Silkworm Genome Informatics Database

Gene

KWMTBOMO05033

Pre Gene Modal

BGIBMGA012531

Annotation

PREDICTED:_LOW_QUALITY_PROTEIN:_mitotic_checkpoint_serine/threonine-protein_kinase_BUB1_beta-like_[Bombyx_mori]

Location

Bomo_Chr9(+):6225547-6236911 View in EpiBrowser

Location in the cell

Nuclear Reliability : 4.052

CDS

ATGGACATCGATTTTAGCAAGGAGAATATTCAGCCCCTGAGAGGTGGTAGAAACCTTGTTCAATTGAGTACGGCGTTGCAGGCTCAATCGGACGCTGATGCTCAAAAACAGCTGCAAATACAAAAAGAGGAACATGAAACTGCTATTAGAAACTATCAAGGACCAGATCCTCTGGAGCCATGGTTTAATTATATTCAGTGGGTTGAACAGTCTTTCCCAAAGCATGGACATGAAGGACACATTGATAAATTAATTAAAGATTGCCTTCAATTATTTGAAAATGATAAGAAATATTATCAAGATAGAAGATTTGTTAAGTTGTGGATTAAATATGTGGATTGTTTATCAAATCCCTTGGAAATATACCAAAGGCTGTACAGCACAGGAATAGGTGTTGAATGTGCAGAATTTTATAGAGCCTGGGCTTGTTACTGTGAAGAGTCAAGCGACTATAAGAAGGCCAATCAAGTGTACATGCTGGGCCTTCAAGCTAAAGCACAGCCTTTGGATGAGTTAGAACAAGCACATATGAATTTTCAACTGTTCTTTGCCCAACGAATGCTACATGATGATTCTCCAACAAAGAGGAAGGCTGCATCAGCTCTAGCAGAAACAAGAATGGCTCTTACTTCACTAAAGTCTTTTAAGAGACGTAATATAGCCAGTGCACCAATACAAAGAGTCGGTGACACAGTCAAAAGTATAGTGCCTGGTGTAATTAGGCAACATGCTGGAAACTTTGACAATAGAATGCCTAATTCTAATGTTATGGTTAATGTATATGAGGATGGGCCCTCTACATCTCGAGCATCAATACCTGTGCCAGAAGAAAATGAAACTGCTTCTTTGGTGCAGGCGTGTAGTAATGTGGAAAATGAAAAGGAAATTGGTATTTGGACCAATTCTAAAACTAAGATGGTACATGCTAATGTTGTACCACACCAGCCTTTACCTTTTACCCCATATGAAGATGAAAGCCATGTTTTGAGACTGCCTCCGAACCACATGACATACTGTACAGATGATTTGACATTAAATGTGCCTCTTAGTGTACCTGATCCACCTGATGCAACTAAAATATCTTGTTATAATAAAATACAGGTATATGTAGATAATACAGAATATAGTTTAGAAGAAATAAGAGCAAGAAAATACAACTTGATATTTAAGCCTATGGCTGAGGAAAAAATGGATACTGCAAAGCTAGAACAAACATATAACAATATTAACCAAACTTTAGCCCAATGTAGTGCACTAGAAACCTTAGCCAATTGTGCTTTAGATCCTGAACAAGACCACTTAGGACAATTGATGCCTTTAACTATACCTACATTACAAAATATTACCAAAGTAACAAACATGCACTCTCCTGGTGAACCAAAAGTGTTAGTAAATTTGGATTCCAAAGAATTAAGTGAGCTTTCTAGTAAGAAAAATGAAGAGAGTATGAGGCCTTCAAATGTAGATAAAGAAAATCTGATGCACCAGTATGCACCTAATAACTATAGTGCAGAAAATGAAGGTGGAAACTATGGGAAAAATAATTTAATGGAGGAATTCAACAGAAGTCTTATGGGTAATATACTTGGAGATTCTGTTACTGTAAACACTAAAGAAGCAAGGTGGGAACTTAGGAATTTATTTAATGACAATGAACCAACGATAGTTCAGCCTGTAGTGCAGCAATTTGAAGTGCCTAATTTTGATATCCACGAGGATAGGTCTGTGACGATGGCTATAAATAGTAAGAAAAATTCTGACTTACGTAATGCAGAAGATTCACCTCAGGATAAAGAAAATGAAAATAAATTTACCATGCCTGTGGCGGTTCCTCAACAGAATGTAAACAAGACTGCATACTATGAAGAACCTTCATGCACACAAGTTTTCAATTTCAACATCAATGATGCAAGCACTCCAAACATGTCTCAGTTTAAGAAACCTATCAGTGGAATTGATCATTCAAATAAATTCAGTGGTGTTCCAAAGTTCAGTATAGATGAGAGTGTTATAGAACATGGAGAACAAGGACTACATAAAAGGGAAGATAATTCCAGACAGCTACTTACAGATCAACATGCTACTGTAGACCACCAAGGAATTGGGTTATCTGTCATTATGGAAGCAACAAGAGAATACAACAGTAAGTCTGGGTCGAGTTCTTCGGGCCAGTCAACGCGAACTAATTTTACTGGCTATACAACAAACTACGACTCTATATATAATAATAATGATCCCCAACAGCCTATGACATCAAAAAGAAGCTCTATATCAACGCAACCTAGGCATGTAAATGGACAATTTGCTAGAGCTCATTCAAAACGAGAATTAATGGAAACGAAACCTACTGTTCAAACGCCGTCCGCATCAGTGCCTTATTTGTCTCACGATCATCAGTATCAGAAACCAACGCCTTCAAATTATAATGGTTATTCTCCACAAACGCAACGGCCTATGCATAGCCATTATCAACAAAATTATGGCTACCAACAAGGTTACGGGAACAATCAACAGCAACAAGGTTTCGCAAGCCCAAGTCCTAATCCTTATAATAGTCCCCAACATCCTGGTATGCAAAGTCCACATGCTATGAGTAACAACATACCACCTGCTTTCCAAAGCCCTACATATTCAAACCAAGTAGGATATCACAGTCCTGGTCATGCAATGATGAGTCCACAACATGGTTATGGCAGCCGTCAAGATTATCACTATCCTAATCAAACAGACAGGCAACATGTTTATGCAAATCAACAACCTCAACAGTCAGGCGTCTTCCAAAGCCCTCCACATCAAACGCAGTATCAAAATACTCAATATTATCAAAGACCTAATCAAATGGCGGTAAATCAAGGTTACAACCAACAACAGCAGCAGCATGTTAATTATCCTATGCACAATCAGTACAATAATACAAATGTGTATGGTTCACACCCTGCTAATCAAAGTTATAATGCAGTGCAAAATTCGTATAGACAGTCACCCAAACAGATAGTAGAAAATCAATCCACTGTTTATGGAACCAATAACCAGCCCTTCCAAGTATATCAAAGTCCTCAAACATCACAAAATAGTTATCAAAATTCTAGTATGTATAGAACTCACACATCTCAAGAAGCTCTAGTCAAACATCATGAAACTGGGGCAGATTCAAATGTTGACAATAAATCGCAACCGAAAATAAAACCTAGCATATCGCAAAACAAAAGCCCAACAAATACTTTGAGAGATGCTAGACAAGACCAACCTACTCAACCTAATGCAAAAGTTGGACAAAACTCACCTAATATGGGATTCTCTAATCAGTTCCTAAACTTTATTTCAAATAGAAATGAACCTAAGGACAATGCTAATACTCCTAAATTTACCAATAGCCCTAGTATTTCTCAAAAAATGCATAAGAACTTGTATGTTTCGAGTCCTGAGCAAGCACAAATCCCACCTTCATCCGGTATGTCTGATTCTGACAGCAAGGATGGAATGACTGCACAAACTGCAACACCTATTCAATCTGCTAAAGTGACTCATACAATTGAAAAACAAAAAGATATATCAAAAAGACAATTAGATTTTGAAAATAGAACTGATTTCCAATCTGAAGACAGCAGAGATTCCATGAGTAAAGAAAGCAGGATCTCAATGGTTTATTCTAGACAATCTGATGGCTATGGTATGGATGTAGATAGTGAAAATTCAATGGAATGTGGGTCATTTAAATCTACCCATTCCATATCAATGGTTGAAACAAGTGATTTACCCAGACCTGCAGATGTTGATTTTCCAAAATTAATTGATCCTTTTAATAGAAAACTCTTAGACTCCTTATTAGAGTATGTCAAGTTCCCGAACAAAACACATGCAGATGGATATGTAGAAGTGAGATCTGTTCCAAAACTTCAAGTTGCCACCACAATCAGTATTGGAGGTAACAAATTCTCTATTGAGAAACAATTAGGAAAAGGAAATTATGGAGCTGTATTCCTCTGTCATGATCTACATGCTAATAGATCTGCTGCTGTAAAATATCAAAAACCCAGCAGACCTTGGGAATTCTACATTTGTCAGGAGATAAAGTCTAGAATAAAAGATCCATTTATGCTTCCAGGATACATGGATATCACAACTGCATTTATTGGTGAAAACGCAAGCTTATTTGTATCAGAATATTCAAAATATGGGTCTTTATTAGATGTTGCCAATAAAATTAAAGCTGCCACAACAAAGTGCATAAATGAATTAATTGTTATATTATTAACATCTGAAATGCTATCAATCGTTCATTATTTACACAAAGCCCAGATAATTCATGCGGATATAAAACCTGACAACTTCTTGTTGATGAAAATACCGGCTCAGGAATGGAGAACTCCTTCATTACAACTAATAGATTTAGGTTGTGCAATAGATATGTCACTATTTCCGGAAGGTACTACATTTAAAGAGTTAATTGCAACCGAAGGCTTTACCTGTACGGAAATGAGAGAAGGCAAACCATGGACCTACCAAACAGATCTGTATTGCTTAGCTGGAACAATACATGTAATTTTGATGGGGAGCTACATGAAGGTAGCGAATCGTCTCGGACAATGGAACATAGATAAAAAACTACCTAGGTACATGAAGGTTAGTTTGTGGGACAAAATTTTTACAACCCTTCTAAATGTTCCTGACTGTAAAAACTTACCTGATTTAATGGATCTCAAAAATGAAGTCGATAGCGTATTACATGAAGTTGATAATCTTGGCTCCCAACTTCGTAATTTTGCAAATGTGCTTAAATCTAGGTAA

