- Transcript 'Moocul.CG.ELv1_2.S10...'
Transcript Model
Transcript Id
Moocul.CG.ELv1_2.S105402.g10058.01.t
Possible name(s)
MAP3K10; MAP3K11; MAP3K9
Gene model
Location
S105402 [13,386 / 33,173]
Amino acid sequence
Length: 1,302
>Moocul.CG.ELv1_2.S105402.g10058.01.p
MEAATFSPMQNGTTNGQLINNMNHAGPSQAANFYNPVTVFQPVSNGLTSPLVKNGINPAV
GGTTGYTGVNPYKVQQAPMTSWIGDTGHTNPMWMVKFPYQPEQEDELTLEHGQPIEVLSQ
QCQDEGWWMGKVNDKVGLFPSNYIEPVTKAAIPGIKPQKSNNYTKLNEDDSPLEANTIVV
EPPPYKEIRFSELTLNEIIGVGGFGKVYHGTWDDREVAVKAAKVDPDEDISMTINNVEKE
ARMFSMISHKNIIALEGVCLELPNLCIVLEYATGGALNRFLTGRKLPPQILVDWALQIAH
GMNYLHNEVETPLIHRDLKSSNVLIKEAVTENDNLQNKTMKIADFGLAREMYKTTKMSAA
GTYAWMAPEVIKSSTFSKASDVWSYGVLLWELLTGEQPYRGIDGLAIAYGVAINKFSLPI
PKTCPQEFKNLLNQCWCHDAHERPSFRMILTTLQTIAESPFITVNNESFRSMQDDWQKEI
EEMFNELRLKEKELRTREEDLQRSAMKQKIKEEYLNSRERELQEREVGIVERELKMIIKE
EQEHDEALKAPKPAKRKLKRSKLEKKGGIGEPTGFTHKLTVQANHVQSNRSILQEYLEGT
ADPHDFAPSNPTVRLKTIQNPSPGSSEALRAQKAAEIDSVDGDTTVRPTVLSISPDTSSS
PKGNSYDSEDFTPRPTPESSRENSLKRNPTLKQVVLGIARVFAAVAIGRDIQNFAQAAPS
LAIADDAASTSSGGSKGGRTASNSSLQVGGDKTTTAKDLTNQTSVGTVKAVPLHLQPDLM
SQSVTSLDSDPSTAVTQLSLSCDSINTIESQNTIRKNRSLDSTESKSLASSKQSLSSSRD
TIVVDKHTNAGFNHDDDVMGKINYAAQLSNSSTSGEFKGQENASKNLKKDDKKSDSPILV
VPFKTSPVLRKQPENRQRHSSAGNDKKRSSWGPTDVSDITVRTRGHRRTPSDGRVVVPIQ
PFDQIVRVLKETKSPAERAATPEQLNPELYRLPAPMPASRRKSDQGIIDTPGLERPNSLA
ITSRPRPNRNHRSNANKQQAMTPGSKSSLDSPLGLAALAPRTASLGSTSGDSSYAASLGS
NTPTNLNTVSSQHIVASSSSSGYNHGSVVPYTQPSNKSYPHAQSFSATTSYPQYQGNPAP
GYYQQQQHQPPPTTHTGYYQGTVYSSQPQLQAASQPPMQSKRTLSSNSSTGSLHSYSSSP
CRKMFQSQTSCDPYLQRGPTFYPSNNVHMGVRKTSSGSEKSYEALRQAASSSHPEPALSR
QPTSLLDRNMGEEEDKHFPLMQYRPKTEKQQNEKDFYRQFES
Nucleotide sequence
Length: 5,327
>Moocul.CG.ELv1_2.S105402.g10058.01.t
GATTTTACTTATAGATTGTTGTTGTTAAAGGCTTGGGGAATTATAGTTTTTGTTACTTTC
TGTTTTTGCCTGCTGATTTCTTAGTAAATGTGCTATGATTCCACTATTATAAGAAACTTT
ACATCGATGTAAATGCAATCAACATGCTTCAACAACATTAAATCTGACATGAAGGAGTAG
TGTGAAGACTGCGAGCAATGAAACGCATTGCAAACACAGACGGGCTACAATTAGCCAAAT
ATACTTGATTAGTAAAATTTAAAATGGAGGCTGCTACATTCTCACCAATGCAGAATGGCA
CTACTAATGGTCAACTGATAAACAATATGAATCATGCCGGACCATCACAAGCAGCAAACT
