Alligator sinensis (Chinese alligator): 102385660
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Entry
102385660 CDS
T02922
Symbol
TECTA
Name
(RefSeq) alpha-tectorin isoform X1
KO
K18273
alpha-tectorin
Organism
asn
Alligator sinensis (Chinese alligator)
Brite
KEGG Orthology (KO) [BR:
asn00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
03037 Cilium and associated proteins [BR:
asn03037
]
102385660 (TECTA)
04147 Exosome [BR:
asn04147
]
102385660 (TECTA)
Cilium and associated proteins [BR:
asn03037
]
Other cilia and associated proteins
Stereociliary proteins
102385660 (TECTA)
Exosome [BR:
asn04147
]
Exosomal proteins
Exosomal proteins of other body fluids (saliva and urine)
102385660 (TECTA)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
VWD
NIDO
C8
Zona_pellucida
TIL
TILa
FXa_inhibition
cEGF
PrgU
Motif
Other DBs
NCBI-GeneID:
102385660
NCBI-ProteinID:
XP_025055772
UniProt:
A0A3Q0G8J7
LinkDB
All DBs
Position
Unknown
AA seq
2153 aa
AA seq
DB search
MSFPLLLRTWVVLMIIISRHQAQAMEVLYPFWQNETKTPKVDDGSSPEIKLSIPFIFFGV
PYKTVYVNNNGVISFNVLVSQFTPEAFPLADGRAFLAPFWADVHNGIRGEIYYRESADPD
LLKRVSRDIRKYFKNMPSFSATSIFMATWEEVTFYGGSSTTPVNTFQVLLISDGASTFVV
FNYGEINWTTGTASGGDPLTGLGGVMAQAGFNGGNMTNYFSIPGSRTPDIVNIEDTTNVN
VPGRWVFKVDGREIDPANGCSLRGQFLRQGEIFWDNSNCTIKCRCLDFNNEIFCQEMPCG
PYEACEPKDKFYQCVPVESSTCVVFGDPHYHTFDGFLFHFQGSCSYLLAKQCQSGSNLPF
FSVEAKNENRGSSSVSWVKDIAVEVYTHKIIIPKGNFGKVKVDDLFLSLPITLELGAIKI
YQSGLSTAVETDFGLLVTFDGQHYASISIPGSYINATCGLCGNYNKNPQDDSLRSDGRPA
VSVLDLGESWRVYHPDWKCTPGCLDNCTLCDSVMESLYFSPEYCGFINKTNGPLWECGAI
VDPTAFVHSCVYDLCSIRDNGTNLCQAIQAYALVCQALGIPVGDWRTQIGCATAVHCPEF
SHYSVCTSSCPATCSDLTAPLACSSPCTEGCECNEGYVLSTNQCVPIQKCGCDVFGRYYA
IGESFWATSDCIVQCLCEDGGEIKCFNTTCQEGEVCTVESGYQGCYPMRETLCLVSQNQV
LQTFDGVAFMFPPEHSYTLLKTCPDRPEFLEVDISKKKPEASPTGLRALRIQVASHEVKI
GGTGPTDIKVNGYEVDLPFFHPSGQLEIYRSKNGTVVDSEGLLTIQYSNMGILEIHLSTS
YFNCTGGLCGFFNGNSSDEFCLPNNKCTENLAVFLESWTTFDEICNGECGDLLKACNNDS
ELLKYYRSRSKCGIINDPTNSSFLDCHGVVNVSAYYRTCLFRLCQSGGNQSELCDSVARY
AGACKNAGVDIGQWRSYSFCPLVCPENSHFEECMICTETCETLAIGPVCVDSCEEGCQCD
EGFALRGTECIPRSECGCNFEGHQLSTNQTFWMDINCQSFCYCNGSDNNMYCENIPCKED
DYCLEENGLYYCHPRTDASCIVSGYSHYLTFDGFAFDFQSSCPLVLCTTISRQRSERSDT
FPKFTVTAKNEDRDPSLALWLKLVEVEVFNYNIIIQRAYKHTVLINNERLYLPLKLGQGK
VNIFAFGFHIVVETDFGLKVVYDWKTFLSVTIPRSLQNSTYGLCGRYNGNPDDDLEMASG
TLATTIYEFGQSWVKRDTFCQVGCGDRCPACGKVEGFWKPQQLCSLIPSKSGVFAKCHSK
VHPGFFYKNCLLDTCIDGGATQTACSWLQNYASTCQTQGIAITGWRNFTSCSVSCPPNSH
YESCVSVCQPRCAAIRLKSDCNHYCVEGCQCDPGYVLNGKSCILPHNCGCYSDGKYYEPK
QLFWNSDCTRRCRCFRRNLIQCDPRHCKSDEECALRNGVRGCFSTKSSYCIAAGGGVFRT
FDGAFLRFPANCAFVLSTICQKLPDFSFQLIINFDKWSSPNLTVISPVYFYINEEQILIS
DRNTIKVNGTQVNIPFVTGLSTKIYSMEGFLVIDSSPEIQIHYNGYNIIKISISERLQNK
VCGLCGNFNGDRTDDYVTLRGKPVVSSVVLAQSWKTNGMQKSCNELQYSQYAAACDNVQI
QKLQSDSYCLKLTDMKGFFQPCHGLLDPLPFYESCFLDGCYNQKKYQLCGSLAAYGEACR
SFGILGTEWIEKENCSGVVEDPCVGADCPNRSCEMDNGGELCGCIEPPPYGNNSHDIIDA
EVTCKAAQMEVSISKCKLFQLGFEREGVRINDRHCPGIEGEDFISFQINNTKGNCGNIVQ
SNGTHIMYKNTVWIESANNTGNIITRDRTINVEFSCAYELDIKISLDSVVRPMLSVINLT
VPTQEGSFTTKMALYKNSSYKHPYRQGEVVLTTRDVLYVGVFVVGADSSHLILTLNKCYA
TPSRDSNDKLRYFIIEGGCQNIKDNTIGIEENGVSLTCRFHVTVFKFIGDYDEVHLHCAV
SLCDSEKYSCKINCPQSSRSAADFTKEPKEQIISVGPIRRKRLDWCEDNGGCEQICTSRV
DGPLCSCVTGTLQEDGKSCRASSSSTEPQAWLILLVITQLSLWRFVYKSDPTS
NT seq
6462 nt
NT seq
+upstream
nt +downstream
nt
atgagttttccattattgcttagaacctgggttgtccttatgatcatcatttcacgacac
caagctcaggccatggaggtcctgtatccgttctggcagaacgaaactaaaacccccaaa
gttgatgatggaagctccccagagattaagctgtccatcccgttcatcttcttcggcgtt
ccctacaagaccgtttatgtcaacaacaatggagttatttccttcaacgtgctggtcagc
cagttcaccccagaggccttcccccttgcagatggccgggcttttcttgcccctttttgg
gcagatgtccacaatgggatccgaggagaaatatactacagggagagcgctgaccctgac
ctgctgaaaagggtctccagagacatcaggaaatacttcaaaaacatgccctctttctct
gccaccagcatcttcatggccacctgggaagaggtcactttctacggaggcagcagcacg
acccctgtaaacacctttcaagttctcctgatctcagatggagcatccacgtttgtcgtg
tttaactacggggaaatcaactggaccaccggaacggcaagtgggggagatccccttaca
ggacttggtggagtcatggctcaggcaggatttaatggtggaaacatgaccaattatttc
agtattcctggttcaaggaccccagatatagtcaacattgaagacacaaccaatgtaaat
gtccctggacgctgggtgttcaaagtagatggccgagaaattgacccagccaatggctgc
agcctgcgaggccagtttctccgtcaaggggagatattctgggacaactccaactgcacc
atcaagtgtcgctgcctggacttcaacaatgagatcttctgccaggagatgccttgcggc
ccctacgaagcatgtgagccgaaggacaagttctaccagtgcgtgcccgtggaaagcagc
acctgcgtggtgtttggagacccacactaccacaccttcgatggcttcctctttcacttc
cagggttcctgctcctaccttcttgccaaacagtgccagtcagggtccaacctgccattc
ttcagtgtggaggccaagaatgagaaccgaggcagctcctccgtctcctgggtgaaggac
attgcagtggaggtctatactcacaagattattatccccaaagggaactttgggaaagtt
aaggtagacgacttgttcctgtccttacccatcaccttggaactgggggcaataaaaatc
taccagagtggtttgtcaacagcggtggagactgattttggccttttagtgacttttgat
gggcagcattatgcctccatctccatcccaggctcctacattaatgccacctgcggctta
tgcgggaactacaacaagaatcctcaggacgacagcctgcgctcagacgggaggccggcc
gtgtcggtgctggacctgggggagagctggcgggtataccacccggactggaaatgcacc
ccaggctgcttggacaactgcaccctctgcgattctgtgatggagtccctctacttctca
ccagagtactgtggcttcatcaacaagaccaacggccctttgtgggaatgcggcgctatt
gtagaccccacagcctttgtccacagctgcgtttatgacctttgtagcatcagggataat
ggcaccaacctgtgccaagcaatacaggcttatgccttggtgtgccaagcccttgggatc
ccggtgggagactggagaacccagatagggtgtgccacagcagtgcactgtccggagttc
agccactattcagtttgtaccagcagctgcccggccacatgttctgatctaaccgctcct
ctggcctgcagctccccctgcaccgagggctgcgagtgcaacgaaggctacgttctcagc
acaaaccagtgtgtccccatccagaagtgtggctgcgatgtctttggccgctactatgcc
attggggagtctttctgggccacctcggactgcatagtgcagtgcttgtgcgaagacggt
ggggagatcaaatgcttcaacaccacgtgccaggaaggggaggtctgcaccgttgagagc
ggctaccaaggctgttaccccatgcgagagaccttgtgcctggtcagccagaaccaggtg
ctgcagaccttcgatggcgtggctttcatgttcccaccggagcactcctacacgctgctc
aagacgtgccccgacagaccggagttcctggaagtcgacatcagcaaaaagaaacccgaa
gcctcccctaccggacttcgagccttgaggatccaagtggccagtcatgaggtcaagatc
ggaggcaccggcccgactgacatcaaggtgaatggctacgaagtggacctgccgtttttc
cacccttctggccaactggaaatttaccgtagcaaaaacggcacagtggtagactctgaa
gggctcctgactattcagtactccaacatgggtatcctggagatacacctctcgaccagc
tacttcaactgtacaggagggttgtgtggcttcttcaatgggaacagcagcgatgagttc
tgcctccccaataacaagtgcaccgaaaacctggccgtctttttggagagctggaccaca
tttgatgagatctgtaatggggaatgcggggacctgctcaaagcctgcaacaacgactcg
gagctgctcaagtactacaggagccgctccaagtgcgggatcatcaacgaccccaccaac
agctccttcttggactgccatggggtggtcaacgtgtcggcgtactaccgaacgtgcctc
ttccgcttgtgccagagtggaggaaaccagtcggagctctgcgattcggtggctcgttac
gccggcgcctgcaagaacgcaggggtggatattggccagtggaggagctacagtttttgt
cctctcgtgtgtcctgagaacagccactttgaggagtgcatgatctgcacggagacctgt
gaaaccctcgccattggccctgtctgtgtggacagctgtgaggaaggctgccaatgtgat
gaaggctttgccctcagagggactgagtgcatccccaggagtgagtgcggctgcaatttt
gaggggcatcagctctccaccaaccagaccttctggatggacatcaactgccagtccttc
tgctactgcaatgggtctgacaacaacatgtactgcgagaacatcccctgcaaggaagat
gactactgcctggaggagaatggcctctattactgccacccccgcaccgatgcctcctgc
attgtttctggctacagccattacttgacctttgatgggtttgcttttgacttccaaagc
agctgcccacttgtcttgtgcacaaccatctccaggcagcggtcggagaggtcagatact
ttccccaaattcactgtcacagccaagaatgaagaccgggacccatccttagctttgtgg
ttgaaactagtcgaagtggaagtcttcaattacaacataatcatccagcgggcctacaaa
cacacagtgctgataaacaatgagcgtctctacctgcccttgaaactgggccaagggaaa
gtgaacatctttgcctttggttttcacattgtggtggagactgattttggtctgaaggtg
gtgtatgactggaagaccttcctctctgtcaccatcccacgaagcctccagaacagcacg
tacggcctctgtggccgctacaacggcaaccccgatgatgacctggagatggctagcggc
acattggctaccaccatctatgagtttggtcaaagctgggtgaagcgggacacgttttgt
caagtgggctgtggtgaccggtgtcctgcctgtgggaaggtggaagggttctggaaaccc
cagcaactgtgcagcctcatcccaagcaaaagcggagtctttgccaagtgccacagtaaa
gtccaccccggcttcttctacaagaactgcctccttgacacctgcattgatggcggagcg
acacagactgcttgcagttggctgcagaactacgccagcacgtgccagacccagggaata
gccatcaccggctggaggaacttcacttcatgctctgtcagctgtccccccaacagccac
tatgagagctgcgtgtccgtgtgccagccccgctgtgctgccatccggctgaaaagcgac
tgcaatcattattgcgtggaggggtgccagtgtgaccctggctatgtcctgaatggcaag
agctgtatccttccccacaactgcggctgctactcagatggaaaatattatgagcccaag
cagctcttctggaacagcgactgcacccggcgctgccgctgcttccgccgcaacctcatc
cagtgcgacccacggcactgcaagtcggatgaggagtgtgccctgcgcaacggtgtccgc
ggctgcttcagcaccaagagctcctactgcatcgcagcgggcggcggcgtcttccggacc
tttgacggagccttcctccgcttcccagccaactgtgccttcgtcctgtccaccatctgc
cagaagctgcccgatttctccttccagctcatcatcaactttgacaagtggtcatccccc
aacctcactgtcatctccccagtgtatttctacatcaacgaggagcagattctcatcagt
gaccggaacactatcaaggtgaacggcacccaggtgaacatcccttttgtcaccgggctg
tcaaccaaaatctacagcatggagggtttcctggtgattgactccagccccgaaatccag
atccactacaacggctacaacatcatcaaaatcagcatcagcgaacggctgcagaacaaa
gtgtgcggcttgtgcggcaacttcaacggggaccggacagacgactacgtgaccctgcga
gggaagccggtggtcagcagtgtagtgctggctcagagctggaaaaccaatggcatgcag
aagagctgcaacgagctgcagtactcgcagtatgctgcagcttgcgacaacgtgcagatc
cagaagctgcagagcgacagctactgcctcaagctgacagacatgaagggcttcttccag
ccctgccatgggctgctggaccctctgcctttctacgagtcgtgtttcctcgacggctgc
tacaaccagaagaagtaccagctctgcggctccctagctgcctacggggaggcctgccgt
tcctttgggatccttggcactgagtggatagaaaaagagaattgctcaggagtggttgaa
gacccctgtgtgggagccgactgtcccaacaggagctgcgagatggacaatggtggggaa
ctgtgtggttgcattgagcctccaccctacggaaacaactcccatgacatcattgatgca
gaagtgacctgcaaagccgcacagatggaggtctccatatcgaagtgcaagctcttccag
ctgggctttgagagggaaggggtgcgtattaacgaccgccactgcccaggcatcgaagga
gaagacttcatctccttccagatcaacaacaccaaggggaactgtggaaacattgtgcag
tccaatggcacccacatcatgtataaaaacactgtctggattgagagtgcaaacaacact
ggaaacataatcacccgggaccgaaccatcaacgtggagttctcatgcgcatatgagctg
gatatcaaaatttctttggattcagtcgtgaggccaatgcttagtgtgattaacttgaca
gtcccaacccaagaaggcagcttcacaaccaagatggccttgtacaagaactcttcctac
aaacacccctaccgccagggtgaagtggtgctaaccacccgggacgtgctatacgtgggg
gtcttcgtcgttggagcagattcaagccacctgattctaacgctgaacaagtgttatgca
accccttctcgggacagcaatgacaagctgagatacttcattattgaaggaggttgccaa
aatattaaggataacaccattgggattgaggaaaacggggtgtctctgacctgccgtttc
cacgtcaccgtcttcaagttcattggggactatgatgaagttcatctccactgtgctgtc
tcgctctgtgactcagaaaaatactcctgcaaaataaactgccctcagagttccaggagt
gctgctgattttaccaaagagcccaaggagcagatcatctcggtggggcccatccggaga
aagcggttagactggtgtgaagataacggaggctgtgagcagatctgcacgagcagggtg
gatgggcccctatgtagctgcgtaacaggaacattgcaagaagatggcaagagctgcaga
gcctccagctcttccactgaacctcaagcctggctaattcttctcgtcataacccagcta
tcactatggcgtttcgtctataagtcagacccgacctcataa
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integrated database retrieval system
