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  1. Transcript 'Moocci.CG.ELv1_2.S61...'

Transcript Model

Transcript Id

Moocci.CG.ELv1_2.S616158.g25999.01.t

Possible name(s)

MAPK1; MAPK4; MAPK6

Gene model

Moocci.CG.ELv1_2.S616158.g25999

Location

S616158 [9,501 / 21,918]

Sequences

Amino acid sequence

Length: 818

>Moocci.CG.ELv1_2.S616158.g25999.01.p
MDTLMLKIGDFGVSRIYDEDYNHSCHLSMTTSTKSYHSPELLLHPRHYTKAADMWSAGCI
LAEMIGGKPIFKSEHSMEQMNLITSVLPVTNEDWMSVTNPQCNSENCCASVEMYESNHND
GSPLNPLEKMLPDVSSSALNLLKLLLCFDPLRRVTADDALSHPFFASYFNPLDEPVCTRP
FRIEDELDDFSAPDLEAMLQAESYSLTSSMSKSDTNASQPSNLNSMENASSPNSNLNTNA
SYRSLLSLADNCQQHKALSESEARTLACDFEYGVQIQCASLNKDRMSLDFQPISSNADCY
DPYKWNSKSSNLRPNATAPNLQTQKIENVSHSDHGYHSSYCSTSANTHSYGPTRTNTVHS
STLWSLSSPEGSDQEKGMAGRDTPDAARTPDIMEDEDQPSMTSRHSEVSLGSSTSRRHHH
HSHHHHHHHHSHHHHHHKHRHHDRDRHHNTTPSSEGSTPVAFTTGSSNEITLAKPEGRMS
GSPKRRRSSHKRTKKISEKSNEDSSDSGSKKSNGCKKENCKFNLKNANSDSCLLNKNKAL
VKQPGNEIVKDNGGEENKINKDESIHEHLSLTNLQKGKGSTHSAFKKYVSSENVSGKIET
SNNQAKTKIDNISDKKKTTESVPIKKVNDLPDTSIDFFSKKSAVRPRTWSEGCKFRRKVI
SISNTVPTFPDLPKNTSNINEGEQQYKSLHLSFMHRLRTQIAQMFPIGAKSGSNISNACC
LPTSCTTQYLQPETTVENLIGNSHQHVLHRIRHFSDDRRFVSTTPPDQLLFGIQNPSTLN
QSDLSCVSGTPPPKCSTSDSALGGNSLDLNRSRVECPF

Nucleotide sequence

Length: 2,823

>Moocci.CG.ELv1_2.S616158.g25999.01.t
TTTAATAATAAATTTACTAAAAATTGGAAAATGAAACTCCTTATAATTTGATGGTACATC
ATGATTAATACAAACATTTTTATTTTATTTTAGTACATACATAGTGCCAGTGTTATTCAT
CGCGATATCACCCCAAAAAATATTTTTGTTAACATGGACACGTTAATGTTAAAAATCGGC
GATTTTGGAGTGTCAAGGATTTATGATGAAGACTACAATCACTCGTGCCATTTATCAATG
ACCACTTCAACAAAGTCATACCATTCCCCTGAACTTTTGTTGCATCCAAGGCATTACACC
AAAGCAGCAGACATGTGGTCAGCCGGTTGCATTCTTGCTGAAATGATTGGAGGGAAACCT
ATATTTAAAAGTGAGCATTCCATGGAGCAAATGAATCTAATAACTTCAGTTCTTCCTGTC
ACCAATGAAGACTGGATGTCAGTAACCAATCCCCAGTGCAATAGTGAGAATTGCTGTGCC
TCTGTTGAAATGTATGAATCAAATCATAATGACGGATCCCCACTAAATCCTTTAGAAAAA
ATGTTACCTGATGTTTCTTCTTCTGCGCTTAATTTATTGAAACTGTTACTGTGCTTTGAT
CCACTTCGGAGGGTGACCGCTGATGACGCTCTTTCTCATCCTTTCTTTGCATCCTATTTT
AATCCACTGGATGAACCAGTTTGCACTAGACCATTCCGGATCGAAGATGAACTGGATGAC
TTTTCTGCTCCAGACTTGGAGGCTATGCTGCAGGCTGAAAGCTACAGTTTAACAAGTTCT
ATGAGTAAAAGTGACACAAATGCTTCCCAACCTTCTAATCTTAACAGCATGGAAAATGCT
TCTTCACCTAATTCAAACTTGAATACAAATGCAAGCTACCGTAGTCTCTTAAGCTTGGCT
GATAACTGTCAACAACACAAAGCACTATCTGAATCTGAAGCAAGAACTTTGGCTTGTGAT
TTTGAATATGGTGTACAGATACAATGTGCCTCACTTAACAAAGATAGAATGTCATTGGAC
TTTCAGCCGATTTCATCAAATGCTGACTGCTACGATCCTTATAAATGGAATTCAAAAAGT
TCGAACTTACGTCCAAATGCAACTGCACCAAATTTACAAACTCAAAAAATTGAAAATGTG
TCGCACTCTGACCATGGGTATCATTCAAGCTATTGTTCCACATCAGCCAATACTCATAGT
TATGGACCAACTCGAACCAATACTGTTCATAGTTCGACTTTATGGTCTCTTTCCTCTCCT
GAAGGTTCAGATCAAGAGAAAGGGATGGCTGGCCGTGACACTCCTGACGCAGCTCGTACT
CCTGATATAATGGAAGATGAGGATCAACCGTCCATGACATCTCGTCATAGCGAAGTGTCA
CTCGGATCATCTACATCTCGGAGACACCATCACCATTCACATCACCACCATCACCATCAT
CACTCACACCACCATCACCACCATAAACACAGACACCATGATCGTGACCGACATCACAAC
ACAACTCCCTCTAGTGAGGGTTCAACCCCGGTTGCCTTTACCACTGGGAGCTCCAATGAA
ATCACTTTGGCAAAACCAGAAGGAAGAATGTCTGGAAGTCCAAAGAGAAGACGCTCTAGT
CATAAACGAACAAAGAAAATAAGTGAAAAAAGCAATGAAGACAGTAGCGATAGCGGTTCG
AAAAAATCTAATGGGTGTAAAAAAGAGAACTGTAAATTTAACTTAAAAAATGCAAACAGC
GATTCATGTCTTTTAAATAAAAATAAAGCACTGGTTAAGCAACCTGGTAATGAAATTGTT
AAAGATAATGGTGGTGAAGAAAATAAGATTAATAAGGACGAATCAATTCATGAACATTTA
AGTTTAACTAACTTACAAAAAGGTAAAGGAAGTACACATTCAGCTTTCAAAAAATACGTA
AGTTCTGAAAATGTATCTGGAAAAATCGAAACATCAAATAACCAAGCTAAAACTAAAATT
GATAACATATCCGATAAAAAGAAAACTACTGAATCCGTGCCAATTAAAAAAGTTAATGAT
TTACCTGACACATCCATTGATTTTTTTTCTAAAAAATCAGCTGTAAGACCGCGTACTTGG
TCAGAAGGTTGCAAATTCAGACGTAAAGTCATAAGCATCAGCAATACTGTACCAACCTTC
CCTGATCTACCAAAAAATACAAGCAATATAAATGAGGGAGAACAACAGTATAAATCATTA
CATTTATCATTTATGCATAGATTAAGAACACAAATTGCTCAAATGTTTCCCATTGGTGCT
AAAAGCGGTTCTAATATATCAAATGCTTGCTGTTTACCCACCTCTTGTACAACTCAATAC
TTGCAACCTGAAACTACTGTTGAAAATCTCATTGGTAATAGTCATCAACATGTTCTTCAT
AGAATCCGACATTTCTCTGATGACCGGCGTTTTGTTAGCACGACACCTCCTGACCAATTA
CTATTCGGAATCCAAAATCCATCAACCCTTAACCAATCAGATTTGTCTTGCGTCTCTGGA
ACCCCGCCTCCTAAATGCTCAACATCTGATAGCGCTTTAGGAGGTAACAGTTTGGATCTC
AACAGAAGCCGAGTGGAATGTCCTTTTTAATTTTGGTTTTAAGCGAGTACTTGTTGTAAT
TATAAAGCCCTGTTTTTGGTGAGAATTTTGCGATGCGTTTCAAGGTACACAAAATGCAAT
GTTCTATGATGCAAGCTTCTGCAATATTTGCATTTATTAGTAATAGTTTTTCTAATTTAT
TGAAAATTTATGAATTTTTTGTGTTCTTTCAAATGAACATATATACTATTAAGTCAGCTA
CTT

InterProScan

ProSiteProfiles
Prot_kinase_dom (IPR000719) - T[1-165] 20.853
SMART
Prot_kinase_dom (IPR000719) - T[1-165] 4.4E-5
Pfam
Prot_kinase_dom (IPR000719) - T[4-165] 5.6E-25
SUPERFAMILY
Kinase-like_dom_sf (IPR011009) - T[4-174] 3.12E-35

Best Blast Hits in UniProt
Protein Name Identity Bit Score e-value
MK01_HUMAN 36.181 % 145 6.46E-38
MK06_HUMAN 45.55 % 179 3.1E-47
MK04_HUMAN 44.385 % 169 2.24E-44