TCTACAACCCTGTCACTGTGTTTCAACCTGTTTCAAATGGACTAACTTCACCTCTTGTCA
AGAATGGAATTAATCCAGCTGTTGGCGGAACTACTGGTTATACAGGTGTAAACCCATACA
AAGTGCAACAAGCTCCCATGACATCATGGATCGGGGATACTGGTCATACCAATCCAATGT
GGATGGTGAAGTTTCCGTATCAGCCTGAGCAGGAGGATGAGTTAACACTAGAACATGGAC
AACCTATTGAAGTGTTATCGCAACAATGCCAAGATGAGGGTTGGTGGATGGGTAAAGTGA
ACGACAAAGTTGGCTTGTTTCCTAGCAATTATATCGAGCCAGTTACCAAAGCTGCAATAC
CTGGAATCAAACCTCAAAAATCAAATAATTACACAAAACTTAACGAAGATGATTCACCAT
TAGAAGCCAATACTATAGTAGTTGAACCTCCACCATATAAAGAAATTCGCTTTTCTGAAT
TGACGTTAAATGAAATTATTGGTGTTGGTGGCTTTGGGAAGGTCTACCATGGTACGTGGG
ATGATAGAGAGGTTGCTGTCAAAGCTGCAAAAGTAGACCCTGATGAAGACATCAGTATGA
CGATTAATAATGTGGAGAAAGAAGCGCGGATGTTTTCCATGATTTCACATAAGAACATAA
TTGCATTGGAAGGCGTTTGTTTGGAGTTACCCAATTTGTGTATCGTATTGGAATATGCTA
CTGGAGGTGCTTTGAATAGGTTTTTAACTGGCCGTAAACTTCCACCACAAATTTTGGTGG
ACTGGGCATTGCAAATTGCACATGGAATGAACTACCTTCACAATGAAGTCGAAACGCCGC
TAATTCATCGAGATTTAAAGTCAAGCAATGTGTTAATCAAAGAAGCAGTAACTGAAAACG
ACAATCTTCAAAATAAAACCATGAAAATAGCGGACTTTGGACTTGCGAGGGAAATGTACA
AAACAACGAAAATGAGCGCAGCGGGAACGTACGCTTGGATGGCTCCGGAGGTCATTAAAA
GTTCAACTTTCTCGAAAGCAAGCGATGTTTGGAGCTATGGAGTTCTGCTATGGGAATTAT
TGACGGGAGAGCAGCCATATCGCGGCATAGATGGGTTAGCGATCGCATACGGTGTTGCAA
TCAACAAATTCTCACTTCCCATTCCAAAAACATGTCCTCAGGAATTCAAAAATCTTTTGA
ATCAATGCTGGTGTCATGATGCGCATGAGCGACCTTCATTTCGAATGATTCTTACAACGT
TGCAAACTATTGCTGAGTCACCGTTTATCACTGTTAACAATGAATCGTTTCGAAGCATGC
AGGATGACTGGCAAAAAGAAATTGAAGAAATGTTCAATGAATTACGACTTAAGGAGAAAG
AACTTCGCACGCGTGAAGAAGACTTGCAACGATCCGCGATGAAGCAGAAGATCAAAGAAG
AATACTTGAACAGCCGAGAACGAGAGTTGCAGGAACGAGAGGTTGGAATCGTTGAACGAG
AACTGAAGATGATTATAAAAGAAGAACAAGAGCATGACGAAGCTCTTAAAGCTCCAAAAC
CTGCAAAGAGAAAGTTGAAGAGGAGTAAATTGGAGAAGAAAGGAGGAATCGGGGAACCGA
CTGGTTTCACGCACAAACTGACGGTACAAGCGAACCACGTGCAATCAAATCGATCAATCC
TGCAGGAATATTTGGAAGGAACAGCCGATCCTCATGACTTTGCACCATCGAATCCAACAG
TTCGATTAAAAACCATTCAAAATCCAAGCCCGGGTTCTTCAGAAGCACTGAGAGCGCAAA
AAGCAGCGGAAATTGATTCGGTGGACGGTGACACTACTGTCCGTCCAACTGTCCTTTCAA
TATCACCGGACACAAGTTCATCACCGAAGGGAAATTCGTACGACAGTGAAGACTTTACAC
CAAGACCAACACCAGAGAGCAGTAGAGAGAACAGTTTAAAGAGGAATCCCACATTAAAGC
AAGTGGTTCTTGGCATTGCACGAGTTTTTGCGGCCGTTGCGATTGGTCGGGATATTCAAA
ACTTCGCTCAAGCAGCTCCTTCACTTGCGATTGCTGATGACGCGGCAAGTACAAGTTCTG
GTGGATCTAAAGGTGGGCGGACAGCTTCAAACTCCTCTCTACAAGTCGGCGGGGACAAAA
CCACAACTGCAAAAGATTTAACCAATCAGACGTCAGTTGGCACGGTGAAAGCAGTTCCAC
TTCATTTGCAACCAGATCTGATGTCACAATCAGTAACTTCACTGGACAGCGATCCATCGA
CTGCCGTAACGCAGTTATCGTTATCATGTGATTCAATAAATACGATTGAAAGTCAAAATA
CGATTCGTAAAAATCGTAGTTTGGATTCGACGGAGAGCAAATCCCTCGCAAGCTCGAAGC
AGTCGTTGTCGAGTTCACGTGATACGATCGTCGTTGATAAACACACAAACGCTGGTTTCA
ATCACGATGATGATGTCATGGGAAAGATTAATTACGCTGCGCAGTTGTCCAACAGTTCCA
CTTCGGGAGAATTTAAAGGACAAGAAAATGCCAGCAAAAATTTAAAGAAAGATGATAAAA
AGTCTGATTCTCCTATCTTGGTTGTACCTTTCAAAACGTCGCCAGTCCTTCGAAAGCAAC
CGGAAAATCGACAGCGGCATTCGTCTGCTGGAAACGACAAGAAACGGTCATCATGGGGAC
CAACAGATGTTTCGGACATTACCGTTCGAACCAGAGGCCACAGGAGGACACCATCTGATG
GCAGAGTTGTTGTTCCTATTCAACCTTTTGATCAAATTGTAAGGGTATTGAAGGAAACGA
AAAGTCCAGCAGAAAGAGCTGCTACACCTGAACAACTGAACCCTGAACTCTACCGGCTTC
CTGCACCAATGCCAGCATCTAGAAGAAAGAGTGATCAGGGAATCATCGACACTCCTGGTT
TGGAGAGACCAAACTCGCTTGCCATCACTTCTCGTCCTCGACCGAATCGAAATCATCGAT
CAAATGCCAACAAGCAACAAGCGATGACCCCAGGCAGCAAATCAAGCCTCGATTCTCCGC
TAGGGTTAGCAGCCCTTGCACCCCGTACTGCTAGTCTTGGTAGTACGAGTGGTGATTCCT
CGTATGCAGCCAGTTTGGGCTCAAACACTCCAACAAATTTAAACACTGTTTCTTCACAAC
ATATTGTTGCTAGTTCCAGCAGCTCAGGGTACAATCATGGGTCTGTAGTTCCATACACCC
AACCATCAAATAAAAGTTATCCCCATGCACAGTCGTTCAGTGCCACCACATCCTACCCCC
AGTACCAAGGAAACCCCGCACCCGGGTACTACCAGCAGCAGCAGCACCAACCACCTCCCA
CAACCCACACTGGGTACTACCAAGGTACAGTGTACTCCAGTCAGCCACAGCTCCAAGCTG
CCAGTCAACCCCCAATGCAAAGCAAAAGAACACTGTCTTCTAACTCCTCCACGGGCTCTC
TACATTCCTACAGCTCATCACCATGCAGAAAAATGTTCCAAAGTCAAACTTCTTGTGACC
CTTATCTTCAGAGAGGACCCACTTTTTACCCTAGCAATAACGTGCACATGGGGGTGCGAA
AAACTTCATCAGGCTCTGAGAAAAGTTACGAAGCTTTACGTCAAGCTGCCTCGTCATCTC
ATCCAGAACCTGCTTTGAGCAGGCAACCAACGAGTCTGTTGGACCGAAACATGGGAGAGG
AAGAAGATAAACATTTTCCTTTGATGCAGTACCGACCTAAAACAGAGAAGCAGCAAAACG
AAAAAGATTTTTATCGACAGTTTGAATCGTAGTGCATGTAAAATGTCAAGTTCAATAGAT
ACAGCTTTGTACACAAAGCATAAAATCATACAAATAACGTGCAAATATGAACTTAAATCG
ATGTTTATAATGAAATGTTCGAGAATGTGCTTATAATAAGTTGTTATATGTTACACTTTT
TCTACCAACTTTTTTTGTGTGTGTTAAGCTTTTTACCAATCGCAGTAGGTAGTAATCAAT
