Gene CNE02960 details

Gene Information

• Locus tag: CNE02960
• ID: 3257760
• Is gene spliced: No
• Is pseudo gene: Yes
• Organism name: Cryptococcus neoformans var. neoformans JEC21
• Kingdom: Eukaryota
• Replicon accession: NC_006687
• Strand: +
• Start bp: 794789
• End bp: 799429
• Gene Length: 4641 bp
• GC content: 48%

Plasmid Coverage information

• Num covering plasmid clones: 13
• Plasmid unclonability p-value: 0.44559
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

GGATCTGGAG AGATCAGTAG GGATCTGGAG GCATGGGAAT TGTTGGTGGA GGCATGGGAA 
TTGTTGGTGG TGGCATGGGA AGAAGGGGAG ATTAGATTAC ATAAGCCAGG ACACTTACAA 
TATCGAAACA AATAAAGACA AAGGATTGTA GAATAGTTTC CATGCAACTT AGACATCTCT 
GGCAATCGAC ACCGCGTGCT CAAGCTCTCT CTAGACAACT CTACATCTGA CAGGTTATGA 
GCCTTGCTGC TTAACAGCAC TAGACTCTAG CAAACACATC AGTCAACCAA CACAAATCCT 
GCAGGTCACT ATTGCATTAG TACCACAGGT ACTGCTTGAT ACCAACAAGT GGTGAGAAAA 
TCTGGTGCCC CCCAGTGGCA AGTCACTGCG CCTAGTGCAC AAGCAAACTT GCCTTGCGTT 
AGCTAAGTAC AACCTGGACG TCTCTTTATC TCTATTACAA AGAACACGAC TCTCACTTCT 
CCTATAGAGC TCTGAAAGCT ACACACACAT CATGTCCAAC AATACAGACA ACAACACATC 
CTACCAGGGG GTCATCTTAA CTGGCCCCCA GAACTATGCT GAATGGGAGC TATCTATCAA 
AACATCTCTC ATCCTCAAGG ACCTGGAGAT TGGTACTCCA GTCAGCCTTG ACAGCATGTC 
CTCCAAAGAG GACAAGGAGA AGTACAAGAG GTCCAGGCAA GCTTTTGCCC TTCTTATCAA 
ATCACTCTCA CCAGAAGTCC AGGCATCCCT CCCTGCCAAC ATACGATCTG TAGAGACAGC 
AGACAGCTCA GCACTCTGGG AGGAGCTCAA ATCCCAGTAC TCAGCAGCAG TGGGCGCAAG 
ACAGGCTCAA CTTTTGCAAC AAATGTGGAT ATCCCCTGTC ATTGAAGGAG AAGACCCAAA 
CAAGCGCATG GCAGAAATCA GATCAGCCCA TGCTCAGATC AACAGCAGTG GTGAGAACCT 
CTCGGACCGA ATGCTTGCCT ATGCCATGAC CCTAGCTCTT CCAGAATCAT TCACCACTGT 
CAAGCAAACT CTCTGGCTCA GGGAACCACT TACCTCTTCG GCTGTGCAGG CAGCAGTCCA 
AGCTGAGTGG ACAAGGAGGT CCAGTGAGGA GGTAGCAATG GCTAACAGGG TGCAGGAGAG 
TCACACCCAA GGCAACAAAA GCAATAGAAG GGCCAAGCCA AGGGAATGGA CTGAGAAATG 
GTGCAGTATC CATAAAGTGC CTACTCACAA TACCAGAGAC TGCTCTCTCA GGAAGTTCAG 
CAATAACCAC AGTCAGTCAG GTCAGGCTAG GGTGGGTACC GGTGAGTCTG CTAAGGCAGA 
GGAGCTGGCA TCTACCTTCC ATGCTGTAGC AGCAACTACA ACCTGTTTCC ATGACAACTC 
