ENST00000642222.1 TECTA
Information
- Transcript ID
- ENST00000642222.1
- Genome
- hg38
- Position
- chr11:121,101,379-121,191,450
- Strand
- +
- CDS length
- 6,453
- Amino acid length
- 2,151
- Gene symbol
- TECTA
- Gene type
- protein-coding
- Gene description
- tectorin alpha
- Gene Entrez Gene ID
- 7007
Variants
Display target variant
Search Word
| Target data | : |
MGeND data only
|
| Category | : |
|
| Search word | : | |
| Filtering | : |
| Variant name | Gene | AA change | CDS | Japanese frequency |
TogoVar | MGeND | Genome | ClinVar | CIViC evidence | DisGeNET entry | COSMIC occurrence |
Prediction | |||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Entry | Origin | Type | Annotation | Entry | Origin | Annotation | |||||||||||
Search Word
| Target data | : |
MGeND data only
|
| Category | : |
|
| Search word | : | |
| Filtering | : |
| Name | MGeND | Type | Genome | Size | Chromosome | Start | Stop | Ref | Alt | ClinVar | Origin | Entry | CIViC evidence | DisGeNET entry | |||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Entry | Origin | Type | Annotation | ||||||||||||||
Search Word
| Target data | : |
MGeND data only
|
| Category | : |
|
| Search word | : | |
| Filtering | : |
| Name | MGeND | Type | Genome | Gene symbol | Chromosome | Genomic start | Genomic stop | Strand | Ref | Alt | ClinVar | Origin | Entry | CIViC evidence | DisGeNET entry | |||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Entry | Origin | Type | Annotation | |||||||||||||||
Exon
| Exon number | Start | Stop |
|---|---|---|
| 1 | 121,101,379 | 121,101,442 |
| 2 | 121,102,665 | 121,102,729 |
| 3 | 121,105,831 | 121,105,964 |
| 4 | 121,109,211 | 121,109,498 |
| 5 | 121,113,072 | 121,113,209 |
| 6 | 121,113,553 | 121,113,718 |
| 7 | 121,118,306 | 121,118,718 |
| 8 | 121,125,302 | 121,125,872 |
| 9 | 121,127,752 | 121,128,344 |
| 10 | 121,129,638 | 121,130,211 |
| 11 | 121,137,421 | 121,138,022 |
| 12 | 121,145,555 | 121,146,116 |
| 13 | 121,152,881 | 121,153,080 |
| 14 | 121,157,841 | 121,158,224 |
| 15 | 121,160,135 | 121,160,421 |
| 16 | 121,162,090 | 121,162,370 |
| 17 | 121,165,273 | 121,165,383 |
| 18 | 121,166,578 | 121,166,780 |
| 19 | 121,168,054 | 121,168,217 |
| 20 | 121,168,677 | 121,168,925 |
| 21 | 121,187,832 | 121,187,994 |
| 22 | 121,189,080 | 121,189,167 |
| 23 | 121,189,764 | 121,189,880 |
| 24 | 121,190,706 | 121,191,450 |
CDS
| Exon number | Type | Start | Stop |
|---|---|---|---|
| 2 | CDS | 121,102,666 | 121,102,729 |
| 3 | CDS | 121,105,831 | 121,105,964 |
| 4 | CDS | 121,109,211 | 121,109,498 |
| 5 | CDS | 121,113,072 | 121,113,209 |
| 6 | CDS | 121,113,553 | 121,113,718 |
| 7 | CDS | 121,118,306 | 121,118,718 |
| 8 | CDS | 121,125,302 | 121,125,872 |
| 9 | CDS | 121,127,752 | 121,128,344 |
| 10 | CDS | 121,129,638 | 121,130,211 |
| 11 | CDS | 121,137,421 | 121,138,022 |
| 12 | CDS | 121,145,555 | 121,146,116 |
| 13 | CDS | 121,152,881 | 121,153,080 |
| 14 | CDS | 121,157,841 | 121,158,224 |
| 15 | CDS | 121,160,135 | 121,160,421 |
| 16 | CDS | 121,162,090 | 121,162,370 |
| 17 | CDS | 121,165,273 | 121,165,383 |
| 18 | CDS | 121,166,578 | 121,166,780 |
| 19 | CDS | 121,168,054 | 121,168,217 |
| 20 | CDS | 121,168,677 | 121,168,925 |
| 21 | CDS | 121,187,832 | 121,187,994 |
| 22 | CDS | 121,189,080 | 121,189,167 |
| 23 | CDS | 121,189,764 | 121,189,880 |
| 24 | CDS | 121,190,706 | 121,190,806 |
Other genome
| Genome | Chromosome | Start | End | Links |
|---|---|---|---|---|
| hg19 | chr11 | 120,972,088 | 121,062,159 | Link |
CDS sequence
ATGAATTATTCATCATTCCTTAGAATTTGGGTCTCTTTCATCTTCGCACTTGTACAGCACCAAGCTCAGCCCAGGGAGCTCATGTATCCATTTTGGCAGAATGACACCAAAACCCCTAAAGTAGATGATGGAAGCTCATCTGAGATTAAGTTGGCCATCCCAGTTTTCTTCTTTGGCGTTCCTTACCGCACTGTCTATGTCAATAACAACGGAGTTGTTTCCTTCAATGTGCTAGTGAGCCAGTTCACGCCAGAATCCTTTCCCCTGACAGATGGGAGAGCCTTCGTCGCCCCATTTTGGGCAGATGTGCACAATGGAATTCGAGGCGAGATCTATTACAGAGAGACCATGGAGCCTGCCATCTTGAAAAGAGCCACCAAGGACATCAGGAAGTACTTCAAAGACATGGCAACCTTCTCTGCCACTTGGGTTTTCATTGTGACATGGGAGGAAGTCACGTTTTATGGAGGCAGCAGCACCACACCTGTGAACACCTTCCAGGCCGTCCTAGTGTCCGATGGCTCCTATACATTCACCCTCTTCAATTATTACGAAATCAACTGGACCACGGGGACGGCGAGTGGCGGCGACCCCCTGACAGGTCTTGGTGGAGTGATGGCACAGGCAGGATTTAATGGTGGAAACCTCACCAATTTCTTCAGCCTCCCGGGGTCAAGAACCCCCGAGATCGTGAATATCCAGGAGACCACAAACGTCAATGTTCCAGGCCGCTGGGCATTTAAAGTTGATGGAAAGGAAATTGACCCAGCCAATGGCTGCACCTCAAGGGGACAATTCCTTCGGCGAGGGGAGGTGTTTTGGGATGACTTGAACTGCACCGTCAAGTGCCGCTGTCTGGATTTCAACAATGAGATCTACTGCCAGGAGGCTTCCTGTAGCCCCTACGAGGTGTGCGAACCCAAAGGCAAATTCTTCTACTGCAGCGCTGTGGAGACCAGCACATGCGTGGTGTTTGGGGAGCCACACTACCACACTTTTGACGGCTTCCTCTTCCACTTCCAAGGCTCCTGTGCCTACTTGCTGGCCCGACAGTGTTTGCAGACTTCCAGCCTCCCTTTCTTCAGTGTGGAGGCCAAGAATGAACACCGCAGAGGTTCAGCCGTCTCCTGGGTGAAGGAGCTCTCAGTGGAGGTGAATGGCTACAAGATTCTCATCCCCAAAGGAAGCTATGGAAGAGTCAAGGTTAATGACCTAGTGACTTCTTTGCCTGTCACCTTAGACTTGGGGACAGTGAAAATCTACCAGAGTGGCATATCTACTGCCGTGGAAACAGATTTTGGGCTCTTAGTGACTTTTGATGGCCAGCACTACGCCTCCATTTCCGTCCCAGGCTCCTATATAAACTCCACCTGTGGACTCTGTGGAAACTATAATAAAAACCCACTGGATGACTTCCTCCGCCCGGATGGCAGGCCGGCCATGTCTGTCCTGGATCTGGGAGAGAGCTGGCGTGTGTACCACGCAGACTGGAAGTGCGACTCCGGCTGCGTCGACAACTGCACCCAGTGCGACGCTGCCACTGAAGCCCTCTACTTTGGCTCTGACTACTGCGGCTTCCTCAACAAGACAGACGGCCCTCTGTGGGAGTGTGGCACTGTCGTGGACCCCACTGCTTTTGTGCACAGCTGCGTGTATGACCTGTGCAGTGTGAGGGACAATGGCACGCTCCTCTGCCAAGCCATCCAGGCCTATGCTCTTGTGTGCCAAGCCCTTGGCATTCCAATTGGAGACTGGCGAACCCAGACTGGGTGTGTGTCCACAGTGCAGTGCCCGAGCTTCAGCCACTACTCCGTGTGCACAAGCAGCTGCCCCGACACATGCTCCGACCTGACGGCCTCGCGGAACTGCGCCACGCCGTGCACAGAGGGCTGCGAGTGCAACCAGGGCTTCGTCCTCAGCACCAGCCAGTGCGTCCCTCTGCACAAGTGCGGCTGCGACTTCGACGGCCACTACTACACCATGGGGGAGTTCTTCTGGGCCACGGCCAACTGCACTGTGCAATGCCTGTGCGAGGAGGGCGGGGACGTCTACTGCTTCAACAAGACCTGCGGCAGCGGGGAGGTGTGCGCCGTGGAGGACGGCTACCAGGGCTGCTTCCCCAAGCGGGAGACCGTGTGCCTGCTCAGCCAGAACCAGGTGCTGCACACCTTTGACGGCGCCTCCTACGCCTTCCCCTCCGAGTTCTCCTACACCCTCCTGAAGACCTGCCCTGAGCGCCCAGAGTACTTGGAAATCGACATCAACAAGAAGAAGCCCGATGCAGGACCTGCTTGGCTGCGGGGACTTCGGATCCTGGTGGCCGACCAGGAGGTCAAGATAGGAGGCATCGGGGCTTCGGAAGTCAAGTTGAATGGTCAGGAAGTGGAATTGCCTTTTTTCCATCCTTCGGGGAAGCTGGAAATTTATCGAAACAAAAACAGTACGACAGTGGAGTCCAAGGGCGTGGTGACTGTCCAGTACTCAGACATAGGTCTATTGTACATCCGGCTGTCCACCACATACTTCAATTGCACAGGGGGCTTGTGCGGCTTCTACAATGCCAACGCCAGTGACGAGTTCTGTCTCCCCAACGGCAAGTGCACGGACAACCTGGCAGTGTTCCTGGAAAGCTGGACAACTTTCGAGGAGATCTGCAATGGAGAGTGTGGGGACCTGCTGAAGGCCTGCAACAATGACTCGGAGCTGCTCAAGTTTTATCGAAGCCGCTCCAGGTGCGGCATCATCAACGACCCCTCCAACAGCTCCTTCCTGGAGTGCCATGGGGTGGTGAACGTCACTGCCTATTACCGCACCTGCCTTTTCCGCCTGTGCCAGAGTGGGGGCAATGAGTCAGAGCTCTGTGACTCTGTGGCCCGGTATGCAAGCGCCTGCAAGAATGCGGACGTGGAGGTGGGGCCCTGGCGGACCTATGACTTCTGCCCACTGGAGTGCCCAGAGAACAGCCACTTTGAGGAGTGCATCACATGTACAGAGACCTGTGAGACCCTTACCCTGGGCCCCATCTGCGTGGATAGCTGCTCTGAGGGATGTCAGTGTGATGAGGGCTATGCTCTACTGGGCAGCCAGTGTGTCACGCGGAGTGAGTGTGGCTGCAACTTTGAGGGGCACCAACTTGCCACCAATGAGACCTTCTGGGTGGACCTGGACTGCCAGATCTTCTGCTATTGCAGTGGCACAGACAACAGGGTCCACTGCGAGACCATTCCCTGCAAGGATGATGAGTACTGCATGGAGGAAGGTGGCCTGTACTACTGCCAAGCCCGCACCGACGCCTCCTGCATCGTCTCAGGCTACGGCCACTACCTCACCTTTGATGGCTTCCCCTTTGACTTCCAGACCAGCTGCCCACTCATCCTGTGCACCACAGGAAGCAGGCCAAGCTCAGACTCTTTCCCCAAGTTTGTTGTCACAGCCAAGAATGAGGACCGGGACCCGTCACTGGCCTTGTGGGTTAAGCAGGTGGACGTGACCGTGTTTGGCTACAGCATCGTGATCCACCGAGCTTACAAGCACACTGTGCTGGTCAACAGTGAACGGCTCTATCTGCCCCTGAAGCTGGGGCAAGGGAAGATAAATATCTTTTCCTTTGGCTTCCACGTGGTGGTGGAAACTGATTTTGGCCTGAAGGTTGTATATGACTGGAAGACCTTCCTGTCCATCACAGTCCCTCGGAGCATGCAGAACAGCACCTATGGTCTGTGTGGCCGCTACAACGGCAACCCTGATGATGACCTGGAGATGCCCATGGGTCTGCTTGCATCGAGTGTCAATGAGTTTGGGCAGAGCTGGGTGAAGAGGGACACCTTCTGCCAGGTGGGCTGTGGGGACCGCTGTCCGTCCTGTGCCAAGGTGGAAGGTTTCTCCAAAGTGCAGCAGCTGTGCAGCCTGATCCCCAACCAGAACGCTGCCTTCTCCAAGTGTCACAGCAAAGTTAACCCCACCTTCTTCTATAAGAACTGCCTGTTTGACTCTTGCATCGATGGGGGCGCGGTGCAGACCGCCTGCAGCTGGCTGCAGAACTACGCCAGCACCTGCCAGACTCAGGGGATTACGGTGACTGGCTGGAGGAATTACACGTCCTGCACTGTCACCTGCCCTCCAAACAGCCATTACGAGAGCTGCGTGAGTGTCTGCCAGCCCCGCTGCGCCGCCATCCGCCTGAAGAGTGACTGCAGCCACTACTGCGTGGAGGGCTGTCACTGCGACGCTGGCTACGTCCTCAACGGCAAGAGCTGCATCCTGCCCCACAGCTGCGGCTGCTACTCCGATGGCAAATATTACGAGCCCAAGCAGCTATTTTGGAACAGCGACTGCACGCGGCGCTGCCGCTGTTTCCGTCGCAACGTGATTCAGTGCGACCCGCGCCAATGCAAGTCAGACGAGGAGTGTGCGCTGCGCAACGGGGTGCGCGGCTGCTTCAGCACCAAGACCTCCTACTGCCTGGCGGCCGGCGGCGGCGTCTTCCGCACCTTCGACGGCGCCTTCCTGCGCTTCCCAGCCAACTGCGCCTTCGTGCTGTCCACCATCTGCCAGAAACTGCCCGACATCTCCTTCCAGCTTATCATCAACTTCGACAAGTGGTCGGCCCCCAACCTCACCATCATTTCGCCCGTCTACTTCTACATTAACGAAGAGCAGATTCTCATCAACGACCGGAACACGGTCAAGGTGAATGGCACACAAGTGAATGTTCCATTTATAACTGGTTTGGCAACCAAAATCTACAGCAGTGAGGGGTTTCTGGTGATTGACACCAGCCCAGACATCCAGATATACTACAATGGTTTCAACGTCATTAAAATCAGCATCAGCGAGAGGCTGCAGAACAAAGTGTGCGGTCTCTGTGGCAACTTCAACGGGGACCTAACAGATGATTATGTGACCTTGCGAGGGAAGCCGGTGGTAAGCAGCGTGGTGCTGGCCCAGAGCTGGAAAACCAATGGCATGCAGAAGAGCTGCAACGAGCTGCAGTTCTCACAGTATGCAGCCATGTGTGACAATGTGCACATCCAGAAGATGCAGGGTGATGGCTACTGCCTGAAGCTCACCGACATGAAGGGCTTCTTCCAGCCCTGCTATGGGCTTCTCGATCCCCTCCCATTCTACGAGTCCTGCTACCTGGACGGCTGCTACAGCCACAAGAAGTTCCAGCTGTGCGGCTCCCTGGCCGCCTACGGGGAGGCCTGCCGCTCCTTCGGGATCCTTAGCACCGAGTGGATTGAGAAGGAGAATTGCTCAGGAGTGGTTGAAGATCCCTGTGTGGGGGCGGACTGTCCCAACCGAACTTGCGAGCTGGGCAATGGCAGGGAGCTGTGTGGCTGCATCGAGCCACCCCCCTATGGAAATAACTCACATGACATTATCGATGCAGAGGTGACCTGCAAAGCAGCCCAAATGGAAGTGTCCATATCTAAGTGCAAGCTCTTCCAGCTCGGTTTTGAGAGGGAGGGCGTGAGGATCAATGACAGACAGTGCACCGGCATCGAGGGGGAAGATTTTATCTCCTTTCAGATCAACAACACCAAAGGGAATTGTGGAAACATTGTGCAGTCCAATGGCACGCATATCATGTATAAAAACACACTCTGGATCGAAAGCGCCAACAACACTGGCAACATCATCACCAGGGACCGCACGATCAATGTGGAATTTTCATGTGCTTATGAGCTGGATATCAAGATCTCCTTGGATTCTGTTGTGAAGCCTATGCTAAGTGTAATTAACCTGACAGTTCCAACCCAAGAAGGCAGCTTCATCACCAAGATGGCTCTCTACAAAAACGCCTCCTACAAACATCCTTACCGCCAGGGTGAAGTAGTGTTGACGACTCGAGATGTGCTGTATGTAGGGGTTTTTGTGGTTGGAGCTGACGCCACACATTTAATCCTAACACTCAACAAATGCTATGCCACACCCACCCGAGATAGCAATGATAAGCTCCGATATTTCATCATTGAAGGAGGGTGTCAGAACCTCAAAGATAACACCATTGGCATCGAGGAGAATGCAGTCTCCCTGACCTGTCGCTTTCACGTCACCGTCTTTAAATTCATAGGGGATTACGACGAAGTTCACCTTCACTGTGCAGTGTCACTCTGCGACTCAGAAAAGTACTCCTGTAAAATCACTTGCCCACACAATTCCAGGATTGCCACAGATTACACAAAAGAGCCCAAAGAACAGATCATTTCAGTGGGACCTATTAGGAGAAAAAGGCTGGACTGGTGTGAGGACAATGGAGGGTGTGAGCAGATTTGCACGAGCCGGGTGGATGGGCCTCTCTGCAGCTGTGTAACAGGAACCCTGCAGGAGGACGGCAAGAGCTGCAGAGCCTCTAATTCTTCAATGGAACTTCAAGTCTGGACGCTTCTTCTCATCATGATCCAGATTTCATTATGGCATTTTGTCTATAAATCAGGCACGACCTCATAA
Amino sequence
MNYSSFLRIWVSFIFALVQHQAQPRELMYPFWQNDTKTPKVDDGSSSEIKLAIPVFFFGVPYRTVYVNNNGVVSFNVLVSQFTPESFPLTDGRAFVAPFWADVHNGIRGEIYYRETMEPAILKRATKDIRKYFKDMATFSATWVFIVTWEEVTFYGGSSTTPVNTFQAVLVSDGSYTFTLFNYYEINWTTGTASGGDPLTGLGGVMAQAGFNGGNLTNFFSLPGSRTPEIVNIQETTNVNVPGRWAFKVDGKEIDPANGCTSRGQFLRRGEVFWDDLNCTVKCRCLDFNNEIYCQEASCSPYEVCEPKGKFFYCSAVETSTCVVFGEPHYHTFDGFLFHFQGSCAYLLARQCLQTSSLPFFSVEAKNEHRRGSAVSWVKELSVEVNGYKILIPKGSYGRVKVNDLVTSLPVTLDLGTVKIYQSGISTAVETDFGLLVTFDGQHYASISVPGSYINSTCGLCGNYNKNPLDDFLRPDGRPAMSVLDLGESWRVYHADWKCDSGCVDNCTQCDAATEALYFGSDYCGFLNKTDGPLWECGTVVDPTAFVHSCVYDLCSVRDNGTLLCQAIQAYALVCQALGIPIGDWRTQTGCVSTVQCPSFSHYSVCTSSCPDTCSDLTASRNCATPCTEGCECNQGFVLSTSQCVPLHKCGCDFDGHYYTMGEFFWATANCTVQCLCEEGGDVYCFNKTCGSGEVCAVEDGYQGCFPKRETVCLLSQNQVLHTFDGASYAFPSEFSYTLLKTCPERPEYLEIDINKKKPDAGPAWLRGLRILVADQEVKIGGIGASEVKLNGQEVELPFFHPSGKLEIYRNKNSTTVESKGVVTVQYSDIGLLYIRLSTTYFNCTGGLCGFYNANASDEFCLPNGKCTDNLAVFLESWTTFEEICNGECGDLLKACNNDSELLKFYRSRSRCGIINDPSNSSFLECHGVVNVTAYYRTCLFRLCQSGGNESELCDSVARYASACKNADVEVGPWRTYDFCPLECPENSHFEECITCTETCETLTLGPICVDSCSEGCQCDEGYALLGSQCVTRSECGCNFEGHQLATNETFWVDLDCQIFCYCSGTDNRVHCETIPCKDDEYCMEEGGLYYCQARTDASCIVSGYGHYLTFDGFPFDFQTSCPLILCTTGSRPSSDSFPKFVVTAKNEDRDPSLALWVKQVDVTVFGYSIVIHRAYKHTVLVNSERLYLPLKLGQGKINIFSFGFHVVVETDFGLKVVYDWKTFLSITVPRSMQNSTYGLCGRYNGNPDDDLEMPMGLLASSVNEFGQSWVKRDTFCQVGCGDRCPSCAKVEGFSKVQQLCSLIPNQNAAFSKCHSKVNPTFFYKNCLFDSCIDGGAVQTACSWLQNYASTCQTQGITVTGWRNYTSCTVTCPPNSHYESCVSVCQPRCAAIRLKSDCSHYCVEGCHCDAGYVLNGKSCILPHSCGCYSDGKYYEPKQLFWNSDCTRRCRCFRRNVIQCDPRQCKSDEECALRNGVRGCFSTKTSYCLAAGGGVFRTFDGAFLRFPANCAFVLSTICQKLPDISFQLIINFDKWSAPNLTIISPVYFYINEEQILINDRNTVKVNGTQVNVPFITGLATKIYSSEGFLVIDTSPDIQIYYNGFNVIKISISERLQNKVCGLCGNFNGDLTDDYVTLRGKPVVSSVVLAQSWKTNGMQKSCNELQFSQYAAMCDNVHIQKMQGDGYCLKLTDMKGFFQPCYGLLDPLPFYESCYLDGCYSHKKFQLCGSLAAYGEACRSFGILSTEWIEKENCSGVVEDPCVGADCPNRTCELGNGRELCGCIEPPPYGNNSHDIIDAEVTCKAAQMEVSISKCKLFQLGFEREGVRINDRQCTGIEGEDFISFQINNTKGNCGNIVQSNGTHIMYKNTLWIESANNTGNIITRDRTINVEFSCAYELDIKISLDSVVKPMLSVINLTVPTQEGSFITKMALYKNASYKHPYRQGEVVLTTRDVLYVGVFVVGADATHLILTLNKCYATPTRDSNDKLRYFIIEGGCQNLKDNTIGIEENAVSLTCRFHVTVFKFIGDYDEVHLHCAVSLCDSEKYSCKITCPHNSRIATDYTKEPKEQIISVGPIRRKRLDWCEDNGGCEQICTSRVDGPLCSCVTGTLQEDGKSCRASNSSMELQVWTLLLIMIQISLWHFVYKSGTTS*