Nothobranchius furzeri (turquoise killifish): 107384960
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Entry
107384960 CDS
T05163
Name
(RefSeq) round spermatid basic protein 1-like protein
KO
K22610
lysine-specific demethylase 9 [EC:1.14.11.-]
Organism
nfu
Nothobranchius furzeri (turquoise killifish)
Brite
KEGG Orthology (KO) [BR:
nfu00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
nfu03036
]
107384960
Chromosome and associated proteins [BR:
nfu03036
]
Eukaryotic type
Histone modification proteins
Histone demethylases
107384960
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GFIT
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NCBI-GeneID:
107384960
NCBI-ProteinID:
XP_015813986
UniProt:
A0A8C6KTU8
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Position
sgr01:78295606..78333930
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AA seq
1298 aa
AA seq
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MYSTCHSSLSTAHLSIKPRPRPRHCSRKKKAAARPLGKRVNRGRSLKMADSLGSVHLSGA
AAAAVASVKSALGKPTEAKEAPDRSQYSRDFSPPPPKKVRIEEKSVKPKKLGTDGGVGSY
SGKVQHTAKQQSLWSFSPVKTNSSDPPVPATGGAHPPTSAHKVFKQSDFFLHKAPSSKPK
SKDTQREKGKGGGEEKKKHKLLLTSGPGSNINNIGGFNNISAVKRENGDVTLPPQEQSTK
DKAKEREKKKKVKEREKEKEKKKHKVMNEITRENGEVKQPIKEEKEKAKINSEELQIKKV
KKKKKKKHKEGEKHKRVKLYHRSCQTVCAGLLPSTNSSSELTNNSSSAVFKSPPPFHLAP
NNKTSHLRPSSPSPASKPFGNSSTSPFPTKQNLQYFYPGMAGLEFAPYIYIENQPNGGAL
VAHAYASQLSSLSTDQKQRFAQEFVTLSFSEDKSKAAHYVMGIVHGEAKYLPDFLDYFST
KFPSAPVKMEMLGKKDIETTTMANFYSQVKRTYSHGTYRAGAMRQVSLVGAVDEEVGDYF
PEFLGLLEESPFLKQTLPWGTISSLRDMSPTESDDGPIMWVRPGEQMIPVADIPKSPFKR
KRSTNEVKNLLQSLPRTSEPREILFEDRTRAHADHIGQGFERQTTAAVGVLKAVCSEESA
EPPRVTKDVVCFHAADFPYVVQRLQLDLHEPPLSQCVQWVDDAKLNQLRREGIRYARIRL
CHNDIYFIPRNVIHQFKTVSSVCSLAWHVRLLQYHQGEGKQEEEEEPSDLKEKQTETVVL
VKREEEEEEEQKGEKKGERGVKEENEEVDVAEKRTLQTVKMEEHDDPPSSDPVVPVTSVV
RSAGGKEEVKENAKGEKPKHQESPAKMKAEPPTSPCKNKSPPLLTSPPAFSSLHKDPKPK
ASSKLPPPPPPHHHQRHYHHHHHHHHSDRTVSSSKPFSSSPSKLSSSPPHSRSSSSTTCL
PSTGSAVTLLSSPAAPHSSSTSSPSTVMSSSSSVYSSSSSVVPKPAGPSSCHLPPASQSE
HQRDSLHMKPNVLSERLTSIQSAVQSSQEEVQSSSWTHSVTDTRERALADTRTHVLSDMW
TCSSDSDSRTCVDLQIRSPQNASRQGIYMQQYTPQHLPPPPHLPPMLPPPFPPLLSHPHL
PHRPPLLPPNPLSGPEPQTLNSFLGPPVPPHSVHMSHLHQPNITTQAQNYFQPSLLAPSS
QPNTPPQPLLPHLPYQHQFSKPFFPPQPPSFASHPFLPRQSYLPQPPGSYPLQPQYQTSA
PVQTPLPLKQAFPPPPPPPSSSPPPPLPPPPLPQSSPM
NT seq
3897 nt
NT seq
+upstream
nt +downstream
nt
atgtactctacatgccattcaagtcttagcaccgcccatctgtcaatcaaacccagaccc
cgcccccgtcactgctcgcggaaaaaaaaagcagcagcgcggccgttggggaagagagta
aatagagggagaagcctcaagatggctgactcgctgggctctgttcatctctctggagct
gctgctgctgcggttgcctcagtcaaaagcgcgctcggtaagccgacggaggcgaaggaa
gccccggaccgctcgcaatattcccgagatttcagcccgccgccacccaagaaggtccga
atagaggagaagagcgtcaaacccaagaaactcggtacggacggaggtgtgggaagctat
agcgggaaagtccaacacaccgcgaagcagcagagtttgtggagcttcagccctgttaag
actaacagcagcgaccccccggtgcctgctaccggtggagcccatccaccgacaagcgca
cacaaagtctttaaacagagcgattttttcctccacaaggcgccttcctcgaaacccaag
agtaaagacacgcagagagagaaggggaagggaggcggggaggagaaaaagaaacataaa
ctgttgttgacctctggacccgggagcaacattaacaatatcggtggatttaacaacatt
tctgcagtgaaaagagaaaatggagatgtcacgttaccaccccaagaacaatccaccaag
gacaaggcaaaggagcgggagaagaagaagaaggtcaaggaacgagagaaggaaaaggag
aagaaaaagcacaaagtgatgaatgagatcacgagggagaacggagaagtcaagcagccg
attaaagaggaaaaggagaaggcaaagatcaactcggaggaactgcaaatcaaaaaagtg
aagaaaaagaagaagaaaaaacacaaagagggagaaaagcacaagagagtgaagctgtac
catcgctcctgccaaaccgtctgtgctggcctgcttccgtctaccaactcttcctctgaa
ctaacaaacaactcctcctcagcagtttttaagtcccctccaccttttcatcttgcacct
aacaacaaaacgtcccacctcaggccctcctctccgtctcctgcctctaaaccctttggt
aactcatcaacgagccccttcccaactaaacagaacttgcagtatttctacccgggaatg
gcggggctggagtttgcgccatacatttatatagaaaaccaacctaacggaggagctctg
gttgcccatgcatatgcatcccagctttcctctctctccacggatcagaagcagagattt
gcccaagagtttgtcactttatcgttcagtgaagacaaatccaaggcagctcattatgtt
atgggaattgttcacggagaagcaaagtaccttccagactttttggactacttctcaacc
aagttcccttcagctccagtcaaaatggaaatgctgggaaagaaggatatagaaaccacc
accatggctaatttctattcacaggtgaagagaacttacagtcacggcacgtacagagct
ggggcaatgagacaggtcagcctggtcggagctgttgatgaggaggtgggggattatttc
ccagaattcctcggtttgctggaggagtcccccttcctgaagcaaactcttccctgggga
acaatatccagtctgagagacatgagtcccacggagagcgacgacggcccgataatgtgg
gtcagaccgggagaacagatgattcccgtagctgatatcccaaagtctccttttaaaaga
aaacgctccaccaacgaggtgaagaacctgttgcagtcacttccccggaccagcgagccc
agagagattctgtttgaggatcgaactcgagctcacgctgatcacatcggacagggattt
gagcgccagacgacggccgccgtgggcgtgctgaaggccgtctgctccgaagaaagtgcc
gagcctcctcgtgtaaccaaagatgtcgtgtgtttccatgctgctgatttcccctacgtg
gttcagaggctgcagctggacttgcatgaacctccactatcacagtgtgtgcagtgggtg
gatgatgccaagctgaaccagctacggcgggagggcattcgctacgcccgcatccgcctt
tgccacaatgacatctacttcatcccccgcaatgtgatccaccagttcaagacggtgtct
tccgtctgcagcctggcgtggcatgtgcgcctcctgcagtaccaccaaggagagggaaag
caggaggaagaggaggaaccatctgatcttaaggaaaagcaaactgaaacagtggttctg
gtgaagagagaggaggaggaggaggaggagcagaaaggagaaaagaagggtgagagagga
gtaaaagaggagaatgaggaggtggatgtggcagagaaaaggacattgcagacagttaaa
atggaggagcatgatgatccaccttcgtctgaccctgttgttcctgtgacctcagtcgtt
aggagtgcaggaggcaaagaggaggtgaaggagaatgcaaaaggagaaaaacccaaacat
caagagtcacctgcaaagatgaaagcagaacctccaacgtctccctgcaagaacaaatca
cctcctcttctcacctcccctcctgctttttcttctcttcataaggacccaaaacccaaa
gcctcgtctaaactacctcctcctcctcctcctcatcatcaccagcgacactaccaccac
catcatcatcatcatcactcagacaggacagtgtcttccagtaaacctttttcctcttca
ccttccaaactgtcttcttctcctcctcattccaggtcttcctcctccacaacttgtttg
ccttctacaggatctgctgtcactttactttcttccccagcagcccctcactcctcctct
acctcttcaccgtccactgttatgtcctcatcttcctcagtgtattcttcttcttcttcg
gtggttcccaagccagcaggtccttcctcctgccacctgccccctgcctctcagtcagag
caccaaagggactcgctccacatgaagcccaatgtcctgtcagagagactgacttcgatt
cagtcggcggttcagtcctcacaggaggaggtgcagagcagctcttggacacactcggtg
accgacacacgcgagcgagctctggcagacacgcggacacacgtgctctcagacatgtgg
acttgcagttctgactcggactccaggacgtgtgtggatctgcaaatacgttctccgcag
aacgccagtagacaaggaatttacatgcagcaatacacaccacagcacctcccccctcct
ccccacctccctccgatgcttccccctcctttccctcctctcctgtcccaccctcacctt
ccacacagaccccccctcctcccgccaaaccccctctccggtcccgagccccagactctg
aactcgttcctcggaccgcctgtgcctccacactcggttcacatgagccacctgcaccaa
cccaacatcaccacacaggcccagaactactttcagccctcccttcttgccccgtcctct
cagcccaacaccccccctcagcctctgttgcctcatctgccctaccaacatcagttttcc
aaacccttcttcccccctcagccccccagctttgcctctcacccgttcctcccccgtcag
tcttaccttccacagccaccaggctcttacccactgcaaccacaataccaaacatctgca
ccagtacagactccactacccctcaaacaggcttttcctccccctcctcctcccccttcc
tcctcaccgcctccccctctcccgcctccccctctgcctcaatcctctcctatgtaa
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