Prototype stage

FASTA export

Generated by backend query with no raw FASTA path exposed.

GRCh38.p14 + GENCODE Release 50local-onlyPDO SQLite primaryread-only query modesqlite3 fallback available

FASTA export

PRMT6

FASTA is generated by backend query; raw FASTA path is not exposed.

Gene
PRMT6

Gene ID
ENSG00000198890

Type
transcript

Length
2,621

Representative transcript
ENST00000370078

Representative protein
ENSP00000359095.1

Back to gene detail Download FASTA

>PRMT6 ENST00000370078 transcript
GTGCCGCGCTACGCCCGCCGGGAGCCGGGCAGAGCGGCCAAGATGTCGCAGCCCAAGAAA
AGAAAGCTTGAGTCGGGGGGCGGCGGCGAAGGAGGGGAGGGAACTGAAGAGGAAGATGGC
GCGGAGCGGGAGGCGGCCCTGGAGCGACCCCGGAGGACTAAGCGGGAACGGGACCAGCTG
TACTACGAGTGCTACTCGGACGTTTCGGTCCACGAGGAGATGATCGCGGACCGCGTCCGC
ACCGATGCCTACCGCCTGGGTATCCTTCGGAACTGGGCAGCACTGCGAGGCAAGACGGTA
CTGGACGTGGGCGCGGGCACCGGCATTCTGAGCATCTTCTGTGCCCAGGCCGGGGCCCGG
CGCGTGTACGCGGTAGAGGCCAGCGCCATCTGGCAACAGGCCCGGGAGGTGGTGCGGTTC
AACGGGCTGGAGGACCGGGTGCACGTCCTGCCGGGACCAGTGGAGACTGTAGAGTTGCCG
GAACAGGTGGATGCCATCGTGAGCGAGTGGATGGGCTACGGACTCCTGCACGAGTCCATG
CTGAGCTCCGTCCTCCACGCGCGAACCAAGTGGCTGAAGGAGGGCGGTCTTCTCCTGCCG
GCCTCCGCCGAGCTCTTCATAGCCCCCATCAGCGACCAGATGCTGGAATGGCGCCTGGGC
TTCTGGAGCCAGGTGAAGCAGCACTATGGTGTGGACATGAGCTGCCTGGAGGGCTTCGCC
ACGCGCTGTCTCATGGGCCACTCGGAGATCGTTGTGCAGGGATTGTCCGGCGAGGACGTG
CTGGCCCGGCCGCAGCGCTTTGCTCAGCTAGAGCTCTCCCGCGCCGGCTTGGAGCAGGAG
CTGGAGGCCGGAGTGGGCGGGCGCTTCCGCTGCAGCTGCTATGGCTCGGCGCCCATGCAT
GGCTTTGCCATCTGGTTCCAGGTGACCTTCCCTGGAGGGGAGTCGGAGAAACCCCTGGTG
CTGTCCACCTCGCCTTTTCACCCGGCCACTCACTGGAAACAGGCGCTCCTCTACCTGAAC
GAGCCGGTGCAAGTGGAGCAAGACACGGACGTTTCAGGAGAGATCACGCTGCTGCCCTCC
CGGGACAACCCCCGTCGCCTGCGCGTGCTGCTGCGCTACAAAGTGGGAGACCAGGAGGAG
AAGACCAAAGACTTTGCCATGGAGGACTGAGCGTTGCCTTTTCTCCCAGCTACCTCCCAA
AGCAGCCTGACCTGCGTGGGAGAGGCGTAGCGAGGTCGGAGGGGAAAGGGAGATCCCACG
TGCAAGTAGGGGGAATATCTCCCCCTTTTCCCTCATAGCCTCTAGGGAGGGAGAGTGACT
TCATTCTCCATTTGAAGAGATTCTTCTGGTGATGTTTACTTAAAAAGTGATCCCCCTCAA
CAACGGATACAGCGTGCTTATTATTGGGCATTTAGCCTCAAAAGCATGTAGTACCAAGCA
CTTGTATTTCCGTATATTTTGTTTCGCGGGGGAGTGAGGGGGAAGAACACGGATGAAAAT
GTCAGTTTTTGAAGGGTCCATGCACATCCCTGACACCTCACACCTTATCTAAGTCTGAAG
CTGGGGAGAAAGGGGTTCATTTAGACTTCATACATTTCCAGTACGACTTTAGTATCTCTC
CAGAGCCATATTTTCTCAGTCCGAATTAATTCCCCCTCCCTAGGTGCCTGTAGGCTATGG
TACTTCTTCCTCATTGTTTTCTAGGTAAACTTCACTACTGGTAATTAAGGGGAAGGATAT
GAGGAAGCAGTTTAAATAGCCCTGTTCTCATTACTCTGACCACATACATCATAGGGTGCT
AAAGTTGATGAACACATTAATCCGTTAAGTAAAATGGACTTTGTAATTGTACAGCATACC
TAAGAAACTCAGAAGGTGCATTTAAGAGAGAGACCTGAAAGAAATAGTATGGATTTTTAA
AAATTCTTGTCTCTACTATTATAACCAAAAAATATTTCTTGTATGTCCCATAAAAATATT
TGTGTAATTCTTATGAAACAGGCTGGTAGAGGAGGTTTCTGAGCCTAGCCCAAGGGCTTA
TTCATCACCATGGGTAAATTATTTAAACTCACTTAATTAAGGAAAATATTTTCCCAGCTA
GAAAAGTATACTCATTCTCATTTAAACTCTCTCATTTGGAGGGATCATGTGAGTTGGCCT
ACTTACAAGTAGTGAAAGTTCCCTTTTCAGTTTTGTTTTGTTTTGTTTTGTTTTTCTCTT
TCACTCAGCCAAATGTGAAAGTTGTGAATTTAGGAAAATCACTTGTAATGAAGTGTGAAT
CTTGTTATCAAATTTATTTCTCTGATGTTTCCTTCCTTATCCTTGTAGCCAATAAAACAT
TGACATTCTCACGTTTTATAGATGAGGTAAAAAGTCTTGTGTGCTGTGAGTTATAATGCT
TTTGCCTTTTTAATATTATTAGTTCTTAAGTGTTACAGCCCCTTCAGAATATAACTTCAG
GACAATTCAAACTATGCTTAATGTATGATTTTCGAGCTTCTGTATGCTAAGAAAATAGGT
GTGAAAAACTGGTGTTCTGAAATAGCCTAACATTTATTGTAATTCTGAATTTTCTGCCCT
TTTATTCATTGCATATTAAAGTATTAGAGTATAAAAACTAA