Girardinichthys multiradiatus (darkedged splitfin): 124855360
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Entry
124855360 CDS
T08099
Symbol
ktn1
Name
(RefSeq) kinectin isoform X1
KO
K17975
kinectin
Organism
gmu
Girardinichthys multiradiatus (darkedged splitfin)
Brite
KEGG Orthology (KO) [BR:
gmu00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03029 Mitochondrial biogenesis [BR:
gmu03029
]
124855360 (ktn1)
Mitochondrial biogenesis [BR:
gmu03029
]
Mitochondrial quality control factors
Mitochondrial dynamics
Mitochondrial movement
124855360 (ktn1)
BRITE hierarchy
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Ortholog
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Gene cluster
GFIT
Motif
Pfam:
Rib_recp_KP_reg
MscS_porin
SPECT1
Motif
Other DBs
NCBI-GeneID:
124855360
NCBI-ProteinID:
XP_047201099
LinkDB
All DBs
Position
19:12187600..12218344
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AA seq
1245 aa
AA seq
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MAMDIYDSQYLLILAPSLVIALMFLFFWLFMKETSYDEVLARQKRDLKLPPTKPDSRKKN
EKKKSKKKEAAGGGSGGGGGESEEDLRDFDMSDGLGSNVDAEEEPEPVVTPDPSPPAAKI
SASPEAPSGLRERKKKEKKAARAAAAAAAASAASAASLLEESEINDSKPVSHKTEPSPTA
SVSPPPSQVEMQVQVQAVQAPVQSRTPPQTSGKKKERKKQKVESADVQQLEVKAEQAPAP
SKKEAPSAAENKVLDGVNPSAATGKKKNSAKKQKTEHVEESHILADVAASANHQESHNDD
VPSKTTGKKQKSETDKGNAEVKLKELLSGLSSLPLSEAEAVSVLALLREKSPSALDAWHK
STARPDPAAQERDKLLVTLQEESFIAKDKVKQLSQELQLEKQKTGRVEAMMREQRAAMEK
ELGGMQAKAQGSYQELQIKFQQMREQLESQINRLQQENGILRDAVSSATTQMDSKNSAEL
NKLRSEYAGLMKELADNNSKLQQEERQRKSLEVSYKQNVSQLEAQLQEAKRRWEELQNFL
HSVNVEREKLQASKQELQSQLLAVETEVNNKNKEIQTLRTSLTEARVSNDQLDQRVMEMS
QCTIMPNETLQAQVQELMNENKALQVQIETHKVQNESLQVQISSQATHVSHMEELQKLLA
EKELQRKSLEDSLNAERSSGASRETNMQALHNENISLKTEIQNLQAQIADQRASQLALDQ
IQKSVQEKEENFKMVEGLLEKGLIEVANKEADLKTVREEKEALGQEIEDLNKQLAEQASS
ELKVEELKFKIQEKDGKLKSMEESLQAAQVSISTKEKMVETLEQQLSAVRLELEQIRQEQ
TQKEMASSGAELQELQAQLAAKDQEIQMLQTELEVKTKELGEKVEQMQQQQSSSAAPSPK
LLEALSEKESQVCSLQRELAELRDSLELHRKKNNELREKNWSAMEALSVTESMLQGKLSK
AVKDSQAALAENQAECRDVLHRLLPHVPLPSEQNHQEWLQRFESLVAESLVAQSGKASQE
TEELTEKLREAEESQRILQKDCQTYKKVLAETEGILQRLQSSVEKEESRWKVKLDQSQED
VRELRREKQHLESELEKAENESATYVTEVRELKDLLTKLQTRLDGSYTEAYRQNEELALL
KKQLTETVSKLQDEENERQRVAGDLYKAQQSLDLIQGELSKLTENTDDLIENSSLSSQRE
EIDKKEKMTAGLNQTVREMQQLLSMVSQQLAKGQRGETDKDQQKV
NT seq
3738 nt
NT seq
+upstream
nt +downstream
nt
atggcgatggatatctacgactctcagtaccttctcatcctggctccctccctggtcatt
gccctcatgttcctcttcttttggctcttcatgaaggaaacctcttatgatgaggtgctg
gctcgacagaagcgagacctcaagttgccaccaaccaagccagactctcgtaagaagaat
gaaaagaagaaaagcaagaagaaggaagctgctggtgggggaagtggtggaggtggagga
gaatcagaagaagacctgcgggattttgacatgtccgatggtctaggctctaatgttgac
gcagaggaagaacctgaaccagtggttaccccagatccatctccacctgctgccaaaatt
tcagcgtcgccagaggccccttctggtttaagggagaggaaaaagaaggagaaaaaggct
gccagagctgcagccgctgctgcagctgcttcagcagcgtcagcagcctccctcttagag
gagtcagaaataaatgactcaaagccagtgagccacaaaacagagccatctcctactgca
agcgtaagcccgccgccttcacaagtagaaatgcaggttcaggtccaagctgttcaggct
cctgttcaatctcggactcctccccaaacctctgggaagaagaaagagaggaagaagcag
aaagtggagtcagcagacgtccagcagcttgaggtgaaagcggagcaggctccagctcca
agcaaaaaggaagctccttctgcggctgaaaacaaagttctggatggtgtcaacccgagc
gctgccactggcaaaaagaaaaactctgccaaaaagcagaagacggagcatgtggaagaa
agccacattttggcagatgtggcagcttcagccaaccaccaagaaagccataatgatgac
gtaccgtctaaaacaactggcaagaaacagaagagtgagaccgataaagggaatgcagaa
gtgaaactgaaggagctgctctctggcctgtccagcctgcctttgtcagaagcagaagct
gtcagtgtgttagctctcctccgagaaaagagccccagtgccctggatgcctggcacaaa
tccacagcaagacccgacccggctgcccaagaacgagataaacttctcgtaaccctgcaa
gaggaatccttcattgccaaagataaagtgaagcagcttagccaggagcttcagcttgag
aagcagaaaactggcagagtggaggccatgatgagagagcagcgagcagccatggagaaa
gagctggggggcatgcaggccaaagctcagggcagctaccaggagctgcagataaagttc
cagcagatgagggagcagttggaaagccagatcaatcgtctgcagcaggagaatgggatc
cttagggatgctgtcagctcagccaccactcagatggacagcaagaattcggcagagctg
aacaagctgcgctccgagtatgccggcctgatgaaagaactggcagacaacaacagcaag
ctgcagcaggaggagcgccaaaggaagtcactggaggtcagctacaagcagaacgtgtcc
cagctggaggcccaattacaggaggcaaagcggcgctgggaagagttgcaaaacttcctc
cacagtgtcaatgttgaaagagagaaacttcaggcctctaagcaagagctccaaagccaa
cttctagcagtcgaaacagaggtgaacaacaaaaacaaggaaatccagactctacgcacc
agtctgactgaagccagggtctccaatgaccagctggatcagagagtgatggagatgtcc
cagtgcaccatcatgccgaatgaaactctgcaggcccaggttcaggaactaatgaatgag
aacaaagctcttcaggttcagattgagacacacaaggtccagaatgagagcctgcaggtt
caaatctcttcacaggccacccatgtgtcccacatggaggagctacagaagctactggct
gaaaaggagctgcagcggaagagtctggaggattctctaaatgctgagaggagcagcggg
gcgagcagagaaactaacatgcaggctttgcacaatgagaacatctcattaaagacggag
attcagaatctccaggcacagattgctgatcagagagcttcccagctggccttggaccag
atccagaagagtgtccaagagaaggaggagaactttaagatggttgaaggactgttggag
aaggggctgattgaagtggccaacaaggaagcggacctgaagactgtaagagaagagaag
gaggcactcggacaggagattgaggaccttaataaacagctagcagaacaggcttcatca
gagttgaaagtggaagaactcaaattcaagatccaagagaaagatgggaagctgaaatcc
atggaggagagtttacaagcagcacaagtcagcatctccaccaaagagaagatggttgag
actctagagcagcagttgtctgctgttcggctggagttggagcagataagacaagagcaa
actcaaaaggagatggccagttctggtgccgagcttcaagaacttcaggctcagttagca
gcaaaggaccaggaaatccagatgcttcagaccgagctggaggtaaagacaaaggaactg
ggtgagaaggtggagcagatgcagcagcagcaatccagctctgcagcaccaagccctaag
cttcttgaggcgttgtctgagaaggagagtcaggtgtgcagtctgcagagggagctggct
gagctgagggactcattggagcttcacaggaaaaagaacaatgagcttcgggagaaaaac
tggagtgcaatggaggctctgtcagtcaccgagtccatgcttcaaggaaaactcagcaaa
gctgtcaaggacagccaggcagcactggcagagaatcaggctgagtgtcgagatgttctg
cacagacttctgccccacgtgcctctgccctctgaacagaaccatcaggagtggctacag
agatttgagagtttagtggctgaaagcttggttgcacagtctggcaaagcatcacaggag
actgaggaattgactgagaaactgagagaagcggaggaaagccaaaggattctacaaaag
gactgtcagacgtacaagaaggttttggcagagactgagggcatcctgcagcgcctgcaa
agcagtgttgagaaggaggagtctcgctggaaagttaagctggatcagtcgcaggaggat
gttagagagctgagaagagagaagcagcacctggagtcagagctggagaaggcagagaac
gagagcgctacgtatgtgacagaagtgagagagctcaaagacctgttgactaaattgcag
accagacttgatggctcatatacagaggcttacagacagaatgaggagctggctttgttg
aaaaaacagcttacagagacggtgtccaagctgcaggatgaggagaacgagaggcaaaga
gtagctggtgacctgtacaaggcccagcagtctcttgatctgatccagggtgaactctca
aaactaacagaaaacactgatgacctgatagagaacagcagcctgtcatcacagcgagag
gagattgacaagaaggagaaaatgactgcaggattgaatcaaacagtgagagaaatgcag
cagctgctcagcatggtcagccagcaactggctaagggacaacggggggagacagacaaa
gatcaacagaaagtataa
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