Protein

MDIDFSKENIQPLRGGRNLVQLSTALQAQSDADAQKQLQIQKEEHETAIRNYQGPDPLEPWFNYIQWVEQSFPKHGHEGHIDKLIKDCLQLFENDKKYYQDRRFVKLWIKYVDCLSNPLEIYQRLYSTGIGVECAEFYRAWACYCEESSDYKKANQVYMLGLQAKAQPLDELEQAHMNFQLFFAQRMLHDDSPTKRKAASALAETRMALTSLKSFKRRNIASAPIQRVGDTVKSIVPGVIRQHAGNFDNRMPNSNVMVNVYEDGPSTSRASIPVPEENETASLVQACSNVENEKEIGIWTNSKTKMVHANVVPHQPLPFTPYEDESHVLRLPPNHMTYCTDDLTLNVPLSVPDPPDATKISCYNKIQVYVDNTEYSLEEIRARKYNLIFKPMAEEKMDTAKLEQTYNNINQTLAQCSALETLANCALDPEQDHLGQLMPLTIPTLQNITKVTNMHSPGEPKVLVNLDSKELSELSSKKNEESMRPSNVDKENLMHQYAPNNYSAENEGGNYGKNNLMEEFNRSLMGNILGDSVTVNTKEARWELRNLFNDNEPTIVQPVVQQFEVPNFDIHEDRSVTMAINSKKNSDLRNAEDSPQDKENENKFTMPVAVPQQNVNKTAYYEEPSCTQVFNFNINDASTPNMSQFKKPISGIDHSNKFSGVPKFSIDESVIEHGEQGLHKREDNSRQLLTDQHATVDHQGIGLSVIMEATREYNSKSGSSSSGQSTRTNFTGYTTNYDSIYNNNDPQQPMTSKRSSISTQPRHVNGQFARAHSKRELMETKPTVQTPSASVPYLSHDHQYQKPTPSNYNGYSPQTQRPMHSHYQQNYGYQQGYGNNQQQQGFASPSPNPYNSPQHPGMQSPHAMSNNIPPAFQSPTYSNQVGYHSPGHAMMSPQHGYGSRQDYHYPNQTDRQHVYANQQPQQSGVFQSPPHQTQYQNTQYYQRPNQMAVNQGYNQQQQQHVNYPMHNQYNNTNVYGSHPANQSYNAVQNSYRQSPKQIVENQSTVYGTNNQPFQVYQSPQTSQNSYQNSSMYRTHTSQEALVKHHETGADSNVDNKSQPKIKPSISQNKSPTNTLRDARQDQPTQPNAKVGQNSPNMGFSNQFLNFISNRNEPKDNANTPKFTNSPSISQKMHKNLYVSSPEQAQIPPSSGMSDSDSKDGMTAQTATPIQSAKVTHTIEKQKDISKRQLDFENRTDFQSEDSRDSMSKESRISMVYSRQSDGYGMDVDSENSMECGSFKSTHSISMVETSDLPRPADVDFPKLIDPFNRKLLDSLLEYVKFPNKTHADGYVEVRSVPKLQVATTISIGGNKFSIEKQLGKGNYGAVFLCHDLHANRSAAVKYQKPSRPWEFYICQEIKSRIKDPFMLPGYMDITTAFIGENASLFVSEYSKYGSLLDVANKIKAATTKCINELIVILLTSEMLSIVHYLHKAQIIHADIKPDNFLLMKIPAQEWRTPSLQLIDLGCAIDMSLFPEGTTFKELIATEGFTCTEMREGKPWTYQTDLYCLAGTIHVILMGSYMKVANRLGQWNIDKKLPRYMKVSLWDKIFTTLLNVPDCKNLPDLMDLKNEVDSVLHEVDNLGSQLRNFANVLKSR

Uniprot

A0A194QDV0 A0A0N1IBW1 A0A212EZ01 A0A0L7KJE4

Pubmed

26354079 22118469 26227816

EMBL

KQ459144 KPJ03718.1 KQ461133 KPJ08890.1 AGBW02011400 OWR46712.1 + More
JTDY01009615 KOB63215.1

Proteomes

UP000053268 UP000053240 UP000007151 UP000037510

Pfam

PF00069 Pkinase + More
PF08311 Mad3_BUB1_I

Interpro

IPR000719   Prot_kinase_dom        + More
IPR015661   Bub1/Mad3
IPR013212   Mad3/Bub1_I
IPR017441   Protein_kinase_ATP_BS
IPR011009   Kinase-like_dom_sf
IPR008271   Ser/Thr_kinase_AS

SUPFAM

SSF56112 SSF56112

ProteinModelPortal

A0A194QDV0 A0A0N1IBW1 A0A212EZ01 A0A0L7KJE4

PDB

6F7B E-value=2.29761e-50, Score=508

KEGG

101742536 K02178 checkpoint serine/threonine-protein kinase [EC:2.7.11.1] | (RefSeq) mitotic checkpoint serine

GO

GO:0005524 GO:0004672 GO:0007094 GO:0006468 GO:0000387 GO:0000398 GO:0005685 GO:0003677 GO:0005515 GO:0016742 GO:0003824

PANTHER

PTHR14030

Length:

1595

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.814349999999999

Exp number, first 60 AAs:

0

Total prob of N-in:

0.00004

outside

1 - 1595

Pi

248.863029

Theta

208.774064

Tajima's D

0.81127

CLR

0.16696

CSRT

0.605019749012549

Interpretation

Uncertain

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics