Antennarius striatus (striated frogfish): 137605805
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Entry
137605805 CDS
T10427
Symbol
fnip1
Name
(RefSeq) folliculin-interacting protein 1 isoform X1
KO
K20400
folliculin-interacting protein 1
Organism
astr Antennarius striatus (striated frogfish)
Pathway
astr04150
mTOR signaling pathway
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GFIT
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NCBI-GeneID:
137605805
NCBI-ProteinID:
XP_068186692
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Position
13:complement(20527340..20560551)
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AA seq
1237 aa
AA seq
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MAPTLFHKLFNKRNAFSSPPPRCSKEDPAFSWPIPQLEPSQIRLIVYQDCERRGRNVLFD
SSTKKRVTEETSITFSRPRLKKDITLHVKQGSRCSSDVVMLGEMMFGSVAMSYKGSTLKI
HQIRSPPQLMLSKVFTAKMGGSVYGSLNTLQDSLEFIGQDNNTLRPDQNTGANSLLGNIG
FSQLCSPRRAFSEQGPLRLIKSASFFSGHSHPMDMPGRGLYDERDSGIARSASLSSLLIT
PLPSPSSSLTSSCASSYQRRWLRSQTTSLENGVFPRWSVEESFNMSDESGGPSLGVARKK
KIAIGVIFMLSLHPEENNRFQDFFFSHFPLFESHMNKLKSAIEQAMKMSRRSADASQRAL
AYSRMVDGLNEFRMTICDLYTMPRVAEPVWLTMMSGASEKNLLCGHFMKEFSSLMEQASK
NQFLPALLTAILTNHLAWVPTVMPNGQPPIKIFLEKHSSKSVDMLAKMHPYNPLWAQLGD
LYGSIGSPVRLSRTVVVGRRQELVQRLLYVLTYFIRCSELLETHMLDSAEDEAIVMPGSL
ITTSLRKGEVEESDYVLVTVHKPSGDYLSQEAQDQQAEVEDSSYRSDNSLQSSTYTDTDA
EHGAVDTHREEDDEEEEEEEEEEEEEEEDSSESQVSRSSVLQTKHIRGDSPIVRTTDMSE
PPELHRELSSPLAAEPRLETVLRVSSASPREQVCVLDAETRTDAKLMLPAVSTSPPPPPV
SDSWTEADPDEGLGGQVLRVPTPQPLGISLEKKPPDKSAAAAMPVPVMSGSAAAGPMALD
LTGDEEPATKVTFLIGDSMSPESDTESRRRKVEEEIKKHKRNLKDKHLLHQQLLHQQHQQ
AEPLLRGTDPKTSSAAASEDQSKQSGLQRVSSKMPQWSQNCMDDFDEYFSPENPVETRTI
DDVVKHREASRTDSLRKETLDPSGGQQPCGLREGDDGFRGSGLCLHSGDVEVGSSRKGDP
LLDAERRCRCDSADSSDNRCRGWSTERDKGLLSVPVLHDGTSGGKEDQKQKGAPLNDWEI
PRNESSDSALGDSETEETEDWQEEVLVPFPGSKLVENYSKPNIANFGRSLFGGYCPTYVP
DFVLHGMPSDEKLRQSLMSELTHAVQHPVLDEPIAEAVCIVADTDKWTVQVASSQRRATD
LSKLGKEVLVSSLVSSLLQSTHQLYKLNLSPNFCIMHLEDRLQEIYFKSKMLAAYLKGQT
RVHVKELGMVLGIESSDLPLLAAVASTHSPYVAQILL
NT seq
3714 nt
NT seq
+upstream
nt +downstream
nt
atggctccgactctcttccacaaacttttcaacaagagaaacgcattttcttcaccgcct
ccgagatgtagcaaagaggacccagctttcagctggccgatcccccagctggagcccagt
cagatccgactgatagtataccaggactgcgagagacgcggcagaaatgtcctcttcgac
tccagcaccaagaaaagggtcaccgaggaaacctccataacattttccaggccaagactg
aagaaagatatcacacttcatgtcaaacagggttcgaggtgctcttcggatgtggtaatg
ctgggagaaatgatgttcggttcagtggcgatgagctacaaaggttccacactaaaaatc
caccagatcagatcaccgcctcagctgatgctgagtaaggtcttcaccgccaaaatggga
ggcagtgtgtatggcagcctcaacacgttacaggacagcctggagttcattggacaggac
aacaacaccctgaggccagatcaaaacaccggggccaacagtcttctagggaacatcgga
ttttctcagctctgcagccctcgaagggccttctctgaacagggccctctgcgcctcatc
aagagcgcctctttcttttcaggccacagccaccccatggacatgccaggccgggggctt
tatgacgaaagggacagcggcattgccagatcagcttctctgagcagcctgttgatcact
cccttaccgtctcccagctcctccctgaccagcagctgtgcatccagctaccaacgtcga
tggctgcgcagtcagaccaccagcctggaaaacggcgtcttcccccgatggtcggtggag
gagagcttcaacatgtcggatgaaagcggtgggccgagcctgggtgtggctcggaagaag
aagattgccatcggagtcatcttcatgttgtctctccaccccgaggagaacaatcgcttc
caggatttctttttctcccacttccctctctttgaaagccacatgaacaaactgaagagc
gctatcgaacaggccatgaagatgagtcggcggtcagctgatgccagccagagggcgttg
gcttacagtcggatggtggatggactcaacgagttcaggatgaccatctgcgacctctac
accatgccccgcgtggctgagcccgtctggttgaccatgatgtccggagcgtcggagaag
aacctgctctgcggtcacttcatgaaggagttctcttcgctgatggagcaggcctccaag
aaccaattcctccctgcgttactgacggccatcttgaccaatcatctggcttgggtgccc
accgtcatgcccaatgggcagcctcccatcaagatcttcctggagaaacactcctccaag
agtgttgacatgctggcgaagatgcatccttacaaccccctctgggcacagctaggagac
ctctacgggtctatcgggtcgccggtgcgactgtccaggacggtggtggtgggacgcaga
caggagctggtccagagactcctctacgtcctcacttatttcatccgctgctccgagctg
ttggagacccacatgctggacagcgctgaggatgaagccattgtgatgccgggctccctc
atcactacctccctgaggaaaggagaggtggaggagtcggactatgtcctggtgacggtc
cacaaacccagcggggactacttatcccaagaagctcaggaccaacaggcggaggtggag
gacagtagctaccggtcagataacagcctccagagcagcacctacacggacacggatgcc
gagcatggcgccgttgacacgcacagggaggaagacgacgaggaggaggaggaagaggaa
gaggaggaggaggaggaggaggaggacagcagtgagagtcaggtatccaggagcagcgtg
ctccagaccaaacacattcggggcgacagtcccatcgtcaggacgacagacatgtcagaa
ccccccgagctgcacagggagttgagcagcccactggcggcggagccccgactggaaacg
gtgctgcgcgtctcctcggcctcccccagggagcaggtctgtgtgctggacgcagagacc
aggaccgacgcgaagcttatgcttccagctgtgtccacgagtccacccccacctcctgtg
agcgactcctggacagaagctgacccggatgagggcttggggggccaggtgctcagagtg
ccgacgccacagccgttggggatcagtctggagaagaagccccctgataagagcgcagcc
gctgcgatgccagtaccggtgatgtcgggcagcgccgccgcggggcccatggctctggat
ttaacaggagacgaggagccggctacaaaagtcactttcctcatcggagactccatgtcg
ccggagtcggacacggagagccgcagacggaaggtggaggaggaaatcaaaaagcacaag
agaaacctgaaggacaaacatctgcttcaccagcagctgctgcatcagcaacaccagcag
gcggagccgctgctccgagggacggatcccaaaaccagcagcgccgccgcatcagaggac
caaagcaagcagagcggcctgcagcgggtctccagcaagatgccgcagtggagccagaac
tgcatggacgacttcgacgagtatttcagtccagaaaaccccgtggagacgcggacgata
gacgatgtggttaaacaccgggaggccagcagaacagacagtttacgcaaagaaacgctg
gacccctcggggggccaacagccctgtggactcagggagggagacgacggctttcggggt
tcgggtctgtgtttacattcaggcgatgtagaggtgggatccagcaggaaaggggacccc
ctgctagacgccgagaggagatgcaggtgcgactccgccgattcgtccgacaaccgctgc
aggggctggtccactgagcgggacaaggggctcctgtcggtccccgtcctccatgatggg
accagcgggggcaaagaggaccaaaagcagaaaggagcgcccctcaacgactgggagatc
ccccgaaacgagagctcagacagcgcgttgggggacagcgagacggaggagacggaggac
tggcaggaagaggtcctggtccccttccctgggtcaaagttagtggagaactactcgaaa
ccaaacatcgccaacttcggtcggtctctgtttgggggctactgccccacctacgtgcca
gactttgttcttcacgggatgccgagcgacgagaagctgcggcagagtctcatgtctgag
ctgactcacgccgtccagcatcccgttctggacgagcccatcgccgaggccgtctgcatc
gtagcggacacggacaagtggacggtgcaggtggccagcagccagagacgagccaccgac
ctcagcaagctggggaaggaggtcctggtgtccagcctggtgtccagcttgctgcagtcc
acccaccagctctacaaactcaacctctcccccaacttctgtatcatgcaccttgaggac
cgcctgcaggagatctacttcaagagcaagatgcttgctgcgtatctgaagggccagaca
agagtccacgtgaaagagctggggatggtcctgggcatcgagtccagtgacctccccctg
ctggcggcggtggccagcactcactccccctacgtggctcagatcctcctatga
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