- Transcript 'Phmamm.CG.MTP2014.S2...' >
- Transcript 'KH2012:KH.C9.169.v1....' >
- Transcript 'Harore.CG.MTP2014.S9...' >
- Transcript 'Cisavi.CG.ENS81.R0.2...' >
- Transcript 'Harore.CG.MTP2014.S1...'
Transcript Model
Transcript Id
Harore.CG.MTP2014.S169.g07987.01.t
Possible name(s)
DCT; TYR; TYRP1
Gene model
Location
S169 [111,933 / 117,979]
Amino acid sequence
Length: 1,391
>Harore.CG.MTP2014.S169.g07987.01.p
MCLQTFLLIFLWLASSSVRSQFPRACTTENALNTRECCPLVTDSSGSSKCGEVQGMGFCE
NVVSPAAGRELKFKLLLDDRIEWPNAFYDKVCRCNGNYDGVNCGKCKPGYVGIYCQEKRP
LVIRQNIKMMSSVEVENFIESINRSKYTTSENYVVLTTSYDRILAGEAPSFANITVYNLF
VWMHYYVSRSNFVITEEVYNNLTTDDGPRDLTNIPIENLQRFLNNSSNLLVINNDLDYAH
EGPSFLPWHRYFLLKWEEEIRNVVSNSENFGLPYWDWTTSQDCDMCSDEYFGGRNPSDDK
LLSEGSVFSQWEITCTKWDEYILNEQQCNGEQEGPLLRDFGNYDPQQSSDIPTREEIEQS
LRFSTYDTFPYDNLSNQSFRNVLEGAADSENGTAPNAISTLHNAIHLYMNGTMSLVPSSA
NDPIFVVHHAFIDSIYERWLQDRRNSEIFSSLINIPGTKVGHRLHDFMVPFFPLVRQVDG
FQQSEELGYRYDYIEFENDSILDHSNQTNANDSDSTIEYSSGNFAEEGSASVRNPERNFG
DKGEGQKRINFKNRKTLTNGRNGAFAKKTREQPSVRQDGNVITEFELADTAQLLGPAVDQ
RLVAESTSTWDKLVAGFQELGKSFRRMSEKNQVLSLLIPSLALACIIAGIILCCMCKSSS
NKTSKGRKVCFNGACCKSDSDCEESQALLEKYPDGKVKKKVVSSKCYVQDSDSELNPFLI
KKLKFDESYSRRFRSEKMSLQTFLLIFLWLAPLLVRSQFPRACTTDNALDTRECCPVVID
SSGSSKCGEVQGRGFCDNVISPAAGRELKFKLLLDDRIEWPNAFYDKICRCNGNYDGVNC
GKCKPGYVGIYCQEKRPLVIRQNIKMMSSVEVDTFIRSINKSKYTTSENYVVLTTSYDRI
LAGEAPAFSNITIYNLFVWMHYYISRSNFAITEEVYNNLTTDVGPRDFTNIPLENLQRFL
NNSSNLLVINNDLDYAHEGPSFLPWHRYFLLKWEEEIRNVVLNSESFGLPYWDWTASQDC
DMCSDEYFGGRNPSDDKLLSEGSVFSQWDIICTKLDKYILHGQQCIGEKEGPLLRNFGNY
DPQRSSGIPTREEVEQSLRFSTYDTFPYDHSSNQSFRNILEGFADSENGTAPNHISTLHN
AIHLYMNGTMSLVPSSANDPLFLVHHVFIDSIYERWLQDKRNSEIFSPLVNIPGTKVGHR
LHDFMVPFFPLVRQVDGFQRSEELGYRYDYIGSKFENESILDQSNHTNDLSGFQEWEKSF
WRMSEMKQVLSCPPVILLLALAFGIICFILCMYNCILYCMSFCNKTSKGRQIYRRTGWKY
QILVAESTTTLGQIYCWFSRIGKNFPEDVRNETSPLSYIFVGTDLHNHGHYSLLHVQVNF
QQNFERLDSTN
Nucleotide sequence
Length: 4,176
>Harore.CG.MTP2014.S169.g07987.01.t
ATGTGTTTGCAAACTTTTCTATTGATATTCCTTTGGTTGGCTTCGTCGTCGGTTAGGTCG
CAATTTCCAAGAGCGTGTACGACAGAAAATGCTCTTAACACCAGAGAATGTTGCCCCCTG
GTAACTGATAGCTCAGGATCATCCAAATGCGGAGAGGTACAAGGAATGGGTTTCTGCGAA
AATGTAGTATCACCAGCAGCGGGTCGGGAATTGAAATTTAAACTCTTGCTCGACGACAGA
ATAGAATGGCCGAATGCTTTTTACGACAAGGTTTGCCGTTGCAACGGCAATTACGACGGT
GTAAACTGTGGTAAATGCAAACCAGGATATGTGGGAATTTACTGCCAAGAAAAAAGACCT
CTTGTCATTCGTCAGAACATTAAAATGATGTCCAGTGTCGAAGTCGAAAACTTCATTGAA
AGCATTAATAGGTCAAAGTACACGACCAGCGAAAACTACGTTGTTCTTACAACCTCCTAT
GACAGAATCTTAGCAGGAGAGGCGCCTTCTTTTGCGAATATCACTGTTTACAATTTATTT
GTTTGGATGCATTACTATGTCTCAAGAAGTAACTTCGTCATCACTGAAGAAGTTTACAAC
AACTTAACGACTGATGATGGACCTAGAGATCTTACGAACATTCCTATAGAAAATCTGCAG
CGATTTCTAAATAACTCTTCCAATCTTCTAGTGATAAATAACGATCTTGATTATGCGCAT
GAAGGACCTTCCTTTTTACCGTGGCACCGTTATTTCCTCTTGAAATGGGAAGAAGAAATA
AGAAACGTCGTATCAAACTCAGAAAACTTTGGCCTGCCGTATTGGGACTGGACCACTAGT
CAAGATTGTGACATGTGCAGTGATGAGTATTTTGGCGGAAGAAATCCATCCGATGACAAA
CTCCTAAGTGAAGGATCTGTGTTCTCTCAGTGGGAAATTACATGCACCAAGTGGGACGAG
TATATCCTGAATGAACAACAGTGTAATGGCGAGCAAGAAGGACCTTTATTGCGTGACTTC
GGAAATTACGATCCCCAGCAATCCTCAGACATTCCAACGCGAGAAGAAATCGAACAGTCG
TTGAGATTCTCTACTTATGATACATTTCCATACGACAACTTGTCGAACCAGAGTTTTAGG
AATGTCTTGGAGGGAGCCGCAGATTCCGAGAACGGCACTGCTCCAAATGCTATTAGCACT
TTACATAACGCTATACATTTGTACATGAACGGAACAATGTCACTCGTCCCCTCTTCTGCC
AACGATCCTATTTTCGTGGTACATCACGCTTTCATCGACAGCATTTACGAAAGATGGCTC
CAGGATAGAAGAAACTCCGAAATATTTTCTTCGTTGATCAACATACCGGGCACTAAAGTA
GGACACAGACTTCACGACTTCATGGTTCCCTTCTTCCCGCTCGTTAGGCAAGTTGATGGT
TTTCAACAATCGGAAGAGCTCGGATATCGCTACGATTACATTGAATTTGAAAATGACAGC
ATATTAGATCATAGTAATCAAACCAATGCCAATGATAGCGATTCTACTATTGAATACTCT
TCCGGGAATTTCGCTGAAGAAGGATCGGCTTCAGTTAGAAACCCAGAAAGGAATTTTGGA
GATAAAGGAGAAGGGCAAAAACGCATTAATTTCAAGAATAGAAAGACACTTACAAACGGG
CGAAATGGGGCATTTGCAAAGAAGACCAGAGAACAACCATCAGTAAGGCAAGATGGAAAT
GTGATAACAGAGTTCGAACTTGCTGATACGGCACAGCTACTCGGACCGGCTGTAGATCAA
AGATTGGTAGCGGAATCTACAAGTACATGGGACAAATTAGTTGCAGGATTCCAAGAATTG
GGAAAATCATTCCGGAGAATGTCAGAAAAGAATCAAGTTCTCTCTCTACTTATACCTTCG
CTGGCACTGGCCTGTATAATCGCGGGCATTATTCTCTGCTGCATGTGCAAGTCATCTTCC
AACAAAACTTCGAAAGGTCGCAAAGTATGTTTCAACGGAGCCTGTTGCAAATCTGACTCG
GATTGCGAGGAATCGCAGGCGCTTTTAGAGAAGTATCCCGATGGAAAAGTGAAGAAAAAG
GTTGTCAGCAGCAAATGCTATGTTCAAGACAGTGACAGCGAACTCAACCCGTTTTTAATT
AAAAAACTAAAATTTGATGAGAGTTATTCAAGGCGATTTCGAAGCGAAAAAATGAGTTTG
CAAACTTTTCTATTAATATTTCTTTGGTTGGCTCCGTTGTTGGTTAGGTCTCAATTTCCA
AGAGCCTGTACAACAGACAACGCTCTCGATACCAGAGAATGTTGTCCCGTGGTAATCGAT
AGCTCAGGATCATCCAAATGCGGAGAGGTACAAGGAAGGGGTTTCTGCGACAATGTAATA
TCACCAGCAGCGGGTCGGGAATTGAAATTTAAACTCTTGCTCGACGACAGAATAGAATGG
CCGAATGCTTTTTACGACAAGATTTGCCGTTGCAACGGCAATTACGACGGTGTAAACTGT
GGTAAATGCAAACCAGGATATGTGGGAATATACTGCCAAGAAAAAAGACCTCTTGTCATT
