGAAGCTTCTACTCAAGAAATTGGCACTGAATCTTCTACCACCAATATGGAAACTTCCACTGAAGGAAATACTGATGGCAACTGCCCTAATACGGAAGATGATCAGCATTTGTTTGTATGTCCTACGTCGTTCAGAAGACATCCAAAGTATTGTAATATATTCTATCAATGTACAGAAGATGATGAAACACACGAAATTAAAATAGCTACTTTCAACTGTCCGAATAATACTATATATGATGAAAGTCAAACTAAATGTGTTGAACAAGATAAAACGAATATTGAGTGCGATGGTGAAATATCATCAAGGCGAAGACTGAAACATTTATCATTACATTACAAAGATCCTATAATAGTTACGAGGGATAGTCAATCATGTTCATCCGAAGGCCACATGCCCTTTGAAAAGAACAGGTTTGACGATATTTCATGTTCTCGTGTCACTGAGGTCAACTGCGGGTTAGGCTTACGATGA

Protein

MSTTEVDVVESALNASNSFTPSAPVIQTTIEIDAEEEDIGYGNIHSSVKTTTPRTTTIDSSPQISPLNDCKSSGFKGDSKDCSIFYRCVEDANGRYTKYEFKCGEGTVWDSNLEACNHAWAVKKCGENELSIENISTTTETTTISKNPTSPSQTIMNSKNPITTLNGNLTTTTTTEIYQPDQEDSGYIGHIEEITSSTTKLPDSSINGSSECKSNGFLGDKNNCKIFYRCVSNGDGSFNKYEFTCGEGTVWDSKIEACNHAWAVESCGGISVSSSSEIFDLVSTISPQLTTTNKAENSNIESTGDTATTTLVLVSFSTTTTETVALTTNTCKSTGFIGDQKDCKKFYRCVDNGDGTFTRFEFNCGEGTVWDSKIGNCNHAWAVEKCGEYGEDENSNAANTSDGKPIFADEYDNGVATTSKTTNNEKPDFIQTTVLSPIVNTICKQSGFIVDKNDCQKFYRCVDDGKGGFIQFDYRCGEGTVWDSSIEACNHVWAAQECRFDNVTSETIDSSTHESPPTSSVQESLNSTLPSVINTVATSTEKAVSDYCTQDGFIGDKRDCKTFYRCVHNSHGDFIKYEFRCGEGTFWNQEIQACDHVSENKRCYSPDHEIVDTRPQIENDEIYTEAMTEIISTSHSPIVTQKPVISEDTCQNEGFFGDSSDCQKFYRCVEDSKNGYTKYEFVCGAGTIWNQDIIACDHPTSENKCLGENINSNPNQTNESNVDGESSDITSTLKPHSTREPENSTSADTDECISEGFYANSHDCKKFFRCVINDKGTFTKYDFICGIGTIWVQEIQACDHNNGIETCTSINIPETSTVTYASTTSQSSSNTTPLLSTPIKNDNDYYTSTKKPNTEVCEAEGFFGNDNDCKKFYRCVDNGQGGYTKHEFSCGEGTAWDTTIESCNHIDNVKNCHFSHQDESQTQPILFDEMPSTENEQGTTRVPSSSQSTESSISDDKANCESEGYFGDTEDCKIFYRCVDNGKNGFTKYEFTCGEGTIWDQDLTTCNHPQDVLKPSCGHTSEQISTSSTMSSSSSDSPSATSTLSTTASTTEISNSTSNNASQESSNKPNQNITCPKEGFYPNPNDCKKFYRCVDWDSNGQRFSVYHFECADGTIWDPALNTCNHEESVYPPRDCSNTQSESQITGQETTTEEQLQESSTQTTSEMTTATNEEAATQQTSTTQKTTTTEETTMSEEPTTRQTTTLDTSTIHSTTQQHSTEEISTSQTHAQSTTQQATTQTQTSTQITVQQTTTSEPSTTQQQTSSQTTTDQTMENSTSDQTTSTTNTATTQPTTSEYSSTEISTTSETAITEQSTNQATNSTQMTTTLTDVSTTTDPTLSTTTETASITEVSQELTTTEENSSTTSEGPTEASTQEIGTESSTTNMETSTEGNTDGNCPNTEDDQHLFVCPTSFRRHPKYCNIFYQCTEDDETHEIKIATFNCPNNTIYDESQTKCVEQDKTNIECDGEISSRRRLKHLSLHYKDPIIVTRDSQSCSSEGHMPFEKNRFDDISCSRVTEVNCGLGLR

Uniprot

A0A2A4JQU6 A0A2H1VY42 A0A3S2LPQ9

EMBL

NWSH01000748 PCG74425.1 ODYU01005165 SOQ45760.1 RSAL01000036 RVE51269.1 + More

Proteomes

UP000218220 UP000283053

Pfam

PF01607 CBM_14

Interpro

IPR002557 Chitin-bd_dom + More
IPR036508 Chitin-bd_dom_sf

SUPFAM

SSF57625 SSF57625

ProteinModelPortal

A0A2A4JQU6 A0A2H1VY42 A0A3S2LPQ9

PDB

6G9E E-value=0.00388566, Score=101

KEGG

101737350 no KO assigned | (RefSeq) uncharacterized LOC101737350

GO

GO:0008061 GO:0005576 GO:0006030 GO:0005515 GO:0006415 GO:0016021 GO:0006418 GO:0003723 GO:0046872 GO:0003824

Length:

1527

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.000970000000000001

Exp number, first 60 AAs:

0.00077

Total prob of N-in:

0.00006

outside

1 - 1527

Pi

127.269313

Theta

3.774884

Tajima's D

-1.224535

CLR

652.791949

CSRT

0.0943952802359882

Interpretation

Uncertain

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics

Multiple alignment of Orthologues

Gene Tree