Ficedula albicollis (collared flycatcher): 101809621
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Entry
101809621 CDS
T02815
Symbol
TTI1
Name
(RefSeq) TELO2 interacting protein 1
KO
K20403
TELO2-interacting protein 1
Organism
fab
Ficedula albicollis (collared flycatcher)
Pathway
fab04150
mTOR signaling pathway
Brite
KEGG Orthology (KO) [BR:
fab00001
]
09130 Environmental Information Processing
09132 Signal transduction
04150 mTOR signaling pathway
101809621 (TTI1)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
fab03036
]
101809621 (TTI1)
03400 DNA repair and recombination proteins [BR:
fab03400
]
101809621 (TTI1)
Chromosome and associated proteins [BR:
fab03036
]
Eukaryotic type
Chromatin remodeling factors
ASTRA complex
101809621 (TTI1)
DNA repair and recombination proteins [BR:
fab03400
]
Eukaryotic type
Check point factors
Triple T complex
101809621 (TTI1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
TPR_TTI1_N
TPR_TTI1_C
TPR_TTI1_2nd
TTI1
TPR_CAND1
HEAT_GCN1
VHS
TOR1L1_N
TPR_DNAAF5
DUF5331
CID
Cnd1
Motif
Other DBs
NCBI-GeneID:
101809621
NCBI-ProteinID:
XP_005057062
UniProt:
A0A803VI95
LinkDB
All DBs
Position
20:complement(7275873..7291301)
Genome browser
AA seq
1095 aa
AA seq
DB search
MAVFDTPQAAFGALRPVCVQLTRAQTVENVRQLQAHLAGVSGAALQELQEYVLFPLRFAL
RVPGPKQERLVQSLVQCISSVLAATCVKKQELLQELFSELCTCLAPPPSSVKAAPLSEEL
KLAVIQALHTLMHSAYGDVILSLYRPSSLPLLGFAVSLLLTLAEQEKAKQIKISALECLQ
VLVLQCDCQEHRQLDEDEEQQCGDLFASFLPGISITLSRVIAGDIKQGHKPTVSAIRLFY
LIVGLVMADKQLARIPKSKEKLPVEHSRISELMIHRGSDWTKSTAEKLSLLLHKVVESSS
VHPHWKVRLELVELVHHLLRNCSQSLVDSFSHLLKAVVGLVNDENSEVQSRCNKVLQGIA
EQRIVAQNRALADVLSENLHSLATALPRLMNSQDDMGKVSTLSLLLGYLKLLGPKINIVL
NSVSHLQRLSKALVQVLELDVTDVKIVEARRSEPPGPLQQGVQKGRCQKKYFRFFTEEKV
FQLLQQVCRVLGYYGNLYLLVDHFMGLYSESGLYRKQAAMILNELVMGAAGVGVDFLQER
EVPLNVDDLKGSITSILDEYMDQANWYLVTSVDTEESSPEQSEQHLGLAVRAGGASSSIL
LQSSEPPVTTRTMNSNIWQICIQLEGVGCFAAVLGKEFRLLLLSALYPVLEKAGDRTLLI
SETALGTLADICEACGYDSVQCLINENSDYLVNSISLNLRQLAYQPRASQVLDTMLRNSD
ASLLPLIEDVIQDVLSALDQSYNSQASTFLRVLHSVMTALVQWFGMPSAEEHQQRHSDKG
QSRARSQGQHKVTMTSQEVEQFFLDYVSQKRIAEGDLPDLEEEEADEIPLAKPEPSSDTE
GEAPMPSHAQLARDVMERCIHLLSDGSLRVRLKVLDVLELCVTMLHPHGNHLLPMAHRVW
PALVTRLISDDPLAVLRAFKVLCTLAQTCGDFLRQRFSKDVLSKLTSSLLSQAPASARAG
PVYSHTLAFKLQLALLQGLGSLCERLDMGESDLNKVADACLIYLSAKQPVKLQEAAQSVF
LHLMHVDPDSTWLLLSEVCCPEGYEPPHPSLRPVKLSGMGRPRNELTDNVLLLLQRLQQQ
EGTGPRTSTQEASPS
NT seq
3288 nt
NT seq
+upstream
nt +downstream
nt
atggccgtgttcgacaccccccaggcagcattcggggcgctgcgccccgtctgcgtgcag
ctgacgcgggcgcagacggtggagaacgtgcggcagctgcaggcgcacctggccggggtg
agcggcgcggccctgcaggagctgcaggagtacgtgctgtttcctctgcgcttcgccctg
cgggtgccggggcccaagcaggagcggctggtgcagagcctggtgcagtgcatctcctcc
gtgcttgctgcgacgtgcgtgaagaagcaggagctgctgcaggagctcttctctgagctc
tgcacctgcctcgctccccctcccagctcggtcaaagccgccccgctgtccgaggagctg
aagctggctgtgatccaggcactccacaccctgatgcattcggcttatggggatgttatc
ttatctctgtaccgaccttccagccttccgctcttaggatttgctgtgtctttgcttctg
acacttgcagagcaagaaaaagcaaagcaaatcaagatctctgctttggagtgcttgcag
gtcctggttctgcagtgcgactgccaggagcaccgacagctggatgaagatgaggaacag
caatgtggggatttgtttgcttcttttctgcccgggatttctattacactgtctcgagtt
attgctggagacatcaaacaaggtcacaaacccaccgtttctgccatcagactcttttat
ctgattgttggcttggtcatggctgacaaacagctagccagaatcccaaagagtaaggaa
aagctgccagtggaacacagcagaatatcagagctaatgatccacagaggatctgactgg
actaaaagtactgctgaaaaactctctctcctcttgcataaagtagttgaatcttcttca
gttcacccccactggaaggtgagactggagctggtggagttggtccaccacttactgagg
aactgcagtcagtcactggtggactcattcagtcacctcttaaaggccgtggtggggctg
gttaatgatgaaaacagcgaagtccagagcaggtgtaacaaagttctgcaggggatcgca
gagcagaggattgtggcacagaacagggctcttgctgatgtcctctctgagaacctccat
tctctcgccacagctcttccccgcctgatgaactctcaggatgacatgggcaaggtttcc
acgctgagcttattgcttggctacctgaagctgctgggccccaagattaacattgtcctc
aactccgtgtcccacctgcagcgcctgtccaaggcactggtgcaggttctggagctggac
gtgacagatgtgaagatagtggaggcccggcgctctgagccaccaggccccttgcagcag
ggtgtgcagaagggcagatgccagaagaaatacttccgcttcttcacagaggagaaggtt
ttccagctccttcagcaagtgtgtcgtgttcttggctactacgggaacctctacttgctt
gtggatcacttcatggggctgtacagcgagtctggcctgtaccgaaagcaggcagccatg
atcctcaacgagctggtcatgggagctgctggagtgggagtggatttcctgcaggaaagg
gaagttccgctgaatgtggatgatctcaaagggtccataacatccattctggatgagtac
atggaccaggcgaactggtatttggtcactagtgttgatacagaggaaagcagccctgag
cagtcagagcagcacttgggacttgctgtccgtgcaggaggggcgtccagcagtattctc
ctccagtcctcagagcctccagtcacaacccgcaccatgaacagcaacatctggcagatc
tgcatccagctggagggtgttggctgctttgccgctgtcctcgggaaggagttccggctg
ctgctgctgtcagctctctaccctgtgctggaaaaggctggtgacaggacactgctcatt
agtgagacagcactggggacactggcagacatatgtgaggcctgtggttatgactcggtg
cagtgtttgatcaatgagaattctgactatctggtgaacagcatttccctgaatttgcgc
cagctggcgtatcagccacgggcatcccaggtcctggacacgatgctgaggaattcggat
gccagcctactgccactgatagaagatgtaatccaagatgttctgtctgcactagatcag
tcttacaatagccaggcttccaccttcctcagggtcctccactcagtcatgactgctcta
gtgcagtggtttggaatgcccagcgctgaggaacaccagcaaaggcactctgacaagggg
cagagcagggctcggtcccaggggcagcacaaggtgacaatgacaagtcaagaagtggaa
caattcttccttgactatgtcagccagaagcggatcgcagagggtgatcttcctgacctg
gaggaggaggaggcagatgagattccccttgctaagccagagcccagctctgacacggaa
ggagaagctccaatgccaagccatgctcagctggccagggatgtgatggagaggtgcatc
cacttgctgtctgacgggagcctccgagtgcggctgaaggtcctggatgtgctagagctc
tgtgtaaccatgctgcatcctcatggaaaccatctgcttcccatggctcaccgtgtctgg
ccagctcttgtcacccggctgattagcgacgaccctctggcagtgctcagagccttcaag
gtgctgtgtaccctggcacaaacgtgtggggacttcctgaggcagagattctccaaagat
gtcctgtccaagctgaccagttccctcctcagtcaggccccagcgagtgccagagctggg
cctgtgtacagccacacactggccttcaagctgcagctggctctgctgcagggcctgggc
tctctctgcgagaggctggacatgggcgagagtgacctgaataaagtggcagatgcctgc
ctgatttacctcagtgccaagcaacctgtgaaactgcaagaagctgcccagagtgttttc
ctgcacttgatgcacgtggaccctgacagcacctggctgctcctgagtgaggtgtgctgc
cccgaggggtacgagcccccccaccccagcctgcgcccggtgaagctcagcgggatgggg
cggccgcggaacgagctcacagacaacgtgctgctcctgctccagaggctgcagcagcag
gagggcacgggccccaggaccagcactcaggaggcatctccttcctga
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