Clupea harengus (Atlantic herring): 105906615
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Entry
105906615 CDS
T09045
Symbol
tecta
Name
(RefSeq) alpha-tectorin
KO
K18273
alpha-tectorin
Organism
char
Clupea harengus (Atlantic herring)
Brite
KEGG Orthology (KO) [BR:
char00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
03037 Cilium and associated proteins [BR:
char03037
]
105906615 (tecta)
04147 Exosome [BR:
char04147
]
105906615 (tecta)
Cilium and associated proteins [BR:
char03037
]
Other cilia and associated proteins
Stereociliary proteins
105906615 (tecta)
Exosome [BR:
char04147
]
Exosomal proteins
Exosomal proteins of other body fluids (saliva and urine)
105906615 (tecta)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
VWD
C8
NIDO
Zona_pellucida
TIL
TILa
FXa_inhibition
EGF_LRP2
cEGF
Motif
Other DBs
NCBI-GeneID:
105906615
NCBI-ProteinID:
XP_042564501
UniProt:
A0A8M1KKB5
LinkDB
All DBs
Position
8:25245405..25261201
Genome browser
AA seq
2155 aa
AA seq
DB search
MVRAGTSLVLLQLFSVFAPGGAFSQDILYPFGPAYRDLETPKMDDGSSPEIPILIPFIYF
AIPYRSLYVNNNGVVSFGVQVSQFTPEAFPLSDSRSFIAPLWADVHNGIRGDVYYRETTE
PDILERATIDARKFFKNIPSFTATWAFIATWHQVTFYGGSQTTPVNTFQCVLISDGTIFL
SMFNYGDIAWSTGTASGGDPLTGLGGTTGQSGFNGGDVSHFFNLPGSRSNDVVNTELTTN
VNQPGRWFFRVDTEQIDPANGCSYNGRFYRRGEVFWLSDQCSQRCRCLDVDNEVFCQEAP
CGQLETCEQLEGAYYCQPTRTSTCVVFGDPHYHTFDGFLYHFQGTCSYLLARPCWETPGL
PYFSVEAKNENRGSATVSWLRDVTIDVYGHRINLPKGSLGTVQVDGLMRTLPVQLQLGAV
RVYQSGVAVALETDFGLLVTYDGQHYASISLPSPYFNNTCGLCGNYNDDPADDPVLPDGS
LAESVVELGGSWRAEDFDWRCTDGCAHNCSVCDPATEAFYFRPDYCGLINKTDGPFRDCR
AVVDPTAFVYSCVYDMCSNRDNITTLCQAIQAYALACQALGVTIRPWRSRTFCALTCPDF
SHYEVCTSACPSSCSELTSHLQCTHPCTEGCQCDPGYVLSGSRCVRYEECGCEEDGLYYS
LNETFWTGEVTEHGGECSHRCVCGPAGEVSCFNDSCREGEVCVAEVGLLGCYPRREGVCF
LSQTQVQFTFDGMVLPVPDESSFYLVKPCGVMPANVSAVEVKMGRKLVNKGPTWMRPVVV
RVAHLEAQIGGSDFDSAKLNGEPVGLPFVHPVEMLTIYKMGNITVVEWSGVVKVRYSRQG
HLNVSLSTVFYNATCGLCGFFNTDPNDDLRLPNGRQAETAELFVEGWRAIADDLTCNGDC
EDLYRMCVDLRLYQSPWLCGNINDMSNSSFLACHMAVNPSPFFRNCLYNMCVKEGNRSAL
CSSLQAYASACQDAQEGCQCEEGYALRDGQCVARSDCGCMYMGRQLATNETFWTDWECQE
RCYCNGTDNSVYCHFAPCDAEEFCQEDEELYFCQPRTEALCTVAGYSHFLPFSGIPFDLQ
SSCSLMLATTQCGEDDGDDDDDGSIITRHRTLPQFKLFVRNEERDTTQSIWVKGFVLEVY
GYEIEVSRSYKHTVTVNKERLFLPLKLGPSKVNIYTHGLQLIAETDFGLKVVFDWNTRVL
LSLPRSLYNATCGLCQGVPMSDPAATVTEWGMTWAKRERFCQVGCGDSCPRCGNAERAGE
GPVSVVDIAGNVETDAENPGNRFHLSEGLYVYVEPEAVRLCGLLVDRGGMFARCHSMVPP
AYFYQSCLQDTCLDQGARETICNWLQIYASTCQTQGVPIIGWRNSTPCTVTCPSNTHYAS
CMIVCQPQCAPARGHRDCNQYCVEGCQCDQGYVLNGKSCILSQNCGCYTDGKYYEPKQQF
WNGECTKRCQCIGRNLIQCDPRRCKAEEECGLRNGVRGCFARRTQHCVASGGGVFRTFDG
ASLRLPASCSFVLSTICHKLPELSFQLIANFDKWSTPNLTTISHAYLYINEENILISGST
VKVNGTPVTVPFVTGLMTRVSTSEGFLVIDTPQEIQVRYNRFNTLSITMGPRLQNKVCGL
CGNFNGDPADDYITSRGKPAMSALELAQSWKTNGMQNSCDETQYVALAQSCDNTAVAALQ
GEDSCLKLTEMKGFFQPCHGLLDPRPFYQSCYLDGCYNHRKAQVCGSMAAYAEACRSFGT
LTTKWITQENCSEWIYDPCAGEICTNNTCEQENGGDLCGCPELPSNEIGETAGGEDDILQ
AEVTCKHARMEVSISKCRLFQLGFEREDVRINDQHCPAIEGEDFISFHINNTKGHCGSIV
QSNGTHIMYKNTVWIESVNNTGNIVTRDKTINVEFSCAYELDIKISLETVLKPMLRLDVI
LVLSEGNFITKMALYKNSSYRQPYREGEVMLSTRDVLYVGVFVEGADARQLILIVNMCWA
TPSRYSTDRLRYIIIERGCPNVKDNTIGMAENGVSLTCRFHVTVFKFIGNYDEVHLHCDV
TLCDSEVNPCKVNCPHNRRMYSGETEHRQQQILSIGPIKRREYVWCEDNNGGCEQICTSQ
LTGPVCSCVTGMLQRDGRSCRVAGSGANIQPLVPLVIFGVTYALLTLTHTLSCLS
NT seq
6468 nt
NT seq
+upstream
nt +downstream
nt
atggtcagagcaggtacttcactcgttctgctccagctcttcagcgtcttcgctcctgga
ggagctttttctcaggatatcctctaccccttcgggccggcctatagggatttagagacc
ccaaagatggacgatggcagctccccagaaattcctatcctcatccctttcatctatttc
gccatcccctaccgctctctctatgtcaacaataatggagtagtctcctttggtgtgcaa
gtaagccagttcacccctgaagctttccccctcagtgacagtcgctcgttcatcgcgccc
ctatgggccgatgtacacaatggtatccgaggcgatgtgtactatcgtgagaccacggag
ccagacatcctggaaagagccaccattgatgcccgcaagttcttcaaaaacattccttcc
ttcacggcaacctgggccttcattgcaacgtggcatcaggtcacattttatggaggcagc
cagaccactccggtaaatacatttcagtgcgtcctcatttctgacgggacaatattcctc
tccatgttcaactacggagacattgcctggagcactggcaccgccagtgggggagatccc
cttacaggtctgggcggaaccacaggacagtcaggtttcaatggcggagatgtcagccac
tttttcaacctccccggctcgcgctccaacgacgttgtgaacactgagctaaccaccaat
gtcaaccagccagggcgatggttcttccgggttgacacggagcaaatagatccagccaat
ggatgcagctataatggtcgattttacaggcggggggaggtgttctggctgtcggaccag
tgctcccagcggtgccgctgtctggatgtggataacgaggtcttctgccaggaggctcca
tgcggacagctggagacctgcgaacaactggagggcgcctactactgtcagcccacacgc
accagcacctgcgtggtgttcggagacccccactaccacacattcgacggcttcctctac
cacttccaggggacctgctcctacctgctggcccggccttgctgggagacccctgggctg
ccctactttagtgtggaggccaagaatgagaatcggggttctgccacagtgtcctggctt
cgagatgtcactatagacgtttacggccatcggataaatctgccaaaaggcagccttgga
acagttcaggtggatggcctgatgaggaccctcccagtgcagcttcagcttggagctgtc
cgagtgtaccagtcgggcgtggccgttgccctggagactgacttcggcctcctggtgacg
tacgacgggcagcactatgcctccatctccctgccaagtccctacttcaacaacacctgc
ggcctgtgtggcaactacaatgacgaccctgccgacgaccctgtgctgcctgacggctca
ctggcagagagcgtggtggagttggggggaagctggagggccgaggactttgactggcga
tgcacagatggctgcgctcacaactgcagtgtgtgtgacccagccacggaggccttctac
ttccggccagactactgtggcctcatcaacaagaccgatgggcccttccgagactgccgt
gcagtggtcgaccccactgcctttgtctacagctgtgtgtatgacatgtgcagtaatcga
gataacatcacaactctgtgccaggccatacaagcatacgccctggcatgccaggcactg
ggggtgaccattcgtccctggagatcacgcacattctgtgctctgacctgtcctgacttc
agccactacgaggtgtgcaccagcgcctgcccctcctcctgctcggagctgacctcccac
ctgcagtgcacccacccctgcaccgaaggctgccagtgtgacccgggctacgtgctgagc
ggcagccgctgcgtccgctacgaggagtgcggctgcgaggaggacggcctctactactcc
ctaaatgagactttctggacgggagaggtcacagagcacggaggggagtgctcccatcgc
tgcgtgtgcggcccggccggcgaggtgtcctgcttcaacgactcgtgccgggagggggaa
gtgtgcgtagccgaggtcgggctgctgggttgctacccccggcgcgagggtgtctgcttc
ctctcccagacccaggtccagttcacctttgatggcatggtgctgcccgtccctgacgag
agctccttctacctggtgaagccgtgtggggtcatgccagccaatgtgtctgccgtcgag
gtaaagatgggcaggaagctggtgaataaaggccccacctggatgaggcctgtggtcgtc
agggtagctcacctggaggctcaaattggtggatcggattttgactctgcaaagctgaat
ggagagcctgtgggactcccttttgtccatccagtggagatgctgacaatatacaagatg
ggaaacatcactgttgtggaatggagtggcgtggtgaaagttcgttattcccgccagggc
catctcaacgtctccctctccactgtcttctacaacgccacctgtggcttgtgtggcttc
ttcaacaccgaccccaacgatgacctgcgcctgccaaatggccggcaggcggagacagcc
gaactctttgtagagggctggagggctattgctgatgacctgacatgtaatggggattgt
gaggatctgtatcgcatgtgtgtggatttgcgtctctaccagagcccttggctctgtggg
aacatcaatgacatgagcaacagctccttcctggcatgccacatggctgtcaacccctca
ccgttcttcaggaactgcctctataacatgtgtgtgaaagagggcaaccgctcggctctc
tgttcctccctgcaggcctatgcctcagcctgccaggatgcacaggagggctgccagtgc
gaggagggttacgctctccgggacggccagtgcgtggcacggagcgactgcggctgcatg
tacatgggccggcagctggccaccaacgagaccttctggacggactgggagtgccaggag
cgctgctactgcaacggcactgacaacagcgtgtactgccatttcgccccctgcgatgca
gaggagttctgccaggaggacgaggagctctacttctgccagccgcgcaccgaggcgctg
tgtaccgtcgctggctacagccacttcctgcccttcagtggcattcctttcgacctgcag
agcagctgctcccttatgctggccaccacacagtgtggggaggatgatggcgatgacgac
gatgatggatccatcatcacccgccatcgaacgctcccccagttcaaactctttgttagg
aatgaggaacgggacacgacgcaatcaatttgggtcaagggctttgtcctggaggtgtat
ggctatgagattgaagtgtcacgcagctacaagcacactgtcacagtgaataaggagcgt
ctgtttctgccactgaaactggggcccagcaaggtcaacatctacacccacggcctgcag
ctgattgctgagacagatttcggcctcaaagtggtctttgactggaacacccgcgtattg
ctgtccttgccacgcagcctctacaatgccacctgtgggctttgccaaggagtgcccatg
tctgaccctgccgccaccgtcactgaatggggcatgacatgggcaaagcgcgagcgcttc
tgccaagtagggtgtggtgactcctgtccccgctgtgggaatgcggagagggccggtgaa
ggccccgtgtcagtggtcgacattgccggcaacgtggaaaccgacgctgaaaaccctggc
aaccgcttccatctgtcagaaggactgtacgtgtatgtggagccagaggcagtgaggctg
tgtgggctgctggtggatcgcggcggcatgtttgcccgctgccacagtatggtgccgccg
gcgtacttctaccagagctgtttgcaggacacctgcctggaccagggggcgcgggagacc
atctgcaactggctccagatctatgccagcacgtgccaaactcagggagtgcccatcatc
ggctggaggaactccacaccttgcactgtgacatgcccatcaaacactcactatgccagc
tgcatgatagtgtgccaaccccagtgtgctccagctcgtgggcatcgtgactgcaaccag
tactgtgtggagggctgccagtgtgatcagggatatgtgctcaatggcaagagctgcatc
ctcagtcagaactgtggctgctacaccgacggcaaatattatgagccaaagcagcagttc
tggaatggcgaatgtaccaagcgttgccagtgcattgggaggaatctgatccagtgtgac
ccgcgccgctgtaaggcagaggaagagtgtggtctgcgcaatggtgtgaggggctgcttt
gcccgtcgcacccagcactgcgtcgcctccggcggtggagtgttcaggaccttcgatggc
gcctctctccgactgccggcttcctgttcctttgtcctctccaccatctgccacaagctg
ccagagctctcattccagctcatcgccaactttgacaagtggagcacgccaaacctcacc
actatctcacacgcctacctgtacatcaacgaggagaatatcctcatctctgggagcact
gtcaaggtaaatgggaccccagtgaccgtaccctttgtcacgggcctgatgacacgcgtg
tccacctcagagggattcctggtcatcgacaccccccaggaaatccaggtgcggtacaac
cgattcaacaccctgagcatcaccatggggccccggctgcagaacaaagtgtgcggtctg
tgcgggaacttcaacggcgaccccgcggatgactacatcacctcccgtggcaaaccggcc
atgagtgctctggagctggctcagagctggaagaccaatggcatgcaaaacagctgtgat
gagacccagtacgtcgctctggctcagtcctgcgataacacagccgtggccgccctccag
ggcgaggacagctgcctgaagctcacggagatgaagggcttcttccagccctgccatggc
ctgctggaccccaggcccttctaccagtcctgctacctggacggctgctacaaccaccgc
aaggctcaagtctgcggctccatggctgcctatgccgaagcatgccgctcctttggcaca
ctcacaaccaagtggatcacccaagagaactgctcagaatggatctacgacccctgtgct
ggagagatctgcacaaacaacacctgtgagcaggagaatggaggagacctgtgtggctgc
cctgagctgcccagcaatgagataggtgagacagctgggggagaggatgacatccttcag
gcagaggtgacgtgtaaacacgctcggatggaggtctccatatccaagtgcaggctcttc
cagttgggctttgagcgggaggatgtgcgcatcaacgaccagcactgccccgccatcgag
ggggaggacttcatctctttccacatcaacaacaccaaaggccactgtggctccattgta
cagtccaatggaacacatatcatgtacaagaacactgtctggatagagagtgtgaacaac
acagggaatattgtgacacgtgacaaaacaatcaatgtggagttctcctgtgcctatgag
ctggacatcaagatctccctggagacggtgctaaagcccatgctaaggttagacgttatt
ttggttttgagtgagggaaacttcatcaccaaaatggctctttataagaactcctcctac
cgccaaccttaccgagagggcgaagtcatgctcagcacgcgagacgtcctgtacgttggc
gtatttgtggagggggcagatgcacggcagctcatcctcatcgtgaacatgtgctgggcc
actccttcccgctacagtactgacagactgcgctacatcatcatagaaagaggctgcccc
aacgtcaaggacaacaccattggcatggctgagaatggcgtttctcttacatgccgtttc
catgtcactgtgttcaagttcatcgggaactatgatgaggtccatctccactgtgatgtc
acactctgtgactctgaggtcaatccatgtaaagtgaactgtccacacaacaggagaatg
tactcaggagaaactgaacacaggcaacagcagatactatcaattggacccatcaaacga
agagagtatgtgtggtgtgaagacaacaatggtggctgtgaacagatctgcactagccag
ctgacgggaccagtgtgcagctgtgtcacaggaatgcttcagagagacgggagaagctgc
cgggtggctggttctggtgctaatatccaacctctcgttcctctggtaatttttggagtg
acctatgcccttctgaccctcacgcacacattatcctgcttgtcctaa
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