CGTCAGAACATTAAAATGATGTCCAGTGTCGAAGTTGATACCTTCATTCGAAGCATTAAT
AAGTCAAAGTACACGACCAGCGAAAACTACGTTGTTCTTACAACCTCCTATGACAGAATC
TTAGCAGGAGAGGCGCCTGCTTTCTCGAATATCACTATTTACAATTTATTCGTTTGGATG
CATTACTATATCTCAAGAAGTAACTTTGCCATCACTGAAGAGGTTTACAACAACTTAACG
ACTGATGTTGGACCTAGAGATTTTACAAATATTCCTTTAGAAAATCTGCAGCGATTTCTA
AATAACTCTTCCAATCTTCTAGTGATAAATAACGATCTTGATTATGCACATGAAGGACCT
TCCTTTTTACCGTGGCACCGTTATTTCCTCTTGAAATGGGAAGAAGAAATAAGAAACGTC
GTATTAAACTCAGAAAGCTTTGGCCTGCCGTATTGGGATTGGACTGCTAGTCAAGACTGT
GACATGTGCAGTGATGAGTATTTTGGAGGTAGAAATCCATCCGACGACAAACTCCTAAGT
GAAGGATCTGTGTTTTCTCAATGGGACATTATATGCACCAAGTTGGACAAGTATATACTA
CATGGTCAACAGTGCATCGGTGAGAAAGAAGGACCTCTATTGCGTAACTTCGGAAATTAC
GATCCCCAGCGATCCTCAGGCATTCCAACGCGAGAAGAAGTGGAACAGTCGTTGAGATTC
TCTACTTATGATACATTTCCATACGATCACTCGTCGAACCAAAGCTTTAGGAATATCTTA
GAGGGATTCGCAGATTCCGAGAACGGCACTGCTCCAAATCATATTAGCACTTTACATAAC
GCTATACATTTGTACATGAACGGAACAATGTCACTCGTCCCCTCTTCTGCCAACGATCCT
CTATTCCTGGTACATCACGTTTTCATCGACAGCATTTACGAAAGATGGCTCCAGGATAAG
AGAAACTCCGAAATATTCTCTCCGTTAGTCAACATACCGGGCACTAAAGTAGGACACAGA
CTCCACGACTTCATGGTCCCCTTCTTTCCGCTCGTTAGGCAAGTGGATGGTTTTCAACGA
TCGGAAGAGCTCGGATATCGCTACGATTACATCGGAAGTAAATTTGAAAATGAAAGCATA
TTAGATCAGAGCAACCACACCAATGACCTTTCTGGTTTTCAAGAATGGGAAAAATCTTTC
TGGAGGATGTCAGAAATGAAACAAGTCCTCTCCTGTCCTCCTGTTATACTTTTGCTGGCA
CTGGCCTTCGGAATCATATGCTTTATTCTATGCATGTACAACTGCATTCTCTACTGCATG
TCATTTTGCAACAAAACTTCGAAAGGTCGCCAAATATACAGAAGAACAGGGTGGAAATAT
CAAATATTGGTAGCAGAATCTACAACTACATTGGGACAAATTTATTGCTGGTTCTCAAGA
ATTGGTAAAAATTTTCCGGAGGATGTCAGAAATGAAACAAGTCCTCTCTCTTATATCTTT
GTTGGCACTGACCTTCATAATCACGGGCATTATTCTCTGCTGCATGTACAAGTCAATTTC
CAACAAAACTTTGAAAGGTTAGATTCGACAAATTAA
| SUPERFAMILY |
Unchr_di-copper_centre (IPR008922) - T[79-187] 2.13E-69 - T[224-497] 2.13E-69 - T[816-924] 1.57E-67 - T[961-1230] 1.57E-67 |
| Pfam |
Tyrosinase_Cu-bd (IPR002227) - T[176-441] 2.6E-41 - T[914-1178] 5.7E-41 |
| PRINTS |
Tyrosinase_Cu-bd (IPR002227) - T[240-257] 1.3E-16 - T[272-277] 1.3E-16 - T[401-412] 1.3E-16 - T[421-439] 1.3E-16 |
| ProSitePatterns |
Tyrosinase_Cu-bd (IPR002227) - T[240-257] . - T[422-433] . - T[977-994] . - T[1159-1170] . |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| TYRO_HUMAN | 42.105 % | 405 | 1.12E-127 |
| TYRP1_HUMAN | 35.446 % | 311 | 4.69E-93 |
| TYRP2_HUMAN | 36.59 % | 305 | 2.58E-91 |