KEGG   Meleagris gallopavo (turkey): 100538651
Entry
100538651         CDS       T01523                                 
Symbol
TECTA
Name
(RefSeq) alpha-tectorin
  KO
K18273  alpha-tectorin
Organism
mgp  Meleagris gallopavo (turkey)
Brite
KEGG Orthology (KO) [BR:mgp00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:mgp03037]
    100538651 (TECTA)
   04147 Exosome [BR:mgp04147]
    100538651 (TECTA)
Cilium and associated proteins [BR:mgp03037]
 Other cilia and associated proteins
  Stereociliary proteins
   100538651 (TECTA)
Exosome [BR:mgp04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   100538651 (TECTA)
SSDB
Motif
Pfam: VWD NIDO C8 Zona_pellucida TIL TILa FXa_inhibition
Other DBs
NCBI-GeneID: 100538651
NCBI-ProteinID: XP_019478571
Ensembl: ENSMGAG00000002190
Position
26:complement(3599339..3620791)
AA seq 2176 aa
MLGWIACDALSFGSDACLDFSLPCRMNARSLLSACAALLVVTVRHQVHAMASLYPFWPND
TKTPKVDDGSSPEIKLSVPFIFFGAPYRTVYVNNNGVISFNSLVSQFTPEAFPLADGRAF
VAPFWADVHNGIRGEIYYRESTDPELLGRASKDIRKYFKDMASFSASWVFVVTWEEVTFY
GGSSTTPVNTFQAVLITDGVSSFAIFNYQEISWTTGTASGGDPLTGLGGVMAQAGFNGGN
ISNFFSIPGSRTPDIVNIEQTTNVNIPGRWAFKIDGREIDPANGCSLRGQFLHQGEIFWE
NSNCSTKCRCLDFNNEIFCQEMACGPFEACEPKIKFFQCVPVESSTCVVFGDPHYHTFDG
FLFHFQGSCSYLLARQCWPGSQLPYFNVEAKNENRGGSSVSWLRDIFVEVYSHKIVLPKG
SFGKAKVDDLVVSLPISLELGAIKVYQSGLSTALETDFGLLVTYDGQHYASISVPGTYIN
GTCGLCGNYNKDPEDDALRSDGRLASSVPELGESWRVPHPERKCSPGCVENCSVCDASTE
SLYFSSEYCGFLNKSGGPLWECGSVVDPTAFVHSCVYDLCSARENGTGLCQAIQAYAAVC
QGLGIPVGEWRAQMGCEAAVQCPEHSHYSVCASGCPATCSDLTAPLRCTAPCTEGCECDD
GHVLSADRCVPVQKCGCDVDGRYYPIGEVFWATANCTAECQCEDGGEAKCFNTSCPEGEV
CTIEDGYRGCYPKREGLCSVGQNQVLQTFDGVTFPYPLEHSYTLLKTCVEKPDFIEVDVS
QKKPGYAPNGLRVVRIQVVGQEVKVGGASLSEVKVNGYDVDLPYFHPSGHLEIYRTDNGT
VTESEGLLSIGYYDSGLLEIHLSTAYFNCTGGLCGFFNGNASDEFCTPKGKCTDNLELFL
ESWTTFDEICNGECGDLLKACNNDSELLKTYRSRSNCGIINDPTNSSFLECHSVVNVSAY
YRTCLFRLCQSGGNQSELCDAVARYASACKNAEVDVGQWRSHSFCPLACPENSHFEECMS
CVETCETLATGPVCMDTCTEGCQCDEGFALRGSRCVPRGECGCNFEGRQLATNQTFWMDI
SCHFLCYCNGSDNSVYCENISCKDDEYCLEENGLYYCHVRTDASCIVSGYGHYLTFDGFS
FDFQSSCALVLCTTISRPRAERSDTFPTFTVTAKNEDRDTSLALWVKQVEVEVFNYNIVI
HRAYKYTVMINNERLYLPLKLGQGKVNIFAFGFHIVVETDFGLKVVYDWKTFLSVTIPRS
FQNLTYGLCGRYNGNPDDDLVAAGGMPAFGITDFVQSWAKRDTFCRVGCGDRCPACGKVE
GFWKPQQLCSLIPSQSGVFAKCHSKINPSYFYKNCLFDTCVDGGAMQTACGWLQNYASTC
QTQGIAIIGWRNFTSCSVSCPPNSHYESCVSLCQPRCAAIRLKSDCGHYCVEGCQCDPGY
VLNGKSCILPQNCGCYSDGKYYEPKQLFWNGDCTRRCRCFRRNLIQCDPRHCKSDEECAS
RNGVRGCFSTRSSFCLAAGGGVFRTFDGAFLRFPANCAFVLSTICQKLPDFSFQLIINFD
KWSSPNLTVISPVYFYINEEQILISDRSTVKVNGSLVSIPFVTGLSTKIYNQEGFLVIDS
GPDIQIRYNGFNVIKITIGDRLQNKVCGLCGNFNGDPTDDYATLRGKPVVSSVVLAQSWK
TNGMQKSCNELQYSQYAASCDNVQIQKLQSDSYCLKLTDMKGFFQPCYGLLDPLPFYESC
FLDGCYNRKQVQLCGSLAAYGEACRTFGILGTEWIEKENCSGVVEDPCAGADCPNRTCEL
DDGGELCGCIEPPPYGNTTHDIIDAEVTCKAAQMEVSISKCKLFQLGFEREGVRVNDRHC
PGIEGEDFISFQINNTKGNCGNLVQSNSTHIVYKNTVWIESANNTGNIITRDRTINVEFS
CAYELDIKISLDSVVRPMLSVINLTVPTQEGSFTTKMALYKNSSYKHPYRQGEVVLTTRD
VLYVGVFVVGADSNHLILMLNKCYATPSRDSNDKLRYFIIEGGCQNLKDNTIGIEENGVS
LTCRFHVTVFKFIGDYDEVHLHCAVSLCDSEKYSCKINCPQHRRSANAFTHEAHEQILSV
GPIRRKRSDWCEDNGGCEQICTSQADGPLCSCVTGTLQGDGKSCRASSSSADSRAQTSLL
VVAQLWLWAVLQDPTS
NT seq 6531 nt   +upstreamnt  +downstreamnt
atgctgggatggatcgcttgtgatgcgctttcctttggaagtgatgcatgtttggatttc
tctctgccctgtaggatgaacgcgcgatcgttgctcagtgcctgtgcagccctgctggtg
gtaaccgtgcggcaccaagttcacgccatggcaagtctgtacccattttggccaaatgac
acaaaaacacccaaagtggatgatgggagctctcctgagatcaagctctctgttccgttc
atcttctttggagccccatacaggacggtttatgtgaacaacaacggcgtgatctccttt
aactcactggtcagccagttcacacctgaagccttccctctggctgacggccgggccttc
gttgctcccttctgggccgatgtgcacaatggcatccgtggggagatctactaccgcgag
agcaccgaccctgagctgctgggcagagcctccaaggacatccgcaagtacttcaaggac
atggcatccttctctgccagctgggtcttcgtcgtcacctgggaggaggtgacgttctac
ggggggagcagcacgacaccggtgaacacgtttcaagctgttctcatcaccgacggggtg
tcatcctttgccatatttaactaccaggagatcagctggaccacaggcacggccagcgga
ggggaccccctgactgggctcggtggggtgatggcccaggctggctttaatggtggaaat
atcagcaacttcttcagcatcccaggctccagaaccccagacatagtcaatatagagcaa
acaaccaacgtgaacatcccggggcgctgggctttcaaaatagatggcagagaaatagat
ccagccaacggctgcagcctgagaggacagtttctccatcaaggcgagatcttctgggag
aactcaaactgcagcaccaagtgccgctgcctggatttcaacaatgagatcttctgccag
gagatggcttgtggcccattcgaagcatgcgagccgaagatcaagttcttccagtgcgtg
cctgtggagagcagcacctgcgtggtgttcggagatccgcactaccacaccttcgatggc
ttcctctttcacttccagggttcctgctcctacctcctcgccaggcagtgctggccaggc
tcccagctgccctacttcaacgtggaggccaagaatgagaaccgaggcggctcctccgtc
tcctggctgagggacatttttgtggaggtctactcgcataagattgtcctcccgaagggc
agctttgggaaagccaaggtggatgacttggtggtgtccttacccatctccctggagttg
ggcgcaatcaaagtctaccaaagcggcttgtccacagccctggagactgattttggcctg
ctggtgacttacgatggccagcactatgcctccatctccgttcctggcacgtacatcaat
ggcacgtgcggtctgtgcgggaattacaacaaagaccctgaggacgatgcgctgcgctcg
gatggcaggttggcctcctccgtgccagaactgggcgagagctggcgagttccacaccct
gagaggaagtgctcacctggctgcgtggagaactgcagcgtctgcgatgcctccaccgaa
tccctctatttctcctctgaatattgcggcttcctcaacaagagtggcgggccgctgtgg
gagtgcggctccgtcgtggaccccactgccttcgtacacagctgtgtctatgatctgtgc
agtgcccgggagaacggcaccgggctgtgccaagccatccaggcgtacgccgcggtgtgc
caaggcctgggcatcccggtgggagaatggcgtgcccagatgggatgcgaggcagctgtg
cagtgcccggagcacagccactactcagtgtgtgccagtggctgccctgccacctgctca
gacctgacagccccactgcgctgcactgcaccctgcaccgagggctgtgagtgcgacgat
ggccacgtgctgagcgccgaccgctgcgtccctgtgcagaagtgtggctgtgacgtggat
ggacggtactaccccatcggagaggtgttctgggcaacagcaaactgcacagcagagtgc
cagtgtgaggacggcggggaggccaagtgcttcaacaccagctgccccgaaggagaggtc
tgcaccattgaggatggctaccggggctgctacccaaagcgggagggcctgtgttcagtg
ggacagaaccaggtgctgcagacatttgatggcgtcaccttcccctacccgctggagcac
tcttacacgctgctcaaaacctgcgtggagaagcctgacttcatcgaggtggacgtcagc
cagaagaagccgggatacgctcccaatggactgcgtgtcgtgcggatccaggtggtcggc
caggaggtgaaggtcggaggagccagcctgtcggaggtcaaggtgaatggctatgatgtg
gacttgccatatttccacccttctggccacctggagatctaccgcactgacaacggcact
gtgacggagtcagaggggctcctgagcattggctactacgattcaggccttctggagatc
cacctctccaccgcctacttcaactgcactgggggtctttgtggcttcttcaatggcaac
gccagtgatgagttttgcacgcccaagggcaagtgcacggacaacctggagctcttcctg
gagagctggacaacgttcgatgagatctgcaacggggagtgcggggacctcctcaaggca
tgcaacaatgactcggagctgctcaagacttaccggagccgctccaactgcggcatcatc
aatgaccccaccaacagctccttcctggagtgccacagcgtggtcaacgtctcggcctac
tacagaacgtgcctcttccgcttgtgccagagcggaggcaaccagtcagagctgtgcgat
gcagtggcacgctatgccagtgcctgcaagaacgccgaggtggacgtcggccagtggagg
agccacagcttttgccccctggcatgcccagagaacagccattttgaggagtgcatgagc
tgcgtggagacctgtgagactctagccacgggccctgtctgcatggacacctgcacagag
ggctgccagtgcgacgagggctttgccctgcgtggttcccgctgcgtgccccgcggtgag
tgcggctgcaactttgagggccgccagctggccaccaaccagaccttctggatggacatc
tcctgccacttcctttgctactgcaatggctcagacaacagtgtgtactgcgagaacatc
tcctgcaaggacgacgagtactgcctagaagagaatggcctctactactgccatgtccgc
accgatgcctcttgcatcgtctctggttatgggcactacctgacatttgatggcttctcg
ttcgacttccagagcagctgtgccttggtgctgtgcaccaccatctcacggccgcgtgca
gaacggtcagacaccttccccacgttcactgtcacggctaagaacgaggatcgtgacact
tccctggccctttgggtgaagcaagtggaggtggaggtcttcaactacaacattgtcatc
caccgtgcctacaagtacacggtgatgatcaacaatgaacggctctacctacccctgaag
ctgggccagggcaaagtgaacatcttcgcctttggtttccacattgtggtggagaccgac
tttgggctgaaggtggtgtacgactggaagaccttcctctccgtcaccatcccacgcagc
ttccagaacctgacctacggcctctgcggccgctataacggcaaccccgacgatgacctg
gtggctgcgggtggcatgcctgcctttggcatcactgacttcgtgcagagctgggccaag
cgggacaccttctgtcgggtgggctgtggtgaccgctgcccagcctgtggcaaagtggaa
ggcttctggaaaccccagcagctctgcagcctcattcctagccaaagcggtgtctttgcc
aagtgccacagcaaaatcaaccccagctatttttacaagaactgcctctttgacacatgt
gttgacgggggagccatgcagacagcctgcggctggctgcaaaactatgccagcacatgc
cagacacagggcatcgccatcatcggctggaggaacttcacctcgtgctctgtcagctgt
cctcctaacagccactatgagagctgtgtgtccctatgccagccccgctgtgctgccatc
cgcctgaagagcgactgcggccactactgcgtggagggctgccagtgtgaccccggctac
gtgctgaatggcaagagctgcatcctgccccagaactgcggctgctactctgatggcaaa
tactacgagcccaagcagctcttctggaacggggactgcacacggcggtgccgctgcttc
cggcgcaacctgatccaatgcgacccgcggcactgcaagtcggacgaggagtgcgcctca
cgcaacggcgtgcgcggctgcttcagcacacgcagctccttctgcctggcggcgggcggc
ggagtcttccgcaccttcgacggcgccttcctccgcttccccgccaactgcgccttcgtg
ctgtccaccatctgccagaagctgcccgacttctccttccagctcatcatcaatttcgat
aagtggtcctcgcccaacctcaccgtcatctcccccgtgtacttctacatcaacgaggag
cagatcctcatcagtgacaggagtactgtcaaggtgaatggcagcctcgtgagcatcccc
ttcgtcacgggactctccaccaagatctacaaccaggagggcttcctggtgatcgactcc
ggccccgacatccagatccgctacaacggcttcaacgtcatcaagatcaccatcggagac
cggctgcagaacaaggtgtgcgggctgtgcggcaacttcaacggtgacccgacggatgac
tatgcgacgctgcggggcaagccggtggtcagcagcgtggtgctggcacagagctggaaa
accaacggcatgcagaagagctgcaacgagctgcagtactcccagtacgccgcgtcctgc
gacaacgtccagatccagaagctgcagagcgacagctactgcctgaagctgacagacatg
aagggcttcttccagccctgctacggcctcttggaccctctgcccttctacgagtcctgc
ttcttggatggctgctacaaccgcaagcaggtgcagctgtgcggctcgctggccgcctat
ggtgaagcgtgccgtactttcggcatcctgggcaccgagtggattgagaaggagaattgc
tcaggagtggtggaggacccctgtgctggcgccgactgccccaaccggacctgcgagctg
gatgatggcggggagctgtgtggctgcattgagcccccaccctatggcaacaccacccat
gacatcattgatgcagaggtgacgtgcaaagccgcacaaatggaggtgtccatctccaag
tgcaagctgttccagctgggcttcgagcgcgagggcgtacgggtcaatgaccgccactgt
cctggcatagagggcgaggacttcatctccttccagatcaacaacaccaagggcaattgc
ggcaacctggtgcagtccaacagcactcacatcgtatacaagaacacggtgtggattgaa
agcgcgaacaacacaggcaacatcatcacccgggaccggaccatcaacgtggagttttcc
tgtgcctatgagctggacatcaagatctctctggactcggttgtgcggccaatgctcagt
gtgatcaacctgacagtgccaacgcaggaaggaagcttcacaaccaagatggccctgtac
aagaactcctcctacaagcacccataccggcagggggaagtggtgctgaccacgcgggac
gtgctctacgtgggggtctttgtggtgggggctgactccaaccacctgatcctgatgctg
aacaagtgctatgcaacgccctcacgggacagcaatgacaaactgcgctacttcatcatt
gagggaggatgccaaaacttgaaggacaacaccattggcatagaggagaacggtgtgtcc
ctgacctgtcgcttccatgtcactgtcttcaagttcattggggactacgacgaagtccac
ctgcactgtgctgtttcactgtgtgactcggagaagtactcctgcaaaataaactgcccc
cagcaccggaggtcagccaatgcctttacccacgaggcccacgagcagatcctgtcagtg
gggcccattcggaggaaacgatcagactggtgtgaggacaacggtggctgtgagcagatc
tgcacgagtcaagcggatggacccctgtgcagctgcgtgacagggacactgcaaggggac
ggcaagagctgcagggcctccagctcttcagcagacagccgagcccaaacaagccttctg
gtggtggcacagctgtggctgtgggcggttctgcaggacccaacctcatag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (18)   

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