Rhinopithecus roxellana (golden snub-nosed monkey): 104655818
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Entry
104655818 CDS
T03989
Symbol
TTI1
Name
(RefSeq) TELO2-interacting protein 1 homolog isoform X2
KO
K20403
TELO2-interacting protein 1
Organism
rro
Rhinopithecus roxellana (golden snub-nosed monkey)
Pathway
rro04150
mTOR signaling pathway
Brite
KEGG Orthology (KO) [BR:
rro00001
]
09130 Environmental Information Processing
09132 Signal transduction
04150 mTOR signaling pathway
104655818 (TTI1)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
rro03036
]
104655818 (TTI1)
03400 DNA repair and recombination proteins [BR:
rro03400
]
104655818 (TTI1)
Chromosome and associated proteins [BR:
rro03036
]
Eukaryotic type
Chromatin remodeling factors
ASTRA complex
104655818 (TTI1)
DNA repair and recombination proteins [BR:
rro03400
]
Eukaryotic type
Check point factors
Triple T complex
104655818 (TTI1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
TPR_TTI1_N
TPR_TTI1_C
TPR_TTI1_2nd
TTI1
DUF5331
Dopey_N
VHS
Cnd1
DUF5503
HEAT_ECM29
Focal_AT
Motif
Other DBs
NCBI-GeneID:
104655818
NCBI-ProteinID:
XP_010353638
UniProt:
A0A2K6RG52
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All DBs
Position
13:complement(110406739..110458179)
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AA seq
1089 aa
AA seq
DB search
MAVFDTPEEAFGVLRPVCVQLTKTQTVENVEHLQTRLQAVSDSALQELQQYILFPLRFTL
KTPGPKRERLIQSVVECLTFVLSSTCVKEQELLQELFSELSACLYSPSSQKPAAVSEELK
LAVIQGLSTLMHSAYGDIILTFYEPSILPRLGFAISLLLGLAEQEKSKQIKIAALKCLQV
LLLQCDCQDHPRSLDELEQKQLGDLFASFLPGISTTLTRVITGDFKQGHSIVVSSLKIFY
KTVSFIMADEQLKRISKVQAKPAVEHRVAELMVHREADWVKNTGNKLTILIKKIIECVSV
HPHWKVRLELVELVEDLLLKCSQSLVECAGPLLKALVGLVNDESPEVQAQCNKVLRHFAD
QKVVVGNKALADILSESLHSLATSLPRLMNSQDDQGKFSTLSLLLGYLKLLGPKINFVLN
SLAHLQRLSKALIQVLELDVADIKIVEERRWNSDDLNASPKTSATQPWNHIQRRYFHFFT
DERIFMLLRQVCQLLGYYGNLYLLVDHFMELYHQSVVYRKQAAMILNELVTGAAGLEVEN
LHEKHIKTNPEELREIVTSILEEYTSQENWYLVTCLETEEMGEELTIEHPGLQAITSGEH
TCQVTSFLAFSKPSPTICSMNSNIWQICIQLEGIGQFAYALGKDFCLLLMSVLYPVMEKA
GDQTLLISQVATSTMMNICHACGYNSLQHLINQNSDYLVNGISLNLRHLSLHPHTPKVLE
VMLRNSDANLLPLVADVVQDVLATLDQFYDKRAASFVSVLHALMAALAQWFPDTGNLGHL
QEQSLGEEGSHLNQRPATLEKSTTTADDIEQFLLNYLKEKDVADGNVSDFDNEEEEQSVS
PKVDENDTHPDVEPPLPLQIQIAMDVMERCIHLLSDKNLQIRLKVLDVLDLCVVVLQSHK
NQLLPLAHRAWPSLVHRLTRDAPLAVLRAFKVLRTLGSKCGDFLRSRFCKDVLPKLAGSL
VTQAPISARAGPVYSHTLAFKLQLAVLQGLGPLCERLDLGEGDLNKVADACLIYLSAKQP
VKLQEAARSVFLHLMKVDPDSTWFLLNELYCPVQFTPPHPSLHPVQLRGASGQQNLYTAN
VLHLLTELQ
NT seq
3270 nt
NT seq
+upstream
nt +downstream
nt
atggcagtttttgatactcctgaggaggcctttggtgtcttacgtccagtctgtgttcag
ctcacaaagacccagacagtggagaatgtggagcatctgcagactcgactacaagctgtg
agtgacagtgcccttcaggaacttcagcagtacatcctcttccctctgcggtttaccctg
aagaccccaggtcccaaaagagagcgtttgatccagagtgtggtggaatgcctcacattt
gtcctttcttcaacatgtgtgaaagaacaagaacttctccaggaactcttttcagaactc
tctgcttgtctgtattcacccagctcccaaaaacctgcggcagtgtctgaggagttgaaa
ttggctgtgatccagggacttagcacattaatgcactcagcttatggggacatcattctg
actttttatgagccctccattctgccacgtttaggatttgccatatctttgctgttaggc
cttgcagaacaggagaaatcaaagcaaattaaaattgctgccttaaaatgtttacaggtt
ctactcttgcagtgtgattgtcaggaccatccaaggtcgttggatgaacttgaacaaaag
cagctgggggatttgtttgcctcttttttacctggaatctcaactacactgaccagggtt
atcacgggagactttaaacaaggtcacagcattgtcgtatcttccctaaagatcttttac
aagacagtgagcttcattatggctgatgaacagctcaaaagaatctcaaaggtccaagcc
aaacctgcagttgagcacagagtagcggagctgatggttcacagggaagcagattgggta
aaaaacactggcaacaagctgactatccttattaaaaagataattgagtgtgtttctgtt
cacccacactggaaggtgaggctggaactggtagaacttgtggaggaccttcttttgaag
tgcagtcaatcattggtagaatgtgctggtccccttctgaaggccttagtgggactagta
aatgatgagagtcctgaagtccaagcccagtgcaataaagttctgagacattttgcagat
caaaaagtagtggtgggcaacaaagcccttgctgacatcttgtcagaaagcctgcattcc
cttgccacatctcttcctcgcctaatgaactcccaggatgaccagggcaaattctctaca
ctttccttgttacttggttatctgaaactcttgggtccaaaaataaactttgtcctcaac
tctctggcccatctccagcgcctttccaaagcactcatccaagttctagagctagacgtg
gctgacatcaagattgttgaggaacggcgttggaactctgatgatctgaatgcctctcca
aagacctcagccacacagccttggaaccacatccagaggagatatttccacttcttcact
gatgagaggatcttcatgctcttgaggcaggtttgtcagctacttggttattatgggaat
ctttatttgcttgtggatcactttatggaactttaccatcaatccgtggtttaccggaag
caagctgccatgatccttaatgaactggttacaggggctgctgggctagaggtcgagaat
cttcacgaaaaacatattaaaacaaacccagaggaactgagagagattgtgacatctata
cttgaagaatacacaagtcaagaaaattggtatttggttacctgtcttgaaactgaggaa
atgggagaagagctgacgatagaacacccaggcctccaggccatcacgtctggtgaacac
acctgccaagttacatcttttctagccttctcaaagccaagtcccactatttgctccatg
aacagcaacatctggcaaatatgcattcagttggaaggaattggccagtttgcatatgca
ctaggaaaagacttctgtttgctcttgatgtcagtcctttatccggtaatggagaaggct
ggagaccaaaccctactcattagtcaggtggctaccagcaccatgatgaatatttgccat
gcttgtggctacaactccctgcagcacctgatcaaccaaaattcagactatttagtgaat
gggatctctttgaatctgcgtcatctgtctctgcaccctcataccccaaaggtcttggaa
gtcatgctgcggaactcagatgctaacctgcttcctttggtggcagatgtggttcaagat
gtcttggccaccctggaccaattttacgataagagagctgcttcctttgtcagtgttctg
catgctctgatggcagcattagcccagtggttcccagacacaggtaatctcgggcacctc
caagagcaaagtttaggagaggagggaagtcatttgaaccaaagaccagcaactcttgag
aagagcaccaccacagctgacgacatcgaacagtttttgctgaactacctcaaagagaag
gatgtggcagatggaaatgtctcggattttgataatgaagaagaggaacagtcagtctct
cccaaagtggacgagaatgacacccatccagatgtggagccaccactgccgttgcagatc
caaatagccatggacgtgatggaacgctgcatccacttgttgtcagataaaaatctgcaa
atccgcctgaaggtcttggatgtgctggatctgtgtgtggttgttctgcagtcccacaag
aaccagctgcttcccttggctcatcgggcctggccctcactcgtgcaccgactcacacgt
gatgcccctctggcagtgcttagagccttcaaggttttacgtactctgggaagcaagtgt
ggcgactttctacgcagccggttctgcaaagatgtcctgccaaagctggctggctcccta
gtcacccaggcccccatcagtgccagggctggaccagtttactcgcacacactggccttc
aagttgcagctggctgtcttacagggcctgggccccctctgtgagagactggacctaggt
gagggtgacctgaataaagtggctgatgcctgcttgatttacctcagcgccaaacagccc
gtgaaattacaagaggctgccaggagcgtcttcctccacttgatgaaggtggacccagac
tccacctggttcctcctgaatgagctttactgccccgtgcagttcacacctccccacccc
agcctccaccccgtgcaactgcgcggggccagcgggcagcaaaacctgtacacggccaac
gtgctccacctgctcacggagctgcagtga
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