KEGG   Homo sapiens (human): 7007
Entry
7007              CDS       T01001                                 
Symbol
TECTA, DFNA12, DFNA8, DFNB21
Name
(RefSeq) tectorin alpha
  KO
K18273  alpha-tectorin
Organism
hsa  Homo sapiens (human)
Disease
H00604  Deafness, autosomal dominant
H00605  Deafness, autosomal recessive
H01705  Bilateral sudden sensorineural hearing loss
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:hsa03037]
    7007 (TECTA)
   04147 Exosome [BR:hsa04147]
    7007 (TECTA)
Cilium and associated proteins [BR:hsa03037]
 Other cilia and associated proteins
  Stereociliary proteins
   7007 (TECTA)
Exosome [BR:hsa04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   7007 (TECTA)
SSDB
Motif
Pfam: VWD NIDO C8 Zona_pellucida TIL TILa FXa_inhibition cEGF
Other DBs
NCBI-GeneID: 7007
NCBI-ProteinID: NP_005413
OMIM: 602574
HGNC: 11720
Ensembl: ENSG00000109927
UniProt: O75443
Position
11:121101243..121191490
AA seq 2155 aa
MNYSSFLRIWVSFIFALVQHQAQPRELMYPFWQNDTKTPKVDDGSSSEIKLAIPVFFFGV
PYRTVYVNNNGVVSFNVLVSQFTPESFPLTDGRAFVAPFWADVHNGIRGEIYYRETMEPA
ILKRATKDIRKYFKDMATFSATWVFIVTWEEVTFYGGSSTTPVNTFQAVLVSDGSYTFTL
FNYYEINWTTGTASGGDPLTGLGGVMAQAGFNGGNLTNFFSLPGSRTPEIVNIQETTNVN
VPGRWAFKVDGKEIDPANGCTSRGQFLRRGEVFWDDLNCTVKCRCLDFNNEIYCQEASCS
PYEVCEPKGKFFYCSAVETSTCVVFGEPHYHTFDGFLFHFQGSCAYLLARQCLQTSSLPF
FSVEAKNEHRRGSAVSWVKELSVEVNGYKILIPKGSYGRVKVNDLVTSLPVTLDLGTVKI
YQSGISTAVETDFGLLVTFDGQHYASISVPGSYINSTCGLCGNYNKNPLDDFLRPDGRPA
MSVLDLGESWRVYHADWKCDSGCVDNCTQCDAATEALYFGSDYCGFLNKTDGPLWECGTV
VDPTAFVHSCVYDLCSVRDNGTLLCQAIQAYALVCQALGIPIGDWRTQTGCVSTVQCPSF
SHYSVCTSSCPDTCSDLTASRNCATPCTEGCECNQGFVLSTSQCVPLHKCGCDFDGHYYT
MGEFFWATANCTVQCLCEEGGDVYCFNKTCGSGEVCAVEDGYQGCFPKRETVCLLSQNQV
LHTFDGASYAFPSEFSYTLLKTCPERPEYLEIDINKKKPDAGPAWLRGLRILVADQEVKI
GGIGASEVKLNGQEVELPFFHPSGKLEIYRNKNSTTVESKGVVTVQYSDIGLLYIRLSTT
YFNCTGGLCGFYNANASDEFCLPNGKCTDNLAVFLESWTTFEEICNGECGDLLKACNNDS
ELLKFYRSRSRCGIINDPSNSSFLECHGVVNVTAYYRTCLFRLCQSGGNESELCDSVARY
ASACKNADVEVGPWRTYDFCPLECPENSHFEECITCTETCETLTLGPICVDSCSEGCQCD
EGYALLGSQCVTRSECGCNFEGHQLATNETFWVDLDCQIFCYCSGTDNRVHCETIPCKDD
EYCMEEGGLYYCQARTDASCIVSGYGHYLTFDGFPFDFQTSCPLILCTTGSRPSSDSFPK
FVVTAKNEDRDPSLALWVKQVDVTVFGYSIVIHRAYKHTVLVNSERLYLPLKLGQGKINI
FSFGFHVVVETDFGLKVVYDWKTFLSITVPRSMQNSTYGLCGRYNGNPDDDLEMPMGLLA
SSVNEFGQSWVKRDTFCQVGCGDRCPSCAKVEGFSKVQQLCSLIPNQNAAFSKCHSKVNP
TFFYKNCLFDSCIDGGAVQTACSWLQNYASTCQTQGITVTGWRNYTSCTVTCPPNSHYES
CVSVCQPRCAAIRLKSDCSHYCVEGCHCDAGYVLNGKSCILPHSCGCYSDGKYYEPKQLF
WNSDCTRRCRCFRRNVIQCDPRQCKSDEECALRNGVRGCFSTKTSYCLAAGGGVFRTFDG
AFLRFPANCAFVLSTICQKLPDISFQLIINFDKWSAPNLTIISPVYFYINEEQILINDRN
TVKVNGTQVNVPFITGLATKIYSSEGFLVIDTSPDIQIYYNGFNVIKISISERLQNKVCG
LCGNFNGDLTDDYVTLRGKPVVSSVVLAQSWKTNGMQKRPLAPSCNELQFSQYAAMCDNV
HIQKMQGDGYCLKLTDMKGFFQPCYGLLDPLPFYESCYLDGCYSHKKFQLCGSLAAYGEA
CRSFGILSTEWIEKENCSGVVEDPCVGADCPNRTCELGNGRELCGCIEPPPYGNNSHDII
DAEVTCKAAQMEVSISKCKLFQLGFEREGVRINDRQCTGIEGEDFISFQINNTKGNCGNI
VQSNGTHIMYKNTLWIESANNTGNIITRDRTINVEFSCAYELDIKISLDSVVKPMLSVIN
LTVPTQEGSFITKMALYKNASYKHPYRQGEVVLTTRDVLYVGVFVVGADATHLILTLNKC
YATPTRDSNDKLRYFIIEGGCQNLKDNTIGIEENAVSLTCRFHVTVFKFIGDYDEVHLHC
AVSLCDSEKYSCKITCPHNSRIATDYTKEPKEQIISVGPIRRKRLDWCEDNGGCEQICTS
RVDGPLCSCVTGTLQEDGKSCRASNSSMELQVWTLLLIMIQISLWHFVYKSGTTS
NT seq 6468 nt   +upstreamnt  +downstreamnt
atgaattattcatcattccttagaatttgggtctctttcatcttcgcacttgtacagcac
caagctcagcccagggagctcatgtatccattttggcagaatgacaccaaaacccctaaa
gtagatgatggaagctcatctgagattaagttggccatcccagttttcttctttggcgtt
ccttaccgcactgtctatgtcaataacaacggagttgtttccttcaatgtgctagtgagc
cagttcacgccagaatcctttcccctgacagatgggagagccttcgtcgccccattttgg
gcagatgtgcacaatggaattcgaggcgagatctattacagagagaccatggagcctgcc
atcttgaaaagagccaccaaggacatcaggaagtacttcaaagacatggcaaccttctct
gccacttgggttttcattgtgacatgggaggaagtcacgttttatggaggcagcagcacc
acacctgtgaacaccttccaggccgtcctagtgtccgatggctcctatacattcaccctc
ttcaattattacgaaatcaactggaccacggggacggcgagtggcggcgaccccctgaca
ggtcttggtggagtgatggcacaggcaggatttaatggtggaaacctcaccaatttcttc
agcctcccggggtcaagaacccccgagatcgtgaatatccaggagaccacaaacgtcaat
gttccaggccgctgggcatttaaagttgatggaaaggaaattgacccagccaatggctgc
acctcaaggggacaattccttcggcgaggggaggtgttttgggatgacttgaactgcacc
gtcaagtgccgctgtctggatttcaacaatgagatctactgccaggaggcttcctgtagc
ccctacgaggtgtgcgaacccaaaggcaaattcttctactgcagcgctgtggagaccagc
acatgcgtggtgtttggggagccacactaccacacttttgacggcttcctcttccacttc
caaggctcctgtgcctacttgctggcccgacagtgtttgcagacttccagcctccctttc
ttcagtgtggaggccaagaatgaacaccgcagaggttcagccgtctcctgggtgaaggag
ctctcagtggaggtgaatggctacaagattctcatccccaaaggaagctatggaagagtc
aaggttaatgacctagtgacttctttgcctgtcaccttagacttggggacagtgaaaatc
taccagagtggcatatctactgccgtggaaacagattttgggctcttagtgacttttgat
ggccagcactacgcctccatttccgtcccaggctcctatataaactccacctgtggactc
tgtggaaactataataaaaacccactggatgacttcctccgcccggatggcaggccggcc
atgtctgtcctggatctgggagagagctggcgtgtgtaccacgcagactggaagtgcgac
tccggctgcgtcgacaactgcacccagtgcgacgctgccactgaagccctctactttggc
tctgactactgcggcttcctcaacaagacagacggccctctgtgggagtgtggcactgtc
gtggaccccactgcttttgtgcacagctgcgtgtatgacctgtgcagtgtgagggacaat
ggcacgctcctctgccaagccatccaggcctatgctcttgtgtgccaagcccttggcatt
ccaattggagactggcgaacccagactgggtgtgtgtccacagtgcagtgcccgagcttc
agccactactccgtgtgcacaagcagctgccccgacacatgctccgacctgacggcctcg
cggaactgcgccacgccgtgcacagagggctgcgagtgcaaccagggcttcgtcctcagc
accagccagtgcgtccctctgcacaagtgcggctgcgacttcgacggccactactacacc
atgggggagttcttctgggccacggccaactgcactgtgcaatgcctgtgcgaggagggc
ggggacgtctactgcttcaacaagacctgcggcagcggggaggtgtgcgccgtggaggac
ggctaccagggctgcttccccaagcgggagaccgtgtgcctgctcagccagaaccaggtg
ctgcacacctttgacggcgcctcctacgccttcccctccgagttctcctacaccctcctg
aagacctgccctgagcgcccagagtacttggaaatcgacatcaacaagaagaagcccgat
gcaggacctgcttggctgcggggacttcggatcctggtggccgaccaggaggtcaagata
ggaggcatcggggcttcggaagtcaagttgaatggtcaggaagtggaattgccttttttc
catccttcggggaagctggaaatttatcgaaacaaaaacagtacgacagtggagtccaag
ggcgtggtgactgtccagtactcagacataggtctattgtacatccggctgtccaccaca
tacttcaattgcacagggggcttgtgcggcttctacaatgccaacgccagtgacgagttc
tgtctccccaacggcaagtgcacggacaacctggcagtgttcctggaaagctggacaact
ttcgaggagatctgcaatggagagtgtggggacctgctgaaggcctgcaacaatgactcg
gagctgctcaagttttatcgaagccgctccaggtgcggcatcatcaacgacccctccaac
agctccttcctggagtgccatggggtggtgaacgtcactgcctattaccgcacctgcctt
ttccgcctgtgccagagtgggggcaatgagtcagagctctgtgactctgtggcccggtat
gcaagcgcctgcaagaatgcggacgtggaggtggggccctggcggacctatgacttctgc
ccactggagtgcccagagaacagccactttgaggagtgcatcacatgtacagagacctgt
gagacccttaccctgggccccatctgcgtggatagctgctctgagggatgtcagtgtgat
gagggctatgctctactgggcagccagtgtgtcacgcggagtgagtgtggctgcaacttt
gaggggcaccaacttgccaccaatgagaccttctgggtggacctggactgccagatcttc
tgctattgcagtggcacagacaacagggtccactgcgagaccattccctgcaaggatgat
gagtactgcatggaggaaggtggcctgtactactgccaagcccgcaccgacgcctcctgc
atcgtctcaggctacggccactacctcacctttgatggcttcccctttgacttccagacc
agctgcccactcatcctgtgcaccacaggaagcaggccaagctcagactctttccccaag
tttgttgtcacagccaagaatgaggaccgggacccgtcactggccttgtgggttaagcag
gtggacgtgaccgtgtttggctacagcatcgtgatccaccgagcttacaagcacactgtg
ctggtcaacagtgaacggctctatctgcccctgaagctggggcaagggaagataaatatc
ttttcctttggcttccacgtggtggtggaaactgattttggcctgaaggttgtatatgac
tggaagaccttcctgtccatcacagtccctcggagcatgcagaacagcacctatggtctg
tgtggccgctacaacggcaaccctgatgatgacctggagatgcccatgggtctgcttgca
tcgagtgtcaatgagtttgggcagagctgggtgaagagggacaccttctgccaggtgggc
tgtggggaccgctgtccgtcctgtgccaaggtggaaggtttctccaaagtgcagcagctg
tgcagcctgatccccaaccagaacgctgccttctccaagtgtcacagcaaagttaacccc
accttcttctataagaactgcctgtttgactcttgcatcgatgggggcgcggtgcagacc
gcctgcagctggctgcagaactacgccagcacctgccagactcaggggattacggtgact
ggctggaggaattacacgtcctgcactgtcacctgccctccaaacagccattacgagagc
tgcgtgagtgtctgccagccccgctgcgccgccatccgcctgaagagtgactgcagccac
tactgcgtggagggctgtcactgcgacgctggctacgtcctcaacggcaagagctgcatc
ctgccccacagctgcggctgctactccgatggcaaatattacgagcccaagcagctattt
tggaacagcgactgcacgcggcgctgccgctgtttccgtcgcaacgtgattcagtgcgac
ccgcgccaatgcaagtcagacgaggagtgtgcgctgcgcaacggggtgcgcggctgcttc
agcaccaagacctcctactgcctggcggccggcggcggcgtcttccgcaccttcgacggc
gccttcctgcgcttcccagccaactgcgccttcgtgctgtccaccatctgccagaaactg
cccgacatctccttccagcttatcatcaacttcgacaagtggtcggcccccaacctcacc
atcatttcgcccgtctacttctacattaacgaagagcagattctcatcaacgaccggaac
acggtcaaggtgaatggcacacaagtgaatgttccatttataactggtttggcaaccaaa
atctacagcagtgaggggtttctggtgattgacaccagcccagacatccagatatactac
aatggtttcaacgtcattaaaatcagcatcagcgagaggctgcagaacaaagtgtgcggt
ctctgtggcaacttcaacggggacctaacagatgattatgtgaccttgcgagggaagccg
gtggtaagcagcgtggtgctggcccagagctggaaaaccaatggcatgcagaagagacct
cttgcccccagctgcaacgagctgcagttctcacagtatgcagccatgtgtgacaatgtg
cacatccagaagatgcagggtgatggctactgcctgaagctcaccgacatgaagggcttc
ttccagccctgctatgggcttctcgatcccctcccattctacgagtcctgctacctggac
ggctgctacagccacaagaagttccagctgtgcggctccctggccgcctacggggaggcc
tgccgctccttcgggatccttagcaccgagtggattgagaaggagaattgctcaggagtg
gttgaagatccctgtgtgggggcggactgtcccaaccgaacttgcgagctgggcaatggc
agggagctgtgtggctgcatcgagccacccccctatggaaataactcacatgacattatc
gatgcagaggtgacctgcaaagcagcccaaatggaagtgtccatatctaagtgcaagctc
ttccagctcggttttgagagggagggcgtgaggatcaatgacagacagtgcaccggcatc
gagggggaagattttatctcctttcagatcaacaacaccaaagggaattgtggaaacatt
gtgcagtccaatggcacgcatatcatgtataaaaacacactctggatcgaaagcgccaac
aacactggcaacatcatcaccagggaccgcacgatcaatgtggaattttcatgtgcttat
gagctggatatcaagatctccttggattctgttgtgaagcctatgctaagtgtaattaac
ctgacagttccaacccaagaaggcagcttcatcaccaagatggctctctacaaaaacgcc
tcctacaaacatccttaccgccagggtgaagtagtgttgacgactcgagatgtgctgtat
gtaggggtttttgtggttggagctgacgccacacatttaatcctaacactcaacaaatgc
tatgccacacccacccgagatagcaatgataagctccgatatttcatcattgaaggaggg
tgtcagaacctcaaagataacaccattggcatcgaggagaatgcagtctccctgacctgt
cgctttcacgtcaccgtctttaaattcataggggattacgacgaagttcaccttcactgt
gcagtgtcactctgcgactcagaaaagtactcctgtaaaatcacttgcccacacaattcc
aggattgccacagattacacaaaagagcccaaagaacagatcatttcagtgggacctatt
aggagaaaaaggctggactggtgtgaggacaatggagggtgtgagcagatttgcacgagc
cgggtggatgggcctctctgcagctgtgtaacaggaaccctgcaggaggacggcaagagc
tgcagagcctctaattcttcaatggaacttcaagtctggacgcttcttctcatcatgatc
cagatttcattatggcattttgtctataaatcaggcacgacctcataa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Disease (6)   
   KEGG DISEASE (3)   
   OMIM (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (37)   
   KEGG ORTHOLOGY (1)   
   RefGene (31)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (8)   
   Pfam (8)   
All databases (61)   

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