- Transcript 'Harore.CG.MTP2014.S3...'
Transcript Model
Transcript Id
Harore.CG.MTP2014.S326.g06934.01.t
Possible name(s)
ARAF; KSR1; KSR2
Gene model
Location
S326 [45,359 / 58,097]
Amino acid sequence
Length: 1,121
>Harore.CG.MTP2014.S326.g06934.01.p
MPAETQEQGWTKMAESALKQLVDIQSMIEIMSERLVALRDLRQQEYIKQDIRSLEGKLLK
HFWKQLTTKCKVPKDHRTSVFQNYPSLNQWLTVVGVARDLNEKLNNQLYSVEKLLELNQE
EISKLVYKNEGDSEDNRKLSSALEQLKNFREKNSNGHQDTEGIYWDSWCKATNENVQNGI
TSKECDNGENTSDEKQHTEHERHVDYNENIQNSAHSNSTKDFTSARNTSESHASPPHSSR
SSLSSGGPPSPAYNSKMMSTAPYYTNSAHATPSPSYLRHVAQEQPDLMGNRTRQGSGLTT
STPPPVRSSKMQDTATNSNTLNKTSSGNHKLLMPFKPLKGAKSFEWQVGNHITAGGDESM
TNSNLSLTSINTLPPPSSSNSSSIALFSTGKKRKKRPGNIVINNKRDPFIDPPDLLTLLR
PVNRRPSLTLNISPESGVYSTYTSGSPLSPKTPMTPSTPISSDLWLRERDLSGASPVPPH
TPKTPRFKHLRAFKEKIIGFRKGLRRNKSEERVADDVSVTNHPRPKVRSDTFPVINVGGI
ATSQHSGVTHSLSEQPIMTKHFPTDDSRHNSIHSSNSSISDTSRQPPRLHYEGSFDAGLL
FSGMTTPGETSLLSGRANFAYDVHYFETTGTIGSMNFSGTDKTITTDMTDIPFDSTIGTT
TSYKTEQSETSDDNMNDELEDTLEAEVNMMRPNLLRQASTTSTMNEEWDIPWDDLDFDET
DLIGKGRVGAVYKGRWHGEVAIRVIDICHSDEFKLRAFKHEVMLYKKTRHDNIELFMGSC
MNPPRLAIVTGFCKGKSLYQYIAANKDQTVNLHQAKIIAQHIAQGMGYLHSRGIIHKDLK
SKNIFVDGKRVVITDFGLMGLHAISSQTMRIKPRTLQIPDGWLCYMAPEVIKNLTWPMEE
GIDVVSCLPYTKESDVYAFGTVWYELLTGCWPFKEYPAESIIWQVGNRKKQSLGHLQGSK
ELKDILMACWAYDSSQRPDFSDSGIMGHLLRLPQAKILRRSSQPIKGNKKGGRLGGAGPH
DRLFDPTSFTSCVTRSCFGFALVQESTVAFFEICSQGAYPHRFHCTRGCTEPKSNVLILL
VPNDSQLEDLDGTVSDIDHTIKILNILKVYKCRLYISFIML
Nucleotide sequence
Length: 7,214
>Harore.CG.MTP2014.S326.g06934.01.t
AGAGCAATATGCAAGTTTAATAAACCTACTATTTAAGGGACCTAGCGGATCAATTTCTGC
GGCCAGACGCTCATAATAAAGAAGTTATGAGAGAAGATTTCAAGGACCCGTTCTTTTGTG
TTGGGACATAGCATTGTTCTTTAGTAGTGTTCAACGAAAAGCAGAAAAGGAAATATGCCC
GCTGAAACGCAAGAGCAAGGTTGGACGAAAATGGCAGAAAGTGCTTTGAAGCAGCTGGTT
GACATTCAAAGCATGATCGAGATCATGTCTGAACGTCTCGTAGCTTTAAGAGATTTAAGA
CAACAGGAATATATAAAGCAAGACATCAGATCCTTGGAGGGGAAATTGTTAAAACATTTT
TGGAAACAACTGACAACGAAATGCAAAGTTCCTAAGGATCACCGGACGTCCGTGTTTCAA
AATTACCCATCATTAAATCAATGGCTCACCGTTGTTGGCGTCGCCCGCGACCTAAACGAG
AAACTCAACAACCAGTTATATTCGGTTGAAAAGCTTCTCGAACTGAACCAAGAGGAAATC
TCAAAACTTGTTTACAAAAATGAGGGAGATAGCGAAGACAACAGAAAGCTGAGTTCGGCT
TTGGAACAGTTGAAAAATTTCCGAGAGAAAAACAGCAATGGGCATCAGGACACCGAAGGT
ATATATTGGGACTCATGGTGCAAAGCCACCAATGAAAATGTGCAGAACGGCATCACGTCG
AAAGAGTGCGATAATGGCGAGAATACGTCGGATGAAAAGCAACACACCGAGCATGAAAGA
CACGTTGACTACAATGAAAACATCCAAAACTCTGCCCATTCTAACAGCACCAAGGACTTC
ACCAGTGCAAGAAACACTTCCGAATCGCACGCGAGTCCGCCCCACAGCTCCAGAAGCTCG
CTGTCATCAGGCGGACCGCCGTCACCCGCTTATAATTCGAAAATGATGTCCACGGCGCCA
TACTATACGAACTCTGCCCATGCCACGCCTTCCCCGTCGTACCTGAGGCATGTCGCGCAA
GAACAACCGGACCTGATGGGAAACAGAACTCGACAAGGGTCGGGGTTAACGACCAGCACC
CCACCACCCGTACGATCTAGCAAAATGCAAGACACTGCGACGAATTCGAACACGCTGAAT
AAAACATCGAGTGGAAATCATAAGTTGCTAATGCCATTCAAACCGTTGAAGGGAGCAAAG
TCATTCGAATGGCAAGTCGGTAATCACATCACTGCGGGCGGCGACGAGAGCATGACGAAC
TCAAATTTGAGTCTCACTTCAATAAACACCCTACCACCACCCTCGTCTTCTAATTCATCC
AGCATTGCACTCTTTTCAACCGGGAAAAAACGTAAAAAGAGGCCGGGAAATATAGTAATT
AATAATAAACGGGATCCATTCATCGATCCTCCCGACCTGTTAACTCTATTAAGACCGGTG
AATAGAAGACCGTCTTTGACTCTCAATATTTCTCCCGAGAGCGGAGTATATTCTACTTAC
ACGAGTGGATCACCTTTGTCACCCAAAACTCCTATGACACCTTCAACGCCAATCAGCAGC
GACTTGTGGCTGAGAGAGAGAGACTTGTCCGGAGCTTCCCCGGTACCCCCACATACCCCT
AAGACACCTAGATTCAAGCATCTCAGAGCGTTCAAGGAAAAAATAATTGGTTTTCGAAAA
GGACTGAGAAGGAACAAAAGTGAAGAAAGGGTTGCTGATGACGTTTCTGTTACTAATCAC
CCCAGGCCCAAAGTGCGTTCAGATACTTTCCCAGTCATCAATGTCGGTGGTATCGCTACC
TCTCAACATTCGGGTGTTACTCACTCATTGAGCGAACAGCCCATCATGACCAAGCACTTT
CCCACTGATGATTCTCGGCATAACTCCATCCATTCGTCAAACTCGTCTATATCCGATACT
TCTCGTCAGCCTCCGAGGTTACATTATGAGGGATCGTTCGACGCAGGGCTATTGTTTTCC
GGGATGACAACGCCTGGTGAAACATCTTTGCTGTCTGGGAGAGCTAATTTTGCCTATGAC
GTACACTACTTTGAAACCACTGGTACCATCGGCAGTATGAATTTTAGTGGAACAGACAAA
ACTATCACGACGGACATGACCGACATACCCTTTGACTCCACTATTGGCACGACGACGTCT
TACAAAACGGAGCAGTCTGAGACGAGTGATGACAATATGAACGATGAATTGGAAGATACA
CTCGAGGCAGAAGTGAACATGATGCGACCTAATTTGTTGCGGCAAGCCAGTACAACCAGC
ACAATGAATGAAGAATGGGACATTCCATGGGACGATCTGGATTTCGACGAGACCGACCTG
ATAGGTAAAGGTCGTGTCGGCGCGGTGTACAAGGGCAGATGGCACGGAGAAGTTGCCATA
AGAGTCATCGATATATGCCACAGTGACGAATTCAAATTACGAGCTTTCAAACACGAGGTC
ATGCTGTACAAAAAAACCCGCCATGACAACATAGAACTGTTCATGGGATCGTGCATGAAT
CCGCCAAGGCTGGCCATCGTCACCGGGTTTTGCAAAGGAAAATCTCTCTACCAATATATA
GCGGCCAACAAGGATCAGACAGTGAATCTTCACCAGGCTAAAATTATTGCTCAGCACATT
GCCCAGGGAATGGGATACCTGCATTCACGAGGGATTATTCATAAAGATCTCAAGTCTAAG
AATATTTTTGTCGACGGGAAACGTGTGGTGATAACGGATTTTGGTCTGATGGGACTGCAC
GCGATTTCAAGTCAAACTATGAGAATAAAGCCTAGAACACTTCAAATACCGGATGGTTGG
TTGTGCTACATGGCTCCAGAAGTTATAAAGAATTTAACATGGCCGATGGAAGAAGGCATC
GATGTTGTGTCCTGCCTCCCGTACACCAAGGAATCGGATGTATATGCGTTTGGAACTGTG
TGGTATGAGCTGCTCACCGGTTGCTGGCCTTTCAAGGAGTACCCGGCTGAATCTATAATT
TGGCAGGTTGGAAACCGTAAGAAGCAGAGTCTGGGCCATTTACAGGGATCGAAAGAACTG
AAGGATATACTGATGGCCTGCTGGGCATATGACTCTTCACAGAGACCTGATTTTTCTGAC
TCCGGGATCATGGGGCATCTCCTAAGACTTCCCCAAGCTAAAATATTACGCAGGTCCTCA
CAACCCATCAAGGGGAATAAGAAAGGCGGTCGACTGGGGGGCGCCGGGCCCCACGATCGA
TTGTTTGACCCCACCAGTTTCACTTCGTGTGTTACGCGATCCTGTTTCGGTTTCGCTCTA
GTGCAAGAATCCACCGTAGCGTTCTTTGAAATTTGTTCCCAAGGTGCATATCCACATAGA
TTTCACTGTACCCGGGGATGTACCGAGCCAAAAAGTAATGTTCTAATCCTCCTGGTGCCA
AATGATTCACAGCTTGAGGATCTAGATGGAACAGTGTCTGATATAGACCACACGATTAAA
ATATTGAACATATTAAAAGTTTATAAATGCAGATTATATATTAGCTTCATAATGTTATAA
CACCGAAAAGGGTTTTTGTCAGCCTGCGCTGTAATTCTCTATAACATCATTATTTTTAAA
TTTTGATTTCCAAATTTTAGAATCCAGTCTTGACCAATCAAATTACCAATTACTTCATCA
ATTCTTTACCAGCAAAATCTCTGTGCGAATGTTTTATAATGTCAATGGATATCTTAATTG
TGATAAATGTTATAGCATGTGGGGTGTAAGCTCTATGCAAAGATAAGTAACCTCATTATC
ATGAATTATCAAATAAATATATCTTAATATGATATGGCATAGTAGAAAGTAATGCCTCAT
CGGGCACCCGAAACGCAAGCCTGAATAATCGACCACATTTCACAGAGCCTCGGAGAAAAG
TTGATCATTAAGAAGGAGGATATGCAACCCATTTAGCATTTTTATCTTGGTGCATCCTGT
ATTGTCAGCAGAAAATTGTCTGTCCTTACACCATAACCATCTTGGTCCATCTTAGAAGGA
CATTTTGGTAAAATTACATCATGTTGTTCGCTGTCTGTCTTTCATTAATGTCCAAAACTC
