[provisional- machine annotated only] Gene Symbol: numa1 [Predicted: Source is Human Entrez Gene] Gene Name: nuclear mitotic apparatus protein 1 [Predicted: Source is Human Entrez Gene] Synonyms: numa Add Xenopus synonyms Gene Function: Interactants: ran(7) , tpx2(4) , aurka(3) , aurkb(2) , ckap5(2) , epb41(2) , kif11(2) View All

Molecules		tropicalis	laevis
Gene		JGI XT Genome 4.1 Ensembl
		Entrez Gene	Entrez Gene
mRNA		NCBI Nucleotide >BC167452|Xenopus tropicalis cDNA clone IMAGE:7686698, partial cds CGGCAGCCAATGGCGGACAGGGTCTTACATGTAGTCTGAGACTTGAGGAAAAGTCGTGAAACAATATGGCGGCGCACAGCGGCAAGATGGAAGCATTGCTCTGCTGGGTGAACAGCCTGAAGGTGGGGGAACCAATCGAGAGATTTTCACAGCTGCAGGATCTGGGCATTCTGCTGAAAGTTGTCGGCATATTATCAGGGACATCCGAGGAAACGGCCCTTGTCCTACAGCAGAGCCCGGAGGAGCGGCTGAACTTCCTCTGTGCCTTCTTACAAAGGTATTGCCGGCCGGGCTCCTCAGCTGAAAACTTGGTGCAATGGCAGAAGATTCTGCAGGGCGAGAACCTGGAAGTGGAACTTTCCAAGGCAATCGTCCTTCTCTTCTATTACTCAACTATGAGCTCCAAAAACCCGAAGAAATCTGAGGATTTTGATCATAAAACTCAGACAGAGCTGGCCTCCATCTTGCGCTTTGTACTGGATAATGAAGATGCTCTCTGTCTGGACGACAAACTTATCAACTTCCTGCAGCGGAAAGCGCGGTTTCCCTCCTTGGGAGATGATACGTCCAGTTGCTCCGACGCCGCGTCTCCTAATGTGTCCCACAGGCGGAAGAGCGAAGTGCGCTTTCTGGAGCTGCATCGTGTTGCTTCCTCTTCTACTATGAAAAGTTTGTCAGCGGACCCCCCATCTTCCCCAATGATCGAGGTGCTGCACACCCCTCAGTTCCAGATGAGGCGCCTGAAGAAGCAACTGAGTGAAGTGCGGGACTGTAGAGATGAACTGGAGGTGGAACTGGCAGAGAACCGCAAACACCTGGCAGAGAAAGAGGCTCAGATCTCCCTCCTGCAGCAGCAGATTGAACACCTTCGGATCTTGAGGGAGAACCAGGCTGAGCTACAGGAACCCAAAGAGCTGGAGGAACTTCGGGAGAAGAATGAGAGCCTGATGATCAGACTTCGGGACACCCTCAAGCAGTGTCAGGATATGAAGACTGACAAGAAACAACTGGAACGAAAGAACGATCAATTGGCCGAGGAGAATGGCGAGCTCTCTTACAAGGTGCGAGACTTATCCAACCGCTTGGCACAACTGCAGGAGGCTCTCTATGAAACCACAGAGGAACACGAGCTTTCTCTGAGCAACTGGCAGCAGAAACAGAACCAGTTAGAGAGTGAGCTGAGTGGTGCAGTCGGTGAAAAGAAGTATCTGGAAGAGCATCATTTAATACTGCAGGGAAAAATATCAATGCTTGAGGATCAGCTAAAGAAGATGGGGGAGAGAGAGGTGGAAGAAAAAGGAGATTGTATGGGTGACATCCTCAAGCTGGAAGACTTGAAGCAAGAGGTTACTGCGCTCAGCACACAATGCCTCAGTCTAACAGAACAGATCCATCAGTTGGAAGAGGAAAAGAGCACTACAGAAATTGACATGGAGGCACAGAGATCCAGATTTGAATCTGAGAAAAGTCAGCTGCAGGAGATAGTCACTAACCTGCAGACTTCATTGTCAGAAATAACATTTCAGAAGGAGAGGCAAGATAACGAGGCCAGGGCACAACAGGAACATCTGACGTGCCAGATTACAACATTAAAACTGGAGATCTCCAAGCTGAAGTCTTCCCTGGTGCATAAGGAGGAAGAGCTGAAGGGCATTCACCATCAAGTGGAAGAAGAGAAGAGAGAAAAAAATCAGCTCTTGGAAAACTTCAAAATGCTAGAAGAATCCTCAAAGCAGAACATTCAGGAGCTTGTAAACCAAGTGGAGCAAATTAGTAGCTCTTTGAAGGTTTCCGAGGGCAATCTGGTTGGACTTACACAACAGCTAGAGAGCAAGGTGAAAGAAGTTGTCTGTTTAAGAGAAGAACAGCAGAAAGTTGTCTGTGAGAGAGATTCCACTCTTTCCACATTCAATGAGTACAAGTGCAAAAAGGATGAAGAGTTCAGTGTCTTAAACATGACCATGAAAACACTGGAACAAGATCATCAAGCTAGTCTTTCTGTTATAGAGGAGCTGAAAAGGGAAAAGGCAGAACTGGCATCCAAGCTACAGGAACTGGATGCCACCATTCTAGATCTTCTTGCTAAATGCCAGAACTTGGATAGTGAAAATGCTTCACAGAGCAAATCTCATGCAGCCGCTGTGGAGTCTCTAAAGGCACAGCTTTCAGAGCAGGAGAGTCAACTGAAAATATATCAGAAGAAGGTGTCCTCCTGTGAATTGGTGTCCGAAGAAAACTCGCAACTTAAAGAACAGCTCCTGTCTATGGACGAAAGTCTGAGACATCTTAGGGAACATCTAGAGAAAGAGAAAATGAAATTTGCTGCTTCTCTTGATAGCGACGGTAAAAGAATTTCCCACCTTGAAGAGGAGATGAAGAAGTTGAGTGAAAGCAGAGATGCAGCACTGAGTAACCTTGCTGAAGAAAGGGCCTCCGGACAGAAGATTGAATCTCAGCTGAAGCACTTACAGGAGGAGTACCATACAGCAAATGAAACCCTGCAGGCAAAAATGGCAGAATCCAGCGCTGCTATCAAACAGCGTGAAGCCGAAAGGGACGAGTTGTCTAAGGTGGTTGACATCTGGAAGGCCAAATATGAAGAGTCTCAGCAGAAGATAGTGCAGAACTCCTGCCAGATGGAGGAACAAATTAAACATCTGAAGAAGGCTCATACTGATGTTTGCCAGCAACTGGAGGGAGAGAAGAGTAAAGTTTTGATGTTGGAAGCCCAGGCCAAGGAAACAAACTCTTCTCAACTGGAGCAGATAAATCGGTTAGAGTGTGAACTGTCTGAAGCCTACTCTCGTATCAAAGAGAGAGAAGCTGAGGAAAAGAAGCTACTCTCTGCTCTCCACTCTTCAGAGGAGAAATTTCAGATTGCTCATCAAGGGGAAAGTGAGCGTCTTTCCCATCTAGAAACAGCCTTAAGCACTGCAAAGTCAGAACTGGATTGTCTAGTCAGAGAGGTGTCTGATGAGAAGCATAAGAAAGAAGAACTTGAAACCTTGGTGAAAGAGTTAAAAGAGCAAAAATCTGAAAGAATTCAGTCCCTGGAATCTGAGGTGAAAACCAGTTTAGCTGCTGTTAAAGAGCGAGAAAGTGAAACTGCAAAGCTTTCTGCAGAGGTGAAGGATCTGAACAGGCAGTTAGAGGAAATCGGTCAGAAGCATAAGGAAGCGCTGGCTCAGAAAAATACTGAAATTGAGCAGTTGATTGAGGCCAGAGAAAAAGCCGCGTTGGACTTGGCTAGTAAAACAGAGATTGGGGCTCAGCTGCAGAAATTGTTGGATACGCACAAAGGTGAGCTCAGTGCCTTGCAGAATGAGCTTTCCCGTTCCCTTGATCTCATCTCTCAGAAGGAAAGTGAAGTAGAAAGACTTCATAAAGAGGCTGCTGTAACACAAGAGGAGATACGGAAGCAGCAACAGACTATGGGAAAGCTCACCGAAGAGCTAACTGCTTTGGTTGCACTTAAAGAACAGGCGGCCCTGCAGGAAAAAGAGATTGCACAGCATGTCCGGGCCGCTAAGGGTGCTGAAGCAGAGATGGCTAACCTTAAATCTGTCATTTCTGAAAAAACTAAAAATATTGAATCCTTGGAACACGACATCAAGAACCAGAAGGGAGACCTTGCTTGCATTCAAGAGCAGTATCGGAGCAAGCAGGAGGAGGCCCAAGGTCTTCAAGGCCAAATAGTAGATCTGGAAAGAGAGTGCAAAGAGCAGAAAGAACTGATTTGTCAGGCCCAGAAACAGGCTGCTGAGGCAGAAACGCTGGCCTCCGAAAAGGTTTCAACGTCGAAGAGACAGCTAGAAGGAATCCAAGCGCTCGAAGGTGAAATCCATAAAGAGAGGCAAAAGACGTGTGACCTGCTGAAGCAGCTGGAGGCTTCTCAGGCCGCACAGGCAGAAAAGGAAACGGAGCTACAAGCACTGAAGAAAGAGTTGTTTCATAAGGTTCAAGAACTGGAGCAAAGTCAGAAATCTTCTACTGAGTCAAGTCGAGAGCTCTCCTCTATGCTTTCTGCGGCTCAGGAGAGGCAGCGAGCCTTAACAGAGGCCAAACAACAAGCAGAACAGTACCAGAAGGAAATTGAAAAAAAAAAAAAAAA	Refseq >NM_001088090|Xenopus laevis nuclear/mitotic apparatus protein (numa), mRNA GGGAGTTGGCATACAAATACAAGCTGAGCTGTAATGGAGCCTTCCCTGAGACTCGGGGAGACACTCGGCCGATTCACCGGCTGCTCTTAGGGACTGACTGACGCTCCCCGGTCTCTTGTCTCGTGAAACAGATCAGCCCGAGTGCTTCGTGAGCTTACACTTAGTCTGAAACTGGGGGAGAAGTGCTGAAGCATAATGACGTCACACAGCGGCAAGATGGAAGCGTTACTCTGCTGGGTGAACAGCCTGAAGGTGGATGAACCAATTGAGAGATTTTCACAGCTGCAGGATCTGAGCATTTTGCTGAAAGTTGTTGGTGTATTATCTGGGAACTCTGAGGAAACTGCTCCAGTCCTACAGCAGGATCTAGAGCAACGGCTGAACTGCCTGTGTTCCTTCTTACAAAGGTATTGCCAGACTGGCTCCTCAGCTCAAAACTTGGTACAATGGCAGAAGATTCTTCAGGGGGAGAACCTGGAAGTGGAACTCTCGAAGGTAATTGTCATTCTCTTCTATTATTCAACCATGAGTTCCAAAAACCCAAGGAAATCGGAGGATATTGATCATAAAACTCAGACAGAGCTGGCCTCCATCTTGCGCTTTGTGCTGGATAATGAAGATGCTCTCTGTCTGGATGACAAACTTATCAACTTCTTGAAGAGGAAAGCACCTTTTCCTTCCTCAGGCAATGATCCATCCAGTTCCTCCGATGCCATGACTCCTAATGTATCCCACAGGCGGAAGAGCGAAGTGAGATTTTTGCAGCTGCATAGTGTAGCTTCTTCATCTACTGTGAAAAGTTTGTCAGCAGACGCCCCATCTTCCCCAATGATTGAGGTGCTGCATACACCTCAGTTCCAGATGAGGCGCCTGAAGAAGCAATTGAGTGAAGTGCGGGAATGCAGAGATGAACTAGAGGTAGAGCTGGCAGAGAACCGCAAACACCTGGCAGAGAAAGAGGCTCAGATTTCCCTCCTACAGCAGCAGATTGAAAACCTTCGAATCTTAAGGGAGAACCAGACTGAGCTTCAGGAACCCAAAGAGCTGGAGGAACTTCGAGAGAAGAACGAGAGCCTGATGATCAGACTTCGGGATACCCTTAAGCAGTGTCAGGATATGAAGGCTGACAAGAAACTACTGGAACGCAAGAACGATCAGTTGGCTGAAGAAAATGGCGAGCTCTCTTACAAGGTGCGTGACTTATCTAATCGCTTGGCACAACTGCAGGAGGCTCTCTATGAAACTACAGAGGAGCAGGAGCTTTCTCTGAGTAACTGGCAGCAGAAACAGAACCAGTTAGAAAGTGAACTCAGTGGTGCAGTTGGTGAAAAGAAATATTTGGAAGAGCATAACTTAATACTGCAGGGAAAAATCTCAATGCTTGAGGATCAGCTAAAGGAGATGGGGGAGATAGACATGCCAGAGACAGGGGACTGTATGGGTGACATCCTCAAGCTGGATGACTTGAAACAAGAGTTAGCTGTGCTCAACACACAATGTCTCAGTCTAAAGGAACAGATCCATCAAATGGAAGAGGAAAAGAGCACTGCAGAAGTTGAGATGGAGGCACAGAAGTCCAGATTTGAATCCGAGAAAGGACAGCTACAGGAAATTGTCACTAACCTGCAGACTTCATTGTCAGAAATCACATTTCAGAAGGAGAGGCTAGACAATGAGGCCAGAGCACAGCAGGAGCATCTGATGTGCCAGATTACAACTTTAAAACTGGAGATTTCCAAGCTAAAGTCTTCCCTGGTGCATAAGGATGAAGAGCTAAAAGGCATTCACCATAAAGTAGAAGAAGAGAGAAACGAAAAAAATCAGCTTTTGGAAAACTTCAAAATGCTGGGGGGCAATCTGATTGGAATTACTCAACAGCTGGAGAGCAAGACTAAAGAGGTTGACTATTTAAGAGAACAACAGCAAAAAATTCTTTGTGAAAGAGATTCCACTCTTTCAACACTCAATGAGTACAAGTGCAAAAAAGATGAGAATTCCGGTGTTTTAAACAAGACCGTTAAAACACTGGAGCAAGATCACCAAACTAGCCTTTCTGTTATAGAGAAGCTGAAAAGCGAGAAGGAAGAATTGGCATCCAAGGTACAGGATCTGGATGCAAAAATGTTAGGTCTTATTGCTAAATGCCAGAATTTGGATAGTGAGAATGATTCACAGAGCAAATCTCATGCAGCCACTGTGGAGTCTCTAAAGGCACAGCTTTCAGAGCAGGAGAGTCAACTAAAAATATATCGGAAGAAGGTGTCCTCCAATGAGTTGGTATCTGAAGAAAATTCAAAGCTAAAAGATCAACTTCTGTCTGTGGAAGAAAGTCTGAGGCATCTTAGGGAACACCTGGAGAAAGAAAAAACTAAGTTTGCCGCTTCTCTTGATGCTGACCTTAAAAGAATTTCCCACCTTGAAGAGGAGATGAAGAAGTTAAGTGAAAGTAGAGATGAAGCGCTGCATAACCTTGATGAAGAAAGGACCGCTGGAAAGAAGATTGAATCTCAGCTCAAGCATTTAGAGGAGGAGTACCAAAAAGCAAATGAAAGCCTGCAGGCAAAATTGGCAGGATCTTGTGCTGCCATTAAACAGCGAGAAGAAGAGAGGGATGAGTTGTCTAAGGTAGTTGATATCTGGAAGGCCAAATATGGAGAGTCTCAGCAAAAGATCGCTCAGAATTCCTGCCACATGCAGGAACAAACTGAAGAGCTGAAAAAGACTCATTCTGATGTTTATCAGCAACTGGAGGGAGAGAGGAGCAAAGTCTTGATGATAGAAGCCAAGGCAAGTGAAACCAAGTCTTCTCAACTGGAGAAGATAAATCAGTTAGAGGGTGAACTGTCTGCAGCCAACGCCTGTATCAAAGAGAGAGAAGCTGAAGAAAAGAAGCTTGTGTCTGCTCTCCACTCTGCAGAAGAAAAACTCAAGATTGCTTATCAAGGGGAAAGTGAGCGTCTTTCCCACCTCGAAACAGCCTTAAGCAATGCAAAGCAAGACCTGGATTGTCTAGCCAAAGAACTGTCTGATGAGAAGTATAAGAAAGCAGAATTTGAAGCCATGGTAAAAGTGTTAAAAGAGCAAAATTCTGAAAGAATAGCATCCCTCGAATCTGAATTGAAAAACAGTTTAGCTGTGGTCAAAGAGCGAAAATGTGAATCTGAAAAGCTTTCTGGAGAGGTGGAGCATCTGAAAAGGCAACTAGATGATTCCAGTCAGAAGCATAAGGAAGCACTAGCTCAGAAAAATATTGAAATCAAACAGCTGATTAATGCAAAAGAAAAAGCCACATCGGACTTGGCTATTAAATCTGAGATGGGCGCTCAGCTACAGAAAGCAGTGGATACACACAAAAGCGAATTCAGTGCCTTGCAGAATGAGCTGTCTCGTTCTCTTGATCTCCTCGCTCTAAAGGAAGGGGAAGTAGAAAGACTTAATAAGGAGGCTGCCCTAAGACAAGAGGAAATACAGCAGCAGCAACAAACCATAACTAAGCTCACGGAAGAAGAAACGGCATTGGCTGCACTTAAAGATAAAGTCGCCCTGCAGGAAAAAGAGATCAAGCAGCAAGTCCAGGCCACTAAAGGTGCTGAAAAAGAGATGGCTAAATTGAAATCTGTAATTTCTGAAAAATCAAAAAGAATTGAATGTTTGGAACAGGACATCCAGAACCAGAAGAGAGACCTTTCTTGCATTCAAGAGCAGCATCAAAGCAAACTTGGTGAGTCCCAAGGGCTTCAAGCTCTTATTGCAGATCTGGAAAAAAAGTGCAAAGAGCAGAAGGAACTGATTTGTGAGGCCCAAAATAAGGCTGCTGAGGCAAAAACGTTGGCCTCAGAAAAGGCTTCAGTGTCAGAGAGGCAGTTAGAAGGAATCCAAGCTTTAGAAATTGAAATCGGTAAAGAGAGACAAAAGGCTTGTGACCTTCAGAAGCAGCTGGAGCTTTCTTGGGCAGTGCAAGAAGAAAAGGAAACCGAGCTACAAGCCTTGAAGAAAGAGTTGTTTCATAAAGTTCAAGAACTGGAACAGAGTCAGACATCTTTTACTGACTCAAGTGGTGAGGCTCTCCTCTATCTTTCTGAGGCTCAGGAGAGGCAGCAAGCCTTAACAGAGGCTAAGGAACAAGCAGAACAGTACCAGAAGGAAATTGAAATGAAGAATAAAGAGGTGAATAGCCTGCAAGCAGAAATTAAAATCTTGAGTTCTAAAGTGACTACCAATGAAGAAGTGTCTGTAGATTTTGAGCAACGGCTATTGAAGGAAACCAGTAAAAGCGCAAAGCTAGAAGAGAAGATGCAAAAGCTCCATATGGAATTAGAGGCATCTTTTAAGGAGCTGCTTGAAAAGAATTGTGCAATTGATTGTTTAACGACAGAAGCCCAGAACTTGAAAGGAGAAGCAGATCAGCAAAGAATGGCAGTTGACAGCCTTCAGCAGAAGCTTTCCTCCAAAGCAGAAACAAATCATACTTTGCAGCAGGAAATTCAGGCCTGGCAGAAGAACTGTGCTGAGAAGGAACAGCAAATCTGTTCTCTTCAACAAAATCTCAAGAGCAATCAAAGCCTATTGGAGGAGTTTGCATCCCTAAAACACAGTTACCAGGAAATCATTGCAGAACGGGATCTAATGCAAGAGAAGCACCAGGAGGAACTTCTAAGCCATAAGAAGCTAACTGAGAGGTTTCAAGCTGAACTAGAAAAGGCCAAGGAGGACATGACAGAAATTGTTTTACTTAAGGAGAAACTTCACAACCAAGAGCTTCAGTTACATAAATTTCAATCTGAGAACAGCTATAGTTTGACCCAAATATCCCATCTTCAGCAGGTTAACAGTCAGCTTCTTGGTGCAAACCAGAGTTTGTCTCAAATTTCTGATCAGGGTGCAAAGAAACTGGAAAGCGAGATGTCTACCCTCAAGGAGCAGCATAAGGAGGAGATGAAGACTCTCCGGCTGCAATACGAGAAGACTCTAAGAGAAGGCAACAAGCAAGTACAAGAAACCAGCCTTCAACTGGAAACTGTGACCAGCAAATATGACCATGTGAAGAGCAAGGTTTTGAAAGATCAGAAAACATTCCAAGAAGAGAAGCAGAGGCTCCTTCTTCAGGTGCAGGAGCTGAACAAGCAACTGAGCCAGCAGGAGAAGACCATAAGGAGCCAGCAGCAGAAGCTGAAGCAGCGGGAGGGTGAGACTCATGAGGAGGCTGATAAGTCCCATAAGAGAGTACTGGAGTTAGAGTCCCAGCTGGAGCAGCAGACTCAGGCCGTGGAACATTACAAAGCTCAGATGGAGAAAGCCAAGGTGCACTATGATGCCAAGAAGAAGCAGAACCAGGAGCTGAGCGAGGAGCTGCAGAGCCACATTAAACAGCAGGAACATCTAAGCAAGGAAAATGCAGATTTAAAGGCAGAATCTGAGCAACTCCATAAGGAGCTACAGCATTCGCTGCTCCAGAGCAAAGAGGTGGAGCAAAACTGCAAGAACCTGTCTAATCGAGTCAGGAGTTTGGAGGCCAGTTGGAGTACACTGACCGGCCAGCTGCGAGACCCGGGGAAGTTCCAGTTGGCTACTGCATTCCATGAAGAGTCGGGACACTTCTGTGCCCCCCGTCAGACAAGGAGCCATGCAGATGTCAGTATAGACAGCCTGGACTTGAGCTTCGGGGAGGACCAGCTTCTGAACTCAACAAGTGAGCGCTGCAACGAGGAACCTGCCACATCATCAGTCCATGCCAGCTCTCCGGATTCCCTTATCTCAGGCCAACTCCCCAAAAAGGTTGAGTCTCTGGAAAGCCTCTACTTCACACCCATCCCCACCCGGGCACAGTCCAAACTGGAGAGTAGCATTGGTTCCATTGGGGATCTGTCCTTAGACTCCAGCAAGAAGACACAGTCTGCAAGGAGACGTACCATGCAGATCATCAACATCACAATGACCAAGAAAACTAAGGAGGAACCAGAGAGTGCCAACACATCATTCTACAGCCTGCGGTCTGCTCCGTCCTATCAGAGTCTACACCTACAGAACCCCAGGAGGGCTGGGCGTCCCCCGGCAGCTATTTCTGCCCCAGCACTGGCCAGTCTCCCATCCCAGGAGTCCCTGGCTAAGACAGAACACTTCTCCTCTGATGACAGCTTGAATAACTTGCCTGGTTACCAGCATCCCACACGTAGATCTGCAAGGCTTTCACAGACTGGAGGCAGAAGCAGTTTCTATATGAGCACTTGCCAGGACGAGCCAGACCCACAGGATGATTGGACCCGGATTGCTGAATTACAGGCCAGGAACAAGACCTGCCCACCCCACCTCAAGACTTCCTACCCACTGGAGTCCAGGCCGTCAATCTTTAGCTCCACCATTACTGATGAGGAGGTCAAGTTAGGAGACCCTAAAGAGACGCTCAGGAGAGCCACCTTGCTGCCCGGCCAGATTCAAGATTCCATGACCAGCACCCGCAGACAGACCTTGGCTGTCCCAGGGGCAGAGCATTTGAAGGGGCACAACATCAGCACCAGGCAGCAGATGAAGCGTGTGTCAGAGGAATCCCATTATGGTCCAGACACCCCAGAAGCCAAGAAGACGGCGACTTGCTTTCCTCGACCCATGACCCCAAAGGATAAACACGACACACGCAGAGTGTCCACTATGGAAAGCAAAGGAAGCTCCAGCCATCAGCAGGCGCAGCCAACTCGCCGACAGGCTACAGCATTCAGCATTTTCAACACCCCCAAAAAGCTAGGCAACAGCCTTCTGAAGAGAGGCCTTAACAAAAAAACAACTCCCAAAAATAGTCCCCGGGGGCGGGGAGCAAACGGCAGCACCAGCAGCACCTCCAACAAACCCTCACACCTCTCTCTCCGCAAATCCCCCAGCCAGCGTTCTCCAAGGGTCTCCACTGCAAAGTCACCAAGAGCTTCCAACAAGTTGTTTGAGCGCAAGCAGCAGAGGAACAAGTAGAGGGAGGGGGCCGCACTCCCCTAGAGACTGTCGTTCTATTTAACCCACGCACTACCGGAAGGATTGGCACAAGGTGGGGCAGCATGGGACAGCCGCATATTTAGTGACGTTCCAGAGATTTGGAATTTTTTTTTTCTTTAAGCAAACTTGTAACCAGCCAGCTACACGGGGGCAACGACTGCGCGTCACTGCTGAGCTTTGCCCCCGGACTCTAAGCCAAAGTCACCGTCTGGAACGTGAATCCAAAGCGGAACTTCCTGGATTTCTATTGGGAATTGTCCGGATGAGCTTTATTTGCTTTCAGATGCTATATTGGTGCCAGCAGGGCCCTCGTTTTCTGTTTCCCACATGGGTAAGCGAATTC
Protein		NCBI Protein >AAI67452|Unknown (protein for IMAGE:7686698) [Xenopus (Silurana) tropicalis] MAAHSGKMEALLCWVNSLKVGEPIERFSQLQDLGILLKVVGILSGTSEETALVLQQSPEERLNFLCAFLQRYCRPGSSAENLVQWQKILQGENLEVELSKAIVLLFYYSTMSSKNPKKSEDFDHKTQTELASILRFVLDNEDALCLDDKLINFLQRKARFPSLGDDTSSCSDAASPNVSHRRKSEVRFLELHRVASSSTMKSLSADPPSSPMIEVLHTPQFQMRRLKKQLSEVRDCRDELEVELAENRKHLAEKEAQISLLQQQIEHLRILRENQAELQEPKELEELREKNESLMIRLRDTLKQCQDMKTDKKQLERKNDQLAEENGELSYKVRDLSNRLAQLQEALYETTEEHELSLSNWQQKQNQLESELSGAVGEKKYLEEHHLILQGKISMLEDQLKKMGEREVEEKGDCMGDILKLEDLKQEVTALSTQCLSLTEQIHQLEEEKSTTEIDMEAQRSRFESEKSQLQEIVTNLQTSLSEITFQKERQDNEARAQQEHLTCQITTLKLEISKLKSSLVHKEEELKGIHHQVEEEKREKNQLLENFKMLEESSKQNIQELVNQVEQISSSLKVSEGNLVGLTQQLESKVKEVVCLREEQQKVVCERDSTLSTFNEYKCKKDEEFSVLNMTMKTLEQDHQASLSVIEELKREKAELASKLQELDATILDLLAKCQNLDSENASQSKSHAAAVESLKAQLSEQESQLKIYQKKVSSCELVSEENSQLKEQLLSMDESLRHLREHLEKEKMKFAASLDSDGKRISHLEEEMKKLSESRDAALSNLAEERASGQKIESQLKHLQEEYHTANETLQAKMAESSAAIKQREAERDELSKVVDIWKAKYEESQQKIVQNSCQMEEQIKHLKKAHTDVCQQLEGEKSKVLMLEAQAKETNSSQLEQINRLECELSEAYSRIKEREAEEKKLLSALHSSEEKFQIAHQGESERLSHLETALSTAKSELDCLVREVSDEKHKKEELETLVKELKEQKSERIQSLESEVKTSLAAVKERESETAKLSAEVKDLNRQLEEIGQKHKEALAQKNTEIEQLIEAREKAALDLASKTEIGAQLQKLLDTHKGELSALQNELSRSLDLISQKESEVERLHKEAAVTQEEIRKQQQTMGKLTEELTALVALKEQAALQEKEIAQHVRAAKGAEAEMANLKSVISEKTKNIESLEHDIKNQKGDLACIQEQYRSKQEEAQGLQGQIVDLERECKEQKELICQAQKQAAEAETLASEKVSTSKRQLEGIQALEGEIHKERQKTCDLLKQLEASQAAQAEKETELQALKKELFHKVQELEQSQKSSTESSRELSSMLSAAQERQRALTEAKQQAEQYQKEIEKKKK	Refseq >NP_001081559|nuclear/mitotic apparatus protein [Xenopus laevis] MTSHSGKMEALLCWVNSLKVDEPIERFSQLQDLSILLKVVGVLSGNSEETAPVLQQDLEQRLNCLCSFLQRYCQTGSSAQNLVQWQKILQGENLEVELSKVIVILFYYSTMSSKNPRKSEDIDHKTQTELASILRFVLDNEDALCLDDKLINFLKRKAPFPSSGNDPSSSSDAMTPNVSHRRKSEVRFLQLHSVASSSTVKSLSADAPSSPMIEVLHTPQFQMRRLKKQLSEVRECRDELEVELAENRKHLAEKEAQISLLQQQIENLRILRENQTELQEPKELEELREKNESLMIRLRDTLKQCQDMKADKKLLERKNDQLAEENGELSYKVRDLSNRLAQLQEALYETTEEQELSLSNWQQKQNQLESELSGAVGEKKYLEEHNLILQGKISMLEDQLKEMGEIDMPETGDCMGDILKLDDLKQELAVLNTQCLSLKEQIHQMEEEKSTAEVEMEAQKSRFESEKGQLQEIVTNLQTSLSEITFQKERLDNEARAQQEHLMCQITTLKLEISKLKSSLVHKDEELKGIHHKVEEERNEKNQLLENFKMLGGNLIGITQQLESKTKEVDYLREQQQKILCERDSTLSTLNEYKCKKDENSGVLNKTVKTLEQDHQTSLSVIEKLKSEKEELASKVQDLDAKMLGLIAKCQNLDSENDSQSKSHAATVESLKAQLSEQESQLKIYRKKVSSNELVSEENSKLKDQLLSVEESLRHLREHLEKEKTKFAASLDADLKRISHLEEEMKKLSESRDEALHNLDEERTAGKKIESQLKHLEEEYQKANESLQAKLAGSCAAIKQREEERDELSKVVDIWKAKYGESQQKIAQNSCHMQEQTEELKKTHSDVYQQLEGERSKVLMIEAKASETKSSQLEKINQLEGELSAANACIKEREAEEKKLVSALHSAEEKLKIAYQGESERLSHLETALSNAKQDLDCLAKELSDEKYKKAEFEAMVKVLKEQNSERIASLESELKNSLAVVKERKCESEKLSGEVEHLKRQLDDSSQKHKEALAQKNIEIKQLINAKEKATSDLAIKSEMGAQLQKAVDTHKSEFSALQNELSRSLDLLALKEGEVERLNKEAALRQEEIQQQQQTITKLTEEETALAALKDKVALQEKEIKQQVQATKGAEKEMAKLKSVISEKSKRIECLEQDIQNQKRDLSCIQEQHQSKLGESQGLQALIADLEKKCKEQKELICEAQNKAAEAKTLASEKASVSERQLEGIQALEIEIGKERQKACDLQKQLELSWAVQEEKETELQALKKELFHKVQELEQSQTSFTDSSGEALLYLSEAQERQQALTEAKEQAEQYQKEIEMKNKEVNSLQAEIKILSSKVTTNEEVSVDFEQRLLKETSKSAKLEEKMQKLHMELEASFKELLEKNCAIDCLTTEAQNLKGEADQQRMAVDSLQQKLSSKAETNHTLQQEIQAWQKNCAEKEQQICSLQQNLKSNQSLLEEFASLKHSYQEIIAERDLMQEKHQEELLSHKKLTERFQAELEKAKEDMTEIVLLKEKLHNQELQLHKFQSENSYSLTQISHLQQVNSQLLGANQSLSQISDQGAKKLESEMSTLKEQHKEEMKTLRLQYEKTLREGNKQVQETSLQLETVTSKYDHVKSKVLKDQKTFQEEKQRLLLQVQELNKQLSQQEKTIRSQQQKLKQREGETHEEADKSHKRVLELESQLEQQTQAVEHYKAQMEKAKVHYDAKKKQNQELSEELQSHIKQQEHLSKENADLKAESEQLHKELQHSLLQSKEVEQNCKNLSNRVRSLEASWSTLTGQLRDPGKFQLATAFHEESGHFCAPRQTRSHADVSIDSLDLSFGEDQLLNSTSERCNEEPATSSVHASSPDSLISGQLPKKVESLESLYFTPIPTRAQSKLESSIGSIGDLSLDSSKKTQSARRRTMQIINITMTKKTKEEPESANTSFYSLRSAPSYQSLHLQNPRRAGRPPAAISAPALASLPSQESLAKTEHFSSDDSLNNLPGYQHPTRRSARLSQTGGRSSFYMSTCQDEPDPQDDWTRIAELQARNKTCPPHLKTSYPLESRPSIFSSTITDEEVKLGDPKETLRRATLLPGQIQDSMTSTRRQTLAVPGAEHLKGHNISTRQQMKRVSEESHYGPDTPEAKKTATCFPRPMTPKDKHDTRRVSTMESKGSSSHQQAQPTRRQATAFSIFNTPKKLGNSLLKRGLNKKTTPKNSPRGRGANGSTSSTSNKPSHLSLRKSPSQRSPRVSTAKSPRASNKLFERKQQRNK

Genomic		tropicalis
Genome Browser Synteny		JGI Browser Xenbase G-Browse

Expression		tropicalis	laevis
UniGene		Str.26886	Xl.1261
Gurdon EST/FL		CAAK6163	IMAGE:3431240
Affymetrix 1.0		Str.26886.1.S1_at	Xl.1261.1.S1_at
GEO data			GEO

Orthology		MOD	Entrez Gene	Genetic Phenotypes	Morphants
human		OMIM:Gene	NUMA1
mouse		MGI	Numa1	All(3) Targeted, knock Out(1) Targeted, other(2)
zebrafish

Publications
First:		A neutral amino acid change in segment IIS4 dramatically alters the gating properties of the voltage-dependent sodium channel. [Proc Natl Acad Sci U S A 1990]
Most recent:		Aurora A phosphorylates MCAK to control ran-dependent spindle bipolarity. [Mol Biol Cell 2008]
		View All Papers

Functional Ontologies
GO: Molecular:
Biological:
Cellular Component:
EC:
KOG:

Suppliers		tropicalis	laevis
Clones		open biosystems	open biosystems
		geneservice	geneservice
		RZPD imagenes	RZPD imagenes

Symbol legend[+]

- Blast this sequence
   - Literature Or Expression Images