CTTCATAGTG GACTCAGGGG CTTCACACCA CATGGTTAGC AACAAAGGCT TACTTCACAA 
CTATGGGCCA GCAACAATTG TCAGAAGTGT AAAGATTGGT AATGGCACTA TCCTTCCAGT 
CGCTGGCCAG GGAACTATGA CCATTGGAGC TACCACTCTT CAGCAAGTCC TCCATGTTCC 
CCAACTCCAG TGCAACCTTC TCGCTGTTAA CAAGGTCCCA TCTGGTTTCC ACTGGGCATT 
CAGCAGCAGT AAAGGTGAAC TTTTTGATCA ATCTAACCAG GTCTGCTTGT CTGCCCCATT 
CAAAGATGGT GCCTACTCCC TGCAGGTAGA TCCATCTGGC CATGCCTATC CTGTTCAACT 
GGCTGATACT CTCTCAGAAT GGCATCATAA GCTAGGGCAT TTGGGGATTG AGAAAGTGGT 
TAGGCTTGCA AAAGAAGGGA GACTTGGTCA GAATAATCAA TTGAAGAATG CAAATGCTGG 
TGATACCAAA GATTTCTATT GTGAAGCATG TATTAAGGGG AAAACTGGGC GACTTCCTTC 
ACCACCTGAA CCCAACATCA GAGCTTCCAG GCCACTTGAA CTATTGCATA TCGACATCTG 
GGGACCAGCA CCAGTCGCTT CCAAGGGAGG TATGCGATAC TTCCTGACTG TCTATGATGA 
TTACAGCCAC CGGATTTCCC TCACCTTGAT GAGAATGAAG TCTGAGACAC TGCAGAGTTT 
CAAAAACTTT GTCAATCATG CTGAAACTCA GACTGGTCAT AAGGTTCAAT CTATTCGGTC 
TGATAGGGGC GGAGAATTTA CATCAGCAGC ATTCCAGAGG TATATCAGGG AGAAAGGGAT 
TGAGCATGTC ATGGTGCCAC CTGATGCTCA TGCACAGAAT GGGAGAGTGG AGAGGGTGCA 
TCTTACTATC CTCAATGGTG TGAGAACTTT GCTTGTGGAG ACTGGACTGC CAGCTAGCTT 
CTGGGGTGAG GCTGCTAAAT ACATTGCCTT CTCTCGCAAC TGCTCCTTTG ACTCCAACAA 
TGGAATTCCC TTTGAACGCT GGTATGGCAA GAAACTGTTG TTCACTCAAC TTCACGCATT 
TGGAGAAAAT ATTTTCTTTA GGGATTATAC CAACACCAAC AAATTGAAGC CTCGCTATCG 
ACAAGGAAGG TTTATGGGGT ATGCCAGTGA TAGCAGCACT TCCAGTTATC GAATTCTGGA 
TGATGAAGAC AAGAAGATCA AGGTGTCAAG GGATACCATT TTGCCAAAGA AGCTGGACAT 
TCCTCATTCC AAGATGCCAG CAAGGGGGAG TATTCTTAGG CTGGAGGAGT GGGATGACAA 
CAAGAACAGA GACACATCAA CACATGCTCA AGATCCATTG GCAGAAATAC CTGACAGAAT 
CATCCCTGCC CCCATGGAAG TGAATCCTCA GGATGAAGTA AGACCTAGAG CAGTTCCAGC 
TGAGCATCAA TCACCCATGG AGCTTCTTCG TAGGCTGGCA AGGTATGACA CTGGAATACA 
GCAACAACCT GAGGCATCAC CATCATCCAA CGCATCAGAA GAGACAAACA GTGATGTTTC 
ATCCATTGAT CCTCTTGCCC TGACTGACAA TCCAGAGACC TGGGGTACTA TCGCAACAGC 
TCTGAATGCT ATGGCAATCA ACACACCCAA TACCTACAGA GAAGCTATTC AGTCAGGCGA 
GGGGGAGCAG TGGCATCAGG CTATGATGGA AGAATTGGAA AAGATGGAGA AGTATAATGT 
GTGGAAGGTG GTGGATAGGG CACCAGGACA GAGGGTCCTG AAGGCAAGAT GGGTTTATAC 
CAGGAAGATT GATGGGACAA CAGGGAