Seriola lalandi dorsalis (Yellowtail amberjack): 111655251
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Entry
111655251 CDS
T06058
Symbol
tti1
Name
(RefSeq) TELO2-interacting protein 1 homolog
KO
K20403
TELO2-interacting protein 1
Organism
slal
Seriola lalandi dorsalis (Yellowtail amberjack)
Pathway
slal04150
mTOR signaling pathway
Brite
KEGG Orthology (KO) [BR:
slal00001
]
09130 Environmental Information Processing
09132 Signal transduction
04150 mTOR signaling pathway
111655251 (tti1)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
slal03036
]
111655251 (tti1)
03400 DNA repair and recombination proteins [BR:
slal03400
]
111655251 (tti1)
Chromosome and associated proteins [BR:
slal03036
]
Eukaryotic type
Chromatin remodeling factors
ASTRA complex
111655251 (tti1)
DNA repair and recombination proteins [BR:
slal03400
]
Eukaryotic type
Check point factors
Triple T complex
111655251 (tti1)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
TTI1
Motif
Other DBs
NCBI-GeneID:
111655251
NCBI-ProteinID:
XP_023262349
Ensembl:
ENSSLDG00000019461
LinkDB
All DBs
Position
Unknown
AA seq
1121 aa
AA seq
DB search
MPPVMAQIRDPKIAFAYLRPASVLLTREPSVTNVRTLSGQLKEVNDATLQQLQEYVLFPL
RFVLKIPGPKKDKLVQAVAEAMSYVLENTCVQSWETLHDLLSELCLCVCSPTDPGKPANT
SEELKSAVLRCLDALLHAAYGDIVFRLFEPIMLPGLGAAISLLLALGEKEKSRDVQAAAL
KCLLALTLQCDCTQEHVVPSSEDQRAIGSTMASFLPGITMAVARIITGDLRQGHAVTVRA
IKVWSGTVGLVMEDAQLQASEPWKTPSPDLGRIAQLVVHRTPDWVKSTVGRLSELLKKIV
SWTSAHQHWRVRLQMVELADHLLARCSQSLGECVGPLLEALVGAVNDEEPRVRERCEVVL
REVSQRNRSCSSQCDVTGQRSSPQTFTDVLSENLHSLATSLPRLMRTSDDQKKLFVLNVF
LGYLKVLGPLVSVVLNSAAHLQRISKALMQVLELDVMDVCIVEERRHNSTIETSSTSPDS
CTAHTHRKHFLYFTDEKIFSVLMEICRTLGYHGNIYLLTDHFLDLYSQSSAYRKQAAMAL
NEIVRGAAGIGMATESQGLEGESRGRSATMEDLKAAVVSVMEEYTSLSNWHLITVSEETD
RDRQDQRLLSPPSLLSISNSDVHNVNANSLQVIPSSFGSPSPSSSTSTIHQLNSNIWQLC
IQLEGIACFSQALGQDFCPLLMTSLYPVLEKAGEETLLVSQAALGSMWDISTACGYPSLK
ELINENSDYLLNDISLNLQRLSQHPQAPRVLTVMLTHSDCSLLPLVRDIVQDVLMALDLS
YDHTAALFCSVLHALMKALVRWFPSSCKKTSESARPKQTSTDQEILDIRQFLLDYRKQKE
LAEGVGIEDDNDTEDLDVPPPTECEDVDDIDGPDVKAELPSHLSITKDVMERCIHLLSNP
SLRLRLKVLDVLELCVCVLSEKENELLPMAHRCWPALLQRLTADDPLAVLRAFRVLCTLG
ETCGDFLRRRVSKEVLPKLSSSLGRQAPISAKAGPVYTHTVSYKLQLAVLQGLGSLCQRL
DLGEAEMDAVCEACLPYLSCRQPFPLQEACLSVFRHLIQVDPDNFWFTLNELHCPSSYTP
PHPDLQPVQLSGMGRPRDEYSDNVLKLLREEFAATVEQPVS
NT seq
3366 nt
NT seq
+upstream
nt +downstream
nt
atgcctccagtcatggctcagatcagggatccaaagattgcctttgcctacctgcgtcca
gccagtgtcctgctgacccgagagccctctgtcaccaacgtgaggacactgagcggccag
ttaaaggaagtcaacgatgccacattgcagcagctccaagagtatgtcctcttccctctt
cgctttgtccttaaaatccccgggcccaagaaggacaaattggtgcaggctgtggccgag
gccatgagctatgtcctggagaacacttgtgtccagagctgggagaccctccatgacctc
ctctcagaactctgcctctgcgtctgctctccaactgatcctgggaaacctgcaaataca
tcagaggagctgaaatcagctgtgctgaggtgcttggacgccctgcttcatgctgcttat
ggtgatatagtctttagactctttgaaccgatcatgctgcccggactgggagctgccata
tcactgctgctggctttaggagagaaggagaaatctcgggatgtacaggcagcagcgctg
aagtgcctcctcgctttgactctacagtgtgactgcactcaggagcatgtagtcccatca
tcagaggaccagcgtgctataggcagcaccatggcttcattcttacctgggatcactatg
gctgtagccaggatcattacaggagatctgagacaaggccatgcagtcacagttagggcc
atcaaggtttggtccgggactgtggggcttgtcatggaagatgcccagcttcaggccagt
gagccctggaagactccctcaccagacctgggtaggatcgcgcagctggtggtccatcgg
acaccggactgggtgaagagcacagtggggagactgtctgagctgctgaagaagatcgtc
tcctggacctcggcccaccagcactggagggttcggctgcagatggtggagctggctgac
cacctgctggccaggtgtagtcagtcactgggagagtgtgtggggccactactggaagca
ctggtgggagcggtcaacgatgaggagcccagagtcagagagaggtgtgaggttgttctc
agagaggtatcacagaggaaccggagctgtagcagccagtgtgatgttaccggtcaacgc
agcagtcctcagaccttcactgacgtgctttcagagaatctccactctctggccacctcc
ctgcccagactgatgaggacctctgatgaccagaagaaactgtttgtcctcaatgtgttt
ctgggttatttaaaagtcctgggaccactcgtctctgtggtgctgaactcggctgcacat
ctgcagaggatttccaaagccttgatgcaggtgctggagctggatgtgatggatgtttgc
attgtagaagaaagacgacacaactctaccatagaaacaagttcgacgtctcctgattcc
tgcaccgctcacacacacaggaagcattttctctacttcactgatgagaagatcttctct
gtgctcatggagatctgtcggacgttaggttaccatggcaacatctaccttctgaccgat
cattttctggacctgtacagtcagtcttcagcgtacaggaagcaagccgccatggcgcta
aacgagattgtcaggggtgccgcaggcatcggcatggcaacagagagtcagggtttggag
ggtgaaagccgagggcgctctgccaccatggaagaccttaaagctgcagtggtgtctgtc
atggaagagtacaccagtctgagcaactggcacttgattactgtcagtgaggagacggat
agagaccgacaggaccaacggctgctcagcccacccagtctcctgtccatatccaacagc
gatgtccacaatgtgaatgcaaactctctccaagtgattccttcttcatttggctccccg
tctccctcgtcatccacctccacaatccaccagctcaacagtaacatctggcagctgtgt
atccagctcgaaggcatcgcctgcttttctcaggccctggggcaagacttctgtcccctg
ttgatgacatcactgtaccccgtgctggagaaagctggggaggagacactactggtcagc
caggcagcactgggctccatgtgggacatcagtacagcctgtggctacccctcgttgaag
gagctgatcaatgagaactcggattatctgctcaatgacatctccctcaacctgcaaagg
ctcagccagcatccgcaggctccacgggtgttgacagtgatgttgacgcattccgactgc
agcctgctgcctctggtccgggacatcgttcaggatgtgctgatggctctggatctcagc
tacgaccacacagcggcccttttctgctccgtgctgcacgcgctgatgaaggcactggtg
aggtggtttccctccagctgtaaaaagaccagtgagtctgccagacccaagcagacctcc
actgaccaagaaatcctcgacatccgccagttcctgctggattaccgtaaacagaaagag
ctggcagagggcgtcgggatagaggacgacaacgacacggaggacctcgacgttcctcct
cccacagagtgcgaggatgttgacgatatcgatggtcctgatgtgaaagcagagcttccc
tcccacctcagcatcactaaagatgttatggaacgctgcattcatctgctgtccaatccc
agcctcaggctccgactcaaggtattggacgtgctggagctctgcgtgtgtgtcctgagt
gagaaggagaatgaactgctgcctatggcccatcgctgctggcccgccctcctgcagaga
ctgacagctgatgaccctttagccgtcctcagagccttcagggtgctgtgtacactgggt
gaaacgtgtggtgacttcctgaggagaagggtttctaaagaggttctgccaaagctgagc
tcctcgctgggacggcaggctccgatcagcgccaaggccggacccgtctacacccacact
gtgtcatacaaactgcagctggctgtactgcaggggctgggctcactgtgccagaggctg
gacctgggtgaagcagaaatggatgctgtgtgtgaagcctgcctgccctacctgagctgc
agacaacccttcccactgcaagaggcctgcctcagtgttttccgacacttaatccaggtg
gatccggacaacttctggttcactctgaacgagctgcactgcccgtcgtcctacaccccg
ccccaccccgacctccagcccgtgcagctgagcgggatgggcaggccgagagacgagtac
tcggacaacgtgctgaaactactgagggaagagtttgctgccacagtcgagcagccggtc
agctaa
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