Eleginops maclovinus (Patagonian blennie): 134881271
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Entry
134881271 CDS
T09869
Symbol
ktn1
Name
(RefSeq) LOW QUALITY PROTEIN: kinectin
KO
K17975
kinectin
Organism
emac
Eleginops maclovinus (Patagonian blennie)
Brite
KEGG Orthology (KO) [BR:
emac00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03029 Mitochondrial biogenesis [BR:
emac03029
]
134881271 (ktn1)
Mitochondrial biogenesis [BR:
emac03029
]
Mitochondrial quality control factors
Mitochondrial dynamics
Mitochondrial movement
134881271 (ktn1)
BRITE hierarchy
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Gene cluster
GFIT
Motif
Pfam:
Rib_recp_KP_reg
SPECT1
Big_2
Motif
Other DBs
NCBI-GeneID:
134881271
NCBI-ProteinID:
XP_063764557
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Position
19:complement(12537947..12556142)
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AA seq
1282 aa
AA seq
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MAMDIYDSQYLLILAPSLVIALMFLFFWLFMKETSYDEVLARQKRDLKLPPSRPDTRKKN
EKRKSKKKESASGGGGGGGGGGGESEEDIRDFDVADGANEVEEEPTPVATPDPAPATPTP
YVPVSVTPEAPVSLRERKKKDKKAAKAAAAAAAAAAAAAAAASASSEEPEVNGSKPVSRK
SEQPLSAGKQSSPPSPQPEVEVLVQAVQAPVQAQTPPQTSGKKKDKKKQKAEPVAVDDQQ
PEVKSEQAPAKKEAPIVAETKVLDGATPVATSGKKKNSSKKQKTEHVEEAHVLADSAASA
NHQAGHNDEVPAKGSGKKQKNETDKENTGVKLKELLSGLSSLALSEAEAVSVIALLREKS
PNALDACFKSAARPDPALQERERLLTTVQEESSIAKDKVKQLSQELQVEKQKTSRVEAVM
RDQRAAMEKELGSMQGKAQGSYQELQSMQIKFQQAREQLESQITRLQQENGILRDAVSSA
TNQMESKNSAELNKLRSEYAGLMKELADNNSKLQQEEHQRKSLEVNYKQNVSQLEAQLQD
AKRSWEELQKFLHNVNAEREKLQGSNQELHNQLVAVETEMNNKNKEIQTIHSSLTEAMVS
KERLEQRVMELMEMSQHSMPDDALQVRVQDLMNENKILHVQSETMQAQNEALQVQISTQV
THVSHFDELQKLLADKELQRKSLEDSLNAERSSGATRETNMQALHNDNMSLKAEFINXQA
QISDQTASQLALDHFQKSVREKEDNMKTVEDLLEKGLIEVANKEEELKAVRDENEGLKQD
MEALKRMTAEQAPSESKVEELQGMIQEKDVKLKSVEESLQTAQECSSTREKAVEALEQQL
AALQTEMEQLRQKETREEQTSSDAQLQELHTQLAAKDQEIQMLQAEMEARTKAASEQVEQ
IQQQQTQAAEPSTELLSALSEKEKQVSDLQAELFELRDSLELHRKKNNELREKNWSAMEA
LSATESILQGKLSKAVKENQTALEMCQAECRDVLQRLLPHVPLPSVQNHQEWLHRFEEAV
AESSAAQSTPASGDSEGLAEKLKEAEEAQKILQKDCETYKKVLAETEGILQRLQNSVEQE
ESRWKVKLELSQGELKEMSQKVTAMEQEIERITEGAELENLRREKQHLESELERAENESA
TYVTEVRELKDLLTELQTRLDGSYTEAFRQNEELNLLKTQLTETLSKLETEESERQKVAG
DLYTAQQSLDLIQGELSKVTENADGLIENSSLSSQTEEIDRKEKMTAGLNQTVQELQQLL
QGVSRKLTKREDGEADKGLPKV
NT seq
3849 nt
NT seq
+upstream
nt +downstream
nt
atggcgatggatatctatgactctcagtacctgctcatcctagccccctccctggtcatt
gccctcatgttcctcttcttctggctcttcatgaaggagacctcctacgatgaggtgctg
gcccggcagaaacgagacctcaaactaccaccatccaggccagacacccgtaagaagaat
gagaagaggaagagcaagaagaaggagagtgctagtggaggaggaggaggcggcggtgga
ggtggaggagagtctgaggaggatattcgggattttgatgtggcagatggtgccaacgag
gtagaagaggaacctacaccggtggctactccagatccagctccagctacacctactcct
tatgtgcctgtctctgtgacacccgaggctcctgttagtctgagggagaggaagaagaag
gacaagaaggccgctaaggctgccgccgctgctgctgctgctgctgctgctgctgcggcc
gctgcttcagcttcctccgaggagccagaagtgaacggatccaagccagtgagccgcaag
tcggagcaacctctgtctgcaggcaaacagtccagccctccctctccccagcctgaggtt
gaggtcctggtccaagctgtccaggctcctgttcaggctcagacacctccccagacctct
gggaagaagaaggacaagaagaaacaaaaagcagagcctgttgcagtggatgatcagcag
ccggaggttaagtctgagcaggctcccgcaaagaaggaagctcctattgttgctgaaacc
aaagttctggatggtgcaacccctgttgctacaagtggcaagaagaagaactcttccaag
aagcagaagactgagcatgttgaagaagcccatgttctggctgactcggcagcttctgcc
aaccaccaggcaggtcataacgatgaggtaccagctaaagggagtggcaagaaacagaag
aatgagactgacaaagagaacaccggggtgaagctgaaggagctgctgtcgggtctgtcc
agcctcgctctgtcagaggccgaggccgtcagcgtgatagctcttctccgggaaaagagt
cctaatgctttggacgcctgcttcaaatctgcggcgaggcctgacccagctctacaggag
cgagagagacttctcacaactgtacaagaggagtcgtccatcgccaaggacaaagtgaag
cagctgagccaggagcttcaggttgagaagcagaagacatcccgagtggaggccgtgatg
agggatcaacgcgccgccatggagaaggagctgggaagcatgcagggcaaagcgcagggc
agctaccaggagctccagtccatgcagatcaagttccagcaggcgagggagcagctggaa
agccagatcactcggctgcagcaggagaacggcatcctgagggacgcagtcagctctgcc
accaaccagatggagagcaagaattcagccgagctgaacaagctgcgttctgagtacgcc
ggtctgatgaaagagctggccgacaacaacagcaagctgcagcaggaggagcaccagagg
aagtcactggaggtcaactacaagcagaacgtgtcccagctggaggcccagctgcaggat
gctaaaaggagttgggaagaactgcagaaattcctccacaatgtcaacgctgagagggag
aaactccagggctcaaaccaagagctgcacaaccaactggtggccgtggagacggagatg
aacaacaagaacaaggagatccagaccatacacagcagcctgactgaagccatggtgtcc
aaggagcgcctggagcagagagtgatggagctgatggagatgtcccagcacagcatgcct
gatgacgcactgcaagtccgggttcaggatcttatgaacgagaacaaaattcttcacgtc
cagagcgagaccatgcaggcccagaacgaggccctgcaggtccagatctctacacaggtc
acccatgtctctcactttgacgagctacagaagctattggctgacaaagagttgcagaga
aagagtctggaggattctctaaatgccgagaggagcagtggggccaccagagaaaccaat
atgcaggccttgcacaatgacaacatgtccctgaaggcagagttcataaacntgcaggca
cagatttctgatcagactgcctcccaactagctttggaccacttccagaagagtgttcgg
gaaaaggaggacaacatgaaaactgtggaggacctgctggagaaggggctgatcgaggtg
gccaacaaggaggaagagctcaaggctgtaagagatgaaaacgagggactaaaacaggac
atggaggccttaaagagaatgacagcagaacaggcaccatcagagtcaaaagtggaagaa
ctccagggcatgatccaggagaaggatgtgaagctaaaatcagtggaggagagtctacag
acggcacaggagtgcagctcgaccagagagaaggcggttgaggctctggagcagcagctg
gctgccctgcagacagagatggagcagctgagacagaaggagacacgagaagagcagacc
agttctgatgcccagctccaagaactccacacccagctagcagcaaaggatcaagagatc
cagatgctgcaggctgagatggaggcaaggactaaggcagcgagcgagcaggtggagcag
atacagcaacagcagacccaagcagcagagccaagcacagagcttctgtcagcgttgtca
gagaaggagaagcaggtctcagatctgcaggctgagctgttcgagctgagagactccctg
gagcttcacaggaagaagaacaacgagcttcgggagaaaaactggagtgcaatggaagct
ctatcagccaccgaatccatacttcaagggaaactcagcaaagctgtcaaggagaaccag
acagccctggagatgtgccaggccgagtgtcgagatgttctgcagagacttctgccccat
gtgcctctgcccagtgtgcagaaccatcaagaatggcttcacagatttgaggaggcagta
gctgaaagctcagctgcacaatccacccctgcatcaggggactctgagggactggctgag
aagctgaaggaagccgaggaagcacaaaagatcctacagaaagattgcgagacctacaag
aaggtgttggcagagacggagggcatcctgcagcgcctgcagaacagcgtggagcaggag
gagtcccgctggaaggtgaagctggagttgtcacagggggagctcaaagagatgagccag
aaagtcacagctatggagcaggagattgagagaataactgagggagccgagttggaaaat
ctcagaagagaaaagcagcacttggagtccgagttggagagggcagagaacgagagtgcc
acctatgtaacagaggtcagagagctcaaagatctgttgactgaattgcagaccagactt
gatggctcatatacagaggctttcagacagaatgaggagctgaatttgctgaaaacccag
ctcactgagactctgtccaagctggagacagaagagagtgagaggcaaaaggtggctggg
gacctgtatacggcccagcagtctctcgatctgatccagggcgagctctccaaagtgacg
gaaaacgctgatggcctgatagagaatagcagtctgtcgtcacaaacagaggagattgac
agaaaagagaaaatgactgcaggactaaaccaaacagttcaggaactgcagcagctgcta
caaggcgtcagcaggaaactcaccaagagagaggatggggaggctgacaaaggtctgccc
aaggtatag
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