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Victor ID 4745
Gene Name
Sequence Strain (Species/Organism)
NCBI Nucleotide GI 171466692
NCBI Protein GI 171466693
Protein Accession
Taxonomy ID 552467
Gene Strand (Orientation)
Protein Name
DNA Sequence 
>gi|171466692|gb|EU399551.1| Cryptococcus gattii isolate R265TPS1 trehalose 6-P synthase (TPS1) gene, complete cds
ATGACGACAATGCCTAATAACGACGTTCCCAATTCCCCCACTTCCACCTCGTTTTCAGGCACTTTCTCCC
CAGCCGCCACGGCTGCCAACACCGCTGCCAATGCTCGTTCCCGTGATGCCCCTTCTCCTACTACGTCTTC
CGGGCCTAAACTCGAAACCAACAAAGACCAGAGGTTGATCGTTGTTTCCAACCGATTGCCGGTAACTATT
AGTAAAGATGATAATGGAGAATATCACTTCAAGGTTTGTCAATTGTTCAAATGATGCGCGCAATATTTCG
GAAATGAAGCTCACTTTGCCGCCGCGCTCATGTAGATGTCTTCTGGTGGACTGGTTTCGGCTTTGAGTGG
ATGCAAGAAAACTATGAGCTTCACCTGGATCGGATGGCCCGGTAAAGATGTAAGTAGGGTTTTAATATCC
GTACTGGGCGCGCATCGGCTTAATCTGTCATGTTAAGATCCCCATGCAAGACCGTGAAACCGTCAACCGC
CGATTGCTCGAAGAATACAACTGTTACCCCGTTTACCTCTCTGACGAGCTTGCTGATAGTCACTACAACG
GTAAATTCTTGTCCCCACTTACTCTACCACTCCCAACCCGCAATGCGCAATGCTGACAATTGTCCCTCTT
TTCCCTTTAGGTTTCTCCAACTCGATCCTCTGGCCGTTGTTTCATTATCACCCCGGAGAGATGAACTTTG
ACGCTGCTCACTGGCTCGCTTACCGGGAAGCCAACATGCGTTTCGCCGATGTTGTCTCCTCCTTGGTCCA
AGCTGGCGACATGGTCTGGGTGCAAGACTACCACCTTATGCTTCTCCCTATGTTGCTCCGCTCCATGATC
ACCGGCGAGTCTGCGCAGGGCGAGATGGTTCGACAGGAACTCGGGAGGGTGAAGGAGGGTGTGGATGATA
CGGTTGTGAAAGAAGTGCTCAAGATGGATCCTGGAGTCGCACAGGCGGAGGATGAAGGTGTGGAGATGTT
GGGTGATGTAGAGGAGGAAGGTGGGGAGATGGATGTAAAGTCTAGTCCATCCAAGAGGCCTCCTTACGCG
AGGGGAATGAGTACTTTCCAGAAGCAAGAGATGGTGGCCAAGGAGAAGGGTAAGGAAGGGATTAGGATTG
GTTTCTTTTTGCATACTCCTTTCCCGTCAAGTGAGATTTATAGAATCTTGCCTGTTCGAAGGGAAATCTT
GTTGGGTGTGCTTCAGTGTGACCTTATTGGGTAGGTTTTTACATTCATTTTCTTGTGCTTTTAAAAACCT
GGCTAAATCATTCTTTTTCTGTAGATTCCACACGTATGACTATGCTCGACACTTCCTCTCATCCTGTACC
CGTATCCTCGGTCTCGAGACTCAGCCGAACGGTATTGAATTTGACGGCCGATACTGCCAAGTCGGCACCT
ATCCCATCGGTATCGACCCTAACCAGTTTGTCGAAGGTCTTCAAAAAGAATCCATTGTCAAGCGTCTTCG
TTCGCTGGAAGCTAGATTTGAGGGTGTCAAGGTTATCATCGGTGTTGACCGTTTGGACTACATCAAGGGT
ATTCCTCAAAAACTCCAAGCACTCGAAACTTTCCTTACCCAACACCCCGAGTGGATCGGCAAAGTTGTGT
TGGTCCAGCTGGCCATTCCATCCCGACAAGATGTGGAGGAGTACCAAGATTTGCGAGCTTGCGTGAATGA
ACTTGTCGGTAGGATCAATGGTCGATTCGGGACGGTGGAAAGTGTGCCGATTCATTATATGCACAAGAGC
GTGCCATTTGAAGAGTTGACGGCAATGTATGCCTTGGCGGATGCTTGTTTGGTGACTTCAACCAGGGATG
GTATGAATTTGGTAAGCTCCTTCCCTCCCTTTTTTTGGGTACTGGCTTGGACTGGTCACTGATGGCGAGA
ATAGGTTGCGTACGAGTACATTTCTTCGCAGGCTGAGAAACATGGATCTATGATCCTCTCCGAGTTTGCT
GGTGCAGCCCAAAGTTTCAACGGTAGTCTTCTTATCAACCCGTGTACGTCCCGCGATTCCCTTGCTTCAT
GTCATTGTCAAGTGAGGCTGATCCGTTTTCTCCCTTGTTTTTAGGGGACGTTCAATCTACGGCCGATGCG
ATCTATCAAGCTCTCACGTTATCTCCCCAGCAGAGGAAGAGTAACTGGCAAAAACTGTTCAACTATGTCA
GCAAGTACACCGCCGAGGCTTGGGGTGTCTCATTCGTCAATGAACGTGCGTCAATGTTTTCTCGCTTCGT
TTTTATCTTATCTCCATTGCACAGACCCGTACAACGTGCTAACTCCGCTTGCCTTTTATCTTTTTTTTAG
TTAACCGTCTTTCCGGACAACGCCCCTCTGGCCCCGCTGGTCTTGCTGGACGAAGAAAGTCTGGAAGTTT
GAGCAGGAGGAGCAGTAAGGCCAGCATACAGAGGAGAAAGTCGTCACAGAGTGGTGGGATTGTGACTGGT
CTGGGTGCTGCAGCAGGAGCGGCGGTTAATTGGGCTCAGTCCCAGGTCCAGGGCGGGTCTCAAGCTTAA
Molecule Role
Molecule Role Annotation
References