TACGATCAGTGAACTAAACCTGCAAGTTCGTCGTACTATATGTAATTTGCTTGCTTTAGC
TGTAAGACAGTTAGATGTCTAGAACAGAAACCTCTGCTAATTGGTAAATGCTAATTGCTT
CCTTTTTTCACAGTTTAATTTGTGGTACGAAATAGTAACCTCTATTGTATGTCGCTGTTT
ATTATGAGATGTGGTAGATGGTTGTATCTGAATGTCGAAATATCTAGCAAGAAAATGGCT
TTTAACACAAGATGTATTTAAATATCGTTGTGTGCAACAAGTGACATTTTGAAGAATAAG
CTGATCCATTCCTGCTAGAGTGTTGTAGTGCAACAATTTATATTTGTTGTGCTTTAATTC
TTCTTTGGATTTAACAACAGATGTTTGGTATTGATTTAACAGAATGATGTGGACAATGAT
TGTGATGCTTTATAGAGTCTAAAGTGCCATTATTTTGCCTTTAATTTTGCTGGCCAATCT
AATTAAATACTTCGGCTGCTTTTATATGTACTGTACTGTGTCAATACTTGTATATTCCGT
TTTCATCGAATTCTTACGAAAGTTTCAAAACTTTACAATCGTTTTCGTATTTTTTTTTGC
TTGAAGGTGTAACAAAATATCTGTTCACCTTTTTACCAATATTGGCAGTCAAACGATCAC
AAAGTTACAACTCTCATTGAATAAGTAAAGTTAATTTGATTGTTGATGTAGCTATTGTAA
CTGCATCTCAAATTTTCATTGTAATTGACCTTTAATTTTGATCTTCTCGCACTTTTTTTT
TTTATTTATTTCTGATTCCAACGATGATGGCATGACATCACAGTGACCTTTGTTATCTGT
TGTGACGTCATATTGTTATACTGTGAGCGAACAGTGGTACATTGTGCGCTCTCTTACACT
TGAATTGTTTACTATAGACGCAATTGCATATTATATTCTTCTGTCCC
| ProSiteProfiles |
SH3_domain (IPR001452) - T[88-149] 15.153 |
| SMART |
SH3_domain (IPR001452) - T[91-148] 1.4E-17 |
| SUPERFAMILY |
SH3-like_dom_sf (IPR036028) - T[91-158] 5.78E-19 |
| Pfam |
SH3_domain (IPR001452) - T[95-145] 6.7E-13 |
| PRINTS |
SH3_domain (IPR001452) - T[105-120] 1.1E-5 - T[124-133] 1.1E-5 - T[135-147] 1.1E-5 |
| SUPERFAMILY |
Kinase-like_dom_sf (IPR011009) - T[177-453] 2.87E-75 |
| SMART |
Prot_kinase_dom (IPR000719) - T[193-462] 1.2E-61 |
| Pfam |
Ser-Thr/Tyr_kinase_cat_dom (IPR001245) - T[193-452] 2.0E-67 |
| ProSiteProfiles |
Prot_kinase_dom (IPR000719) - T[193-462] 44.273 |
| ProSitePatterns |
Protein_kinase_ATP_BS (IPR017441) - T[199-220] . |
| PRINTS |
Ser-Thr/Tyr_kinase_cat_dom (IPR001245) - T[269-282] 3.0E-15 - T[307-325] 3.0E-15 - T[361-371] 3.0E-15 - T[380-402] 3.0E-15 - T[424-446] 3.0E-15 |
| ProSitePatterns |
Ser/Thr_kinase_AS (IPR008271) - T[313-325] . |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| M3K10_HUMAN | 53.021 % | 532 | 1.13E-170 |
| M3K9_HUMAN | 54.862 % | 580 | 0 |
| M3K11_HUMAN | 47.872 % | 534 | 7.85E-173 |