TTTAAAATGGGTTGTATCCATATGCATGTTGTTCCATGTGTCGTGAGTGTGACCACAAAA
TGCAAGGATGGTTGCAAAGCACTGTCTGAAAACGTTTTTAGCACCGACCGCTTAAGTGTC
CTTGTGTCTCACGCAGCTGCGGCCGAGTGACTTCATTGACATAAACATCAGCTGTGCATG
CATGGGATTGAGCGAACCGTTTATTACTGTGGACGATACGTTTTTCAGACATTATGAAAG
ATTGGAGCCTTCGAAAAGCGCCTCTCCCTTTGCAGCGTCTTGCCATAGTTTTCTGTGAAG
GTCAAGAGCTCGTACTGTTTGAAGAGATCTTAACTGAAGGTACTTGTTTGACAGAGCACA
CTGTTATTTACGATGTTATGGACAACATCGGAGTTGGCATGTACCACATGTTGTTTTTGT
TTTTTTTGGTTTGTGCACTTGGTTATAGTAGTTGTTAGATTGTATATTTCCTCGCTATAA
TTCCACTAACTAAGATCAAAGTTTAGATGCGTAATATCTAGAAGGACTACCTTGAAAAGC
TTTTTATTTTGTTTATCCCTCTTACATTCCCGCTTGTATTTAAGATTCTTTATCTTTCGA
CTCCTCAATCTTTATTTTTCTATTTCAAATCCTGATATTGACGCGGGTTAACATTGATTT
CCTTTCGACCGTCTGTATGTTCGTAGATATGTCGTAATATCCATAACCTTCAGACAGATT
ATGGATCTGATCAACTGTTTATCGAATACCTAGCATATTATACGATATATGGTCAATAAG
GGTATGTGCAATTTTGGTACAATTTTAGAATACACTTCGAATAAGGCTATATATGTTCCT
GACTATGCTGCATGTTTCTGATACAGGAATATCTTCTTTTATATAACTAAGTTAATTAGC
ATGTACATACAAGCTATTCACTCGTGCTATTTGGGATTCAATTTTCGGCACCATCAAGTA
CGCATGGAATATACAGGGCGTCTCAAGAGTGTAAATGCAGTTCAAATTTCTCGTTTTTTT
TCAAAAAAGTTCCAAAATAGTTACATTTTTTAAAAATCATTTTAATCAAAGGGATGAAAA
TCTGCATAGAACTACTTGACACGTAGACCAGTACATGTGCGCAACCTTTCTAATTGTACT
TGGTCTACAGATTACCTATCCCCCGTATCTGACTGTCGTATTTGGGATCCAGTTAGAACT
TGAATTCTCAAAGACTAGTTTTACTTTGATTTCAAAGTTTGCGCAGCAACTCAAATATGA
AAAGAAAAATATGCATCGATGTGTACAGTGACTTTTGAGACACCCTGTATATATCATTCA
TTGTTAAATATTTCGTCTAACAACTTTCGTGCTCATCAGATTATAACTGTGTTTCGGTCT
AGGAATAGAAAGATACAAGATATCCCTATATTTTTACTATAATTACTTATTATCAAATCT
TCCAATTCTATCGACAAAAATTTCTTAAAATGTTCTGTATATTATTCTGCACTAGTATTA
TATTGTCGTAAATTGCTTTATTAGAATTCTCCTTGCTTGTACACCACATATTTTTGTTTG
CAGTGTAAGAGCACTTTTGAAAGACAACCTAATCTTCGAATAGGTAGATATTCAAAGGTT
CCCATAGTAAAAGTACAGTTGTTACCAGTATTATTTATCATAGAGTTACTCCCTTTTGTT
AAATAGATATATCAGTATATGCTGGTGTTCAGGTGACCAGGCTTACAGTATCTTGGGCAT
GTGAAGATTGAGATGGTACTTGCTAAATTCAAGTCATGTTGAGAAACGCAGATCAGAAAA
TAGAATACTGGAGGAATTGGAGGTGAGGTTTACTTGCTACTTTTTGAGCTATTTCTCGTT
CAGAAAGTGGACCAAAACAGCAACTTCATGTGGTATTATTTTGCTCTTACAAATTCAATT
TAGTTTTGTCCTGGAAACCTTCAAAGTCCTTAACTGTTAGCTTTTTTTATCCACATGGGT
ATGAAAATAGCTTGATGCATATTTCAATCACACAAGCGTTGATATTCTTAAAAATGTCTA
TTCCCTTCATTGCTTCACATCAAGAATTCATATCATATGTTTTCACCATTCAATTCATGA
GAAAACACAAAACAACTAGTACGTAATGCATAGATGATAAGATTATTACTTGAACAGTTC
CTTTTTCAAGTTCATAGGCAACGAAATGAAGAGCAAACTAAAAATTACGAATATCGGCTG
CCGCATCACAATAAGTAAAATGATATTTTACACGGATCATTAGCAAAGTTCAATCATTTA
CTAGTAAAAAGTTGACATATATTTAAGATCAAACCGAACCAATAGAAGTTAGTTAATTAA
AAGCTTTATTTCAGTATTTTTAACAAGTCCTGTGATTCAATTACTATTGGTAATCCATAG
TAAAAGCCAGTCAATTTCGACCTTGTTTAATAAAGAGCCAATACTACACTCCCAGTACCA
GACAGAGGGCGGCAGATTGAGAAATTGATCCCAATCCCACTACAAGCAAAACGAGCAATA
TCAATAAAAACTTTATTTGAAGAAGAAGGCCTTATGTCATATTCAAATCAGAAGCTGATT
GGCTCAAATGGTAAACCTCGGACCTTGAAGTGGTCCGAATTGACCGGGAATGTAATAAAC
AGTGATTTGAATCGACTGCAAGCTGATAATCTAATATAATAATAGTAATGGTGTAAAAAC
TACTGCACACATAGTGAAATCGATTCACAGCATGAGAGCAACGAGTTGAATTGTTTAAAC
GTTATAACTCCCCGGTATATTTTTGTGCGAGGTATCATTCACCGGAGAGCAAGGTAGAAA
CCAACAATAGATCGGACCGTAACCGCAGATCTCGCGAAGCAGAGTCATTTTCATTTTGCG
TGGCCTCACGTTGATCTTCTTCTTTCGGTTTTTGTGTATGACATGTTCAACAGCGGTTTC
GTCCCCAAATATAGAAGACAACTGATCACACAGCATAGCAATCACAAACATTCCGAATAG
TATTGTTTCAATGCATAGACCAATTCCATGAGCACTGAGTGATAATATAATATTTTACGC
ATAAGTGGATGTATATTATACGGAAAAATGATTTTATGTTCGAGTACTCACACATCAGAA
TTTCTGTTCGCCAA
| Pfam |
KSR_SAM-like_dom (IPR025561) - T[22-147] 4.7E-24 |
| SUPERFAMILY |
Kinase-like_dom_sf (IPR011009) - T[697-982] 2.43E-59 |
| SMART |
Prot_kinase_dom (IPR000719) - T[717-989] 9.6E-38 |
| ProSiteProfiles |
Prot_kinase_dom (IPR000719) - T[717-991] 35.962 |
| Pfam |
Ser-Thr/Tyr_kinase_cat_dom (IPR001245) - T[721-982] 2.8E-49 |
| ProSitePatterns |
Ser/Thr_kinase_AS (IPR008271) - T[834-846] . |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| KSR2_HUMAN | 47.507 % | 320 | 1.12E-93 |
| KSR1_HUMAN | 47.267 % | 298 | 7.55E-86 |
| ARAF_HUMAN | 35.714 % | 172 | 6.28E-45 |