Austrofundulus limnaeus (annual killifish): 106520916
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Entry
106520916 CDS
T06063
Symbol
ktn1
Name
(RefSeq) kinectin isoform X1
KO
K17975
kinectin
Organism
alim
Austrofundulus limnaeus (annual killifish)
Brite
KEGG Orthology (KO) [BR:
alim00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03029 Mitochondrial biogenesis [BR:
alim03029
]
106520916 (ktn1)
Mitochondrial biogenesis [BR:
alim03029
]
Mitochondrial quality control factors
Mitochondrial dynamics
Mitochondrial movement
106520916 (ktn1)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Rib_recp_KP_reg
PKcGMP_CC
Abi_C
Motif
Other DBs
NCBI-GeneID:
106520916
NCBI-ProteinID:
XP_013868690
UniProt:
A0A2I4BLS2
LinkDB
All DBs
Position
Unknown
AA seq
1254 aa
AA seq
DB search
MAVDIYDSQYLLILAPTLVIALMFLFFWLFMKETSYDEVLARQKRDLKLPPAKTDSRKKN
EKKKSKKKETTGGGSGGGGGESEEDLREFELVDGVGSGLEAEEEPVLEVTPEPAPPAVAA
SVPVSASPEAPAGLRERKKKEKKAAKAAAAAAAAASAAASLSEESEINDSKPVGRKMEMP
QAVSKQSSPPSPQFEFQTQAAQAPVQAQTPPQTSGKKEKKKKQKAESVDVQLQEVKAEQA
PAPVKKETPSVAETKVVDGATQISTGXKKKNSAKKQKTEPVDETHILADLAASANHQAVH
NDDVPSKGSGKKQKNETEKENPEMKVKELLSGLSGLALSEAEAVSVIALLREKSPNALDA
WQKSAARXDPAAQEREKLFTTLQEEASIAKDKVKQLSQELQVEKQKTGRVEAMMREQRAA
LEKELGGMQAKAQGSYQELQTMQIKFQQVREQLESQITRLQQENGILRDAVSSATNQMES
KNSAELNKLRSEYASLMKELADNNSKLQQEEHQRKSLEVGYKQNVSQLEAQLQDAKRRWE
ELQNFLHTVNTEREKLQASKQELHSQLLGVETEMNNKNKEIQTLHSSLTEAMVSKERLEQ
RVMELMEMSQHSMQDDTLQVQVQELMNENKALQVQEATLQVQNENLQAQISSQATHVSHI
EELQKLLAEKELQRKSLEDSLNAERSSGASRETNMQALHNENMSLKAEIQNLQAQIADQT
ASQQALDQFQKSVREKEENIKTVEGLLEKGLIEVANKEEELKKVKGEYEAQRQEIEDLKR
KTAEQASSELIVGELQSKIQEKDLKLKSLEETLQAERASSSTREKTVETLEQKLAALQVE
LEQLRNKETQQGPSSSEAKIQELQAQLTVKDQEIQALQAELETRTREVSEKVEQLQQQQS
NAAVPNPELLAELSEKEKQVCSLQDELAELRDSLELHRKKNNELREKNWSAMEALSATES
MLQGKLSKVVKDNQAALAVAEAECRHVLHRLLPHVPLPSEQQNHQEWLQRFEKAVAESSV
VQSNQASGDSEDPAEKLKEAEENQKILQKDCETYKKVLAETEGILQRLQSSVEEEESRWK
LKLEQFQTELKEVRREKQHFESELERAERESATYVTEVRELKDLLTELQTRLDGSYTEAI
RQNEELTLLKTQLTKTVSKLETEENERQKVAGDLYKAQQSLELIQGELSKLTDKTDDLIE
NSSLSSEREEMDRKEKMTAGLNQTVREMQQLLQSVSQQLTKEKQGELDKDLPKV
NT seq
3765 nt
NT seq
+upstream
nt +downstream
nt
atggcggtggatatctacgactctcagtaccttctcatcctagctccaaccctggtcatc
gccctcatgtttcttttcttctggctcttcatgaaagaaacgtcttaygatgaggtgctg
gccaggcagaaacgtgacctcaagctgccgccggccaagacggactctcgaaagaagaac
gagaagaagaagagcaagaagaaggagaccaccggtggaggaagtggtggaggcggaggg
gagtcggaagaggacctgcgagagtttgaattggtcgatggtgttggctcaggtctggag
gcagaagaggaacctgtgctggaggtgacaccagaacctgctcctccagcagttgctgcc
agtgtgcctgtttcagcctcaccggaggctcctgccggtctgagggagagaaagaaaaag
gagaaaaaggctgccaaagctgctgctgctgccgccgccgctgcgtcagcagcagcttcc
ctctcagaggagtcagaaataaatgactccaagccagtcggtcgcaagatggagatgcct
caagctgtaagcaaacagtcaagccctccgtctccacagtttgagtttcagactcaagct
gctcaggctcctgttcaggctcagacgcctccccaracctctgggaagaaggagaagaag
aagaaacagaaagcagagtctgtcgatgtccagctgcaagaggtgaaagcagagcaggcc
ccagcaccggtcaaaaaggaaactccctctgtggctgaaaccaaagtagtggatggtgca
actcaaatttccaccggtrgcaaaaagaagaactctgccaagaagcaaaaaactgagcct
gttgatgaaacccacattttggcagatttggcagcctctgccaatcaccaggcagtccat
aatgatgatgttccatctaaaggctctggcaagaaacagaagaatgagactgaaaaagag
aacccggagatgaaagtgaaggagctgctctctggtctgtcgggcctggctctgtcagaa
gcagaagctgtcagcgtgatcgctctcctccgagaaaagagccctaatgccttggatgcc
tggcagaaatctgcagctcgaycagacccagctgcccaggaacgagaaaaactttttaca
actctgcaggaggaagcttctattgccaaagacaaagtgaaacagctcagtcaggagctt
caggttgagaagcagaagaccggaagagtggaggcaatgatgagggagcagcgtgcagcc
ttggagaaagagctggggggcatgcaggccaaagcacaaggcagctaccaggagctgcag
accatgcaaataaagtttcagcaggtgcgggagcagctggaaagccagatcactcgactg
cagcaggagaacggtatcctgagggacgcagtcagctccgccaccaaccagatggagagc
aagaattcagcagagttgaacaagctgcgctctgaatatgccagtctaatgaaagaactg
gcagacaacaacagcaagctgcagcaggaggagcaccaaaggaagtcactggaggtcggc
tacaagcagaacgtgtcccagctggaggcccagctacaggatgcaaagcgacgctgggag
gaattgcaaaactttctccacacagtcaacaccgaaagagaaaaacttcaagcctcgaag
caagagcttcacagccagctgctgggcgtggagacggagatgaacaacaagaacaaggaa
atccagacgttacacagcagcctgactgaagcgatggtctccaaggagcggctggagcag
cgggtgatggagctgatggagatgtctcagcacagcatgcaggacgacactctgcaggtc
caggttcaggaactcatgaatgaaaacaaagcacttcaggtgcaggaggcracgttgcaa
gtccagaatgagaacctgcaggcccagatctcgtcacaggccacccatgtgtcccacatt
gaggagctacaaaagctactggctgaaaaggagctgcagcgaaagagtctggaggattct
ctaaatgctgagaggagcagcggggcaagtcgagaaacaaacatgcaggctttgcacaat
gaaaacatgtcactaaaggcagagattcagaatctgcaggcacagattgctgatcagact
gcatcccagcaggctttggaccagtttcagaagagtgttcgagagaaggaggagaacatt
aaaacggttgagggacttttggagaaggggctgatagaagtggccaacaaggaagaagag
ctgaagaaggtaaaaggagaatatgaggcacagagacaagaaattgaggaccttaagaga
aagacagcagaacaggcatcatcagagttaatagtgggagaactacaaagcaagatccaa
gaaaaggatctgaagctgaaatcactggaggagactctgcaggcagaacgagccagtagc
tctaccagagagaagactgtcgagactctggaacaaaaactggctgcccttcaggtggag
ctggagcagctgaggaacaaagagacacaacagggaccgagcagctctgaggccaagatc
caggaactccaggctcagctgacagtaaaggaccaggaaattcaggcgctgcaggctgaa
ctggagacaagaacaagagaagtgagtgagaaggtggagcagctacagcaacagcagtcg
aacgctgcggtgccaaacccagagctccttgcagagttgtcagagaaggagaagcaggtc
tgcagtttgcaggatgagctggctgagctgagggactcactggagcttcacaggaaaaag
aacaatgagcttcgggagaaaaactggagtgcaatggaagctctgtcagccaccgagtcc
atgcttcaaggaaaactcagcaaagtcgtcaaggataatcaggcagcactggcagtagct
gaagctgagtgtcgacacgttctgcacagacttctgccccacgtgcccctgccctctgaa
cagcagaatcaccaggagtggttgcaaaggtttgagaaggcagttgctgaaagctccgtt
gtgcaatccaaccaagcatcaggggactctgaggacccggcggagaaactgaaagaagct
gaggaaaaccaaaagattctacaaaaagactgcgagacgtataagaaggttttggcagag
acggagggcatcctgcagcgcctccagagcagcgtggaggaagaggagtcccgctggaag
ctgaagctggagcagttccaaacagagcttaaagaggtgaggagagaaaagcagcacttt
gagtctgagctggarcgggcggagcgggagagcgccacctatgtgacagaagtcagagag
ctcaaagatctgttgactgaattgcagaccagactcgatggctcatatacagaggccatc
agacagaatgaggagctaaccttgctaaaaactcagctcactaagacggtgtctaagttg
gagacagaggagaacgagagacaaaaggtggctggtgacctctataaggctcagcagtct
cttgaactgattcagggtgaactctcaaagctaacagacaaaaccgatgacctgatagag
aacagcagtctgtcgtcagagcgagaggagatggacagaaaagagaaaatgactgcagga
ctgaatcaaactgtcagagaaatgcagcagctgctgcagtcagtcagccagcagctcact
aaggaaaagcaaggagagctcgacaaagatctccccaaagtataa
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