- Transcript 'KH2012:KH.C8.356.v2....'
Transcript Model
Transcript Id
KH2012:KH.C8.356.v2.A.SL1-1
Possible name(s)
AAK1; DNAJC6; GAK
Gene model
Location
KhC8 [4,854,117 / 4,869,132]
Amino acid sequence
Length: 1,221
>KH.C8.356.v2.A.SL1-1
FEMSFLKSALDFVSGGNSNENFVGSTVELGQQKLNVNRAIAEGGFAIVYEASDENGTKYA
LKRLLAHEDSKKKEIIREIQFLRRLSGHPNIINYISAATISKEESGQMCDEYLLCTEFCE
GGQLVDVMKRLGGPMALDQIIKAFYQTCSAVSHLHKQQLPVIHRDLKVENLLLTAGGIVK
LCDFGSATTTAHYPDNTWAAGKRGQVEDEILRNTTPMYRTPEMIDMYSNYPINEMQDVWA
LGCILYLLCFYKHPFEDSARLAILNANFTIPSSDKKYKMMHPLIKSILQINPNNRPPAVV
IVEQLSEYAASMSIDPKSSIDLCKGSNAIIQPQAAPKPVSTPANPPPQQAENGGNNENAG
LFSMMKGGAGKLLTNIKDTSSKVVQSVASYAKSDLDVTYITSKLAVMSYPAEGMEATYKN
NIETVCAYLDAKHRDHYAVYNLSTRQYDSARFHHRVVNMGWQAKHAPTLKNLFTLCKHII
QWLKKDPLNVAVIHCTDGKAQSAVVACSVLVMCGLFNTADSSLFMFSIKRMPPGISPSYK
RYVEYICSMKEAQKPNQSSTPFPHSHRVTIKQVELSPVPLFNRMRNGCRPFCEVYVGESR
ILTTSADYESMRGFTDAEEKVTIDVGAEVGGSVGPDITLSVYHARQILGGKLALQAKQTG
IKMFQLQFNTGFVPINATKVHFRTYDLDACDIQEKYPEGFCVTLHVEVHADRNTNTTNLW
EGLSPKGLNPKLLFSTREEQSEVLQKFGHEEYDVKPSLTYTLSNINQEKGSKPDTNTSVD
GEQRSSSNVFETLDWHDEENNVNDPAQSELQKNGTSAPDLFNGDSTTLMNDHAEADLLGL
SSSSAPVNESQTASSHFPTNFDLLSGIGNQESAAQTTEPDLLGGANETPANSGTFDPFSS
FTSPPQQAPPAKAQSENMFNDFDTFDPFSNNPQVPSQVPKPAPTTQPQNNMFDPFAPGFT
TQSKPNQPSEPDLMSGWADPVKNLSTNQPQRPAAPQSKPQAYDPFSQFGNFSKTPQPTTN
AQQFPRATQMQQPSMSSAARPQAPMGGNYQPYKPAPQPQKSQPSYNFTNFSNSSQNWKSN
VKPQVKENAFDDLLSSSGFTATKKEETRRKLADLKREAQTSQLDPEKAKIINWIEGKERN
IRALISTLHTVLWEGETKWKACGIHQLVQPNDVKKFYRKACLIVHPDKATGKPHEEYAKL
IFIELSDAWAEFEEKGMQALF
Nucleotide sequence
Length: 4,610
>KH2012:KH.C8.356.v2.A.SL1-1
ATATTTCTAGTTTGCACAAGCAGTTACGAAAGTTGTATAAATAACACATACATAATATTG
TTCGACGTAATTTGAAATGTCGTTCTTAAAGTCTGCCTTGGATTTTGTCAGTGGCGGAAA
TTCTAATGAAAACTTTGTTGGTTCAACTGTGGAATTGGGTCAACAAAAGTTAAATGTTAA
TCGAGCAATTGCTGAAGGTGGTTTTGCGATTGTGTATGAAGCATCAGATGAAAATGGGAC
CAAATATGCATTAAAGCGGCTGTTAGCGCATGAGGACAGCAAGAAAAAGGAAATTATTCG
AGAAATACAATTTCTAAGAAGATTGTCTGGACATCCAAATATTATCAACTATATATCTGC
AGCTACAATTTCAAAGGAGGAATCTGGACAAATGTGTGATGAGTATTTACTCTGCACGGA
GTTTTGTGAAGGTGGTCAGTTGGTTGATGTAATGAAAAGGTTGGGAGGTCCTATGGCACT
TGATCAAATCATTAAAGCTTTCTATCAAACTTGCTCAGCTGTATCTCATCTACATAAGCA
ACAACTACCTGTAATCCACAGAGATTTAAAGGTTGAAAATTTGCTTCTCACTGCTGGTGG
GATCGTAAAACTGTGTGATTTTGGGAGTGCCACTACTACTGCTCACTACCCAGATAATAC
ATGGGCTGCTGGGAAAAGAGGACAGGTTGAAGATGAAATATTACGTAACACAACACCCAT
GTATCGAACACCTGAGATGATTGACATGTACAGTAATTACCCAATCAATGAAATGCAGGA
TGTTTGGGCACTTGGATGTATATTGTACCTTCTATGCTTCTACAAACATCCATTTGAGGA
CTCTGCAAGATTAGCAATATTGAACGCAAATTTCACAATTCCATCGTCAGACAAAAAATA
TAAAATGATGCATCCACTTATAAAATCTATCCTACAAATCAACCCGAACAACCGACCACC
AGCAGTGGTTATAGTTGAACAATTATCTGAATATGCAGCTTCCATGTCTATTGATCCCAA
GTCATCAATTGACTTGTGCAAAGGCAGCAACGCAATCATTCAGCCTCAAGCTGCGCCCAA
ACCTGTGAGCACACCAGCTAACCCACCACCTCAACAAGCAGAGAATGGTGGAAATAACGA
GAATGCTGGGTTGTTTAGCATGATGAAAGGTGGGGCTGGCAAACTCTTGACAAATATTAA
AGATACGTCAAGTAAAGTTGTTCAGTCAGTTGCCAGTTACGCAAAATCTGATCTTGATGT
GACCTACATCACGTCTAAGTTAGCAGTGATGTCGTACCCTGCTGAAGGCATGGAAGCAAC
ATACAAGAATAATATTGAGACAGTTTGTGCTTACCTTGATGCAAAGCACAGAGACCATTA
TGCTGTCTACAATTTATCCACCAGGCAATATGACTCTGCAAGGTTCCACCACCGAGTTGT
TAACATGGGCTGGCAAGCCAAACATGCACCTACTTTAAAAAATCTCTTCACACTTTGTAA
ACATATCATACAATGGCTGAAGAAAGACCCGCTTAATGTGGCTGTTATACACTGCACTGA
TGGTAAAGCTCAGTCAGCAGTGGTTGCTTGTTCTGTGTTGGTAATGTGTGGACTATTCAA
CACGGCAGATTCATCTCTCTTCATGTTCAGTATTAAAAGAATGCCACCTGGTATAAGTCC
TTCATATAAAAGATATGTTGAATATATATGCAGCATGAAAGAAGCACAGAAACCAAACCA
GTCTTCCACACCTTTTCCCCATTCCCACCGTGTGACCATTAAACAGGTGGAACTATCACC
AGTCCCACTTTTCAACCGGATGAGAAACGGATGCCGACCTTTCTGTGAGGTTTACGTCGG
CGAGTCTCGTATCTTGACAACATCTGCTGATTATGAATCAATGAGGGGTTTCACAGACGC
AGAGGAAAAAGTAACAATAGACGTTGGGGCTGAGGTTGGTGGGTCAGTGGGCCCTGATAT
CACGTTGTCAGTTTACCATGCGAGGCAAATATTGGGTGGAAAGCTCGCATTGCAAGCAAA
ACAAACCGGCATCAAGATGTTCCAGCTTCAATTCAACACTGGGTTTGTTCCAATCAATGC
TACAAAAGTACATTTCCGAACATATGATTTAGATGCGTGTGATATACAAGAGAAATACCC
AGAAGGATTTTGTGTGACATTACATGTTGAAGTACATGCTGACCGTAATACCAACACCAC
TAACTTATGGGAGGGTTTGTCACCAAAAGGTTTGAATCCAAAGCTCTTGTTTTCGACTAG
GGAAGAACAAAGTGAAGTCCTGCAAAAATTCGGCCACGAAGAATATGATGTGAAGCCTTC
TCTCACTTACACTCTTTCCAATATTAACCAAGAAAAAGGTAGTAAACCTGACACCAACAC
CTCAGTTGATGGTGAACAGAGGTCAAGTAGTAATGTGTTTGAGACATTAGATTGGCATGA
TGAAGAGAATAATGTGAATGACCCGGCACAAAGTGAGCTGCAGAAAAATGGAACCTCTGC
ACCAGATCTTTTTAATGGAGATTCCACCACTCTCATGAATGATCACGCTGAAGCTGATTT
GCTTGGCTTATCATCATCATCCGCTCCCGTGAATGAATCACAAACTGCATCATCTCATTT
CCCCACCAACTTTGATTTATTGTCGGGCATCGGAAACCAAGAATCTGCTGCTCAAACAAC
GGAGCCAGATCTGCTAGGTGGCGCCAATGAGACACCTGCAAATTCCGGAACTTTTGACCC
ATTTTCATCATTTACTTCCCCACCCCAACAAGCCCCCCCTGCTAAAGCACAGAGTGAAAA
TATGTTCAATGATTTTGATACTTTTGATCCATTTTCTAACAACCCACAAGTTCCGTCTCA
AGTTCCCAAGCCTGCCCCTACCACCCAACCTCAAAACAACATGTTTGATCCATTTGCTCC
TGGATTCACCACCCAGTCCAAACCAAACCAACCCAGTGAACCAGACCTAATGTCAGGTTG
GGCAGATCCTGTTAAAAACCTCTCAACCAACCAACCACAGCGACCAGCAGCACCACAAAG
CAAGCCACAAGCATATGACCCATTTTCCCAGTTTGGAAACTTTAGCAAGACCCCCCAACC
TACCACGAATGCCCAGCAATTCCCTCGTGCCACCCAAATGCAACAGCCAAGCATGTCATC
TGCAGCACGACCACAGGCACCAATGGGTGGTAACTACCAACCATACAAACCGGCCCCACA
ACCACAGAAAAGTCAACCCAGTTACAACTTTACGAATTTCTCAAACTCTTCTCAAAACTG
GAAATCAAATGTCAAGCCACAAGTGAAGGAAAATGCATTTGATGATCTCCTCAGCAGCAG
TGGCTTCACAGCAACAAAGAAAGAAGAAACAAGAAGGAAATTAGCTGATCTGAAACGTGA
AGCTCAGACCTCACAACTTGACCCTGAAAAAGCAAAGATTATAAACTGGATTGAGGGCAA
GGAAAGGAACATAAGGGCTCTTATTTCAACTTTACATACTGTATTATGGGAAGGAGAAAC
TAAATGGAAGGCCTGCGGTATTCATCAACTTGTACAACCAAATGATGTTAAGAAATTTTA
CAGAAAAGCTTGTTTGATTGTTCATCCTGACAAAGCAACTGGAAAACCACATGAAGAATA
TGCAAAGCTTATTTTCATTGAGCTGAGTGATGCATGGGCAGAATTTGAGGAGAAGGGAAT
GCAGGCTCTGTTTTAAATTTAATCTAATCAATTCTGGATTTAATCTAACCAAAGTGGATG
TGTCACTTTGCTATGTAAGGGCACACACCACAGTCCACCAGCAATCAAGAAATATCCTGC
TAGTGCAAAGTGTAAATACAAAAAGGCATTTGGCTTGAGCAAGAACTGTACACAATTGAG
AAGGAACCACGATACAGACAACCTGCAAGCAGCTTTTGTTTCATATGTTAAGAAAATCTG
ATTTAAGCTCTATATGCTTTTTTGCCAATATCTTCATTTTCCGTTGTTTATTTAGCTCTT
GTTCTTAATAACGAACACTGGAGATCCAATTTTCTATTTATTGTTTGAACACTTATTTTA
GAGCGTGTTTGTGCAATAGTGTCGATTACTCTCCGTTATATATATCCTTACAGGTAGGTG
ATATTATTGTTCAGCTACATGTTAGTTTAATTGTAGTACAGTGCGTTGTGTGATTTATAT
ATAACTTGCACTTAAGGTCATTATTAAAACAACAACCTTGGATCTGTGGGACTAGTGGAA
TATTTGAAATTGGTTATCTACAGAGGCAGTATGGATTTTGGTGCACTCATATTTGAAAAG
TGATCTTTTTGCACTGCCATTTTTAAATGAGACTATAATTGAATATAGAGAAAAAAGAAA
GAAAAACATTTTTCTAAAAGAAGGCGAACTGTCATAACAGAACATTGATTCTACAGTGCG
TTGAATCGAATGGAATCAAATCTTTGCTTCTAAATGTGGTCACGATTTTTAGCAAAGTTT
CAGATCATGATTATTCTCTTGATTTTCCTCTGGAAGATTTTTTTGCCCCTCCTCTTCCTT
GTCCTGATCCACCTCTGCCTCTCCCACCAAACACAGCTGGAATAAACAAG
| SUPERFAMILY |
Kinase-like_dom_sf (IPR011009) - T[22-321] 4.86E-57 |
| ProSiteProfiles |
Prot_kinase_dom (IPR000719) - T[34-309] 37.842 |
| SMART |
Prot_kinase_dom (IPR000719) - T[34-309] 6.8E-47 |
| Pfam |
Prot_kinase_dom (IPR000719) - T[36-302] 3.4E-45 |
| ProSitePatterns |
Ser/Thr_kinase_AS (IPR008271) - T[161-173] . |
| ProSiteProfiles |
Tensin_phosphatase (IPR029023) - T[386-553] 19.582 |
| SUPERFAMILY |
Prot-tyrosine_phosphatase-like (IPR029021) - T[393-547] 5.8E-27 |
| Gene3D |
Prot-tyrosine_phosphatase-like (IPR029021) - T[394-567] 2.2E-108 |
| SMART |
Tensin_C2-dom (IPR014020) - T[563-708] 2.1E-41 |
| Pfam |
Tensin_C2-dom (IPR014020) - T[564-706] 1.1E-18 |
| ProSiteProfiles |
Tensin_C2-dom (IPR014020) - T[565-709] 18.626 |
| SUPERFAMILY |
J_dom_sf (IPR036869) - T[1056-1215] 4.71E-37 |
| Gene3D |
J_dom_sf (IPR036869) - T[1090-1217] 8.2E-46 |
| ProSiteProfiles |
DnaJ_domain (IPR001623) - T[1157-1221] 9.494 |
| CDD |
DnaJ_domain (IPR001623) - T[1163-1209] 3.82521E-7 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| AUXI_HUMAN | 36.508 % | 559 | 0 |
| GAK_HUMAN | 43.221 % | 1009 | 0 |
| AAK1_HUMAN | 42.754 % | 233 | 5.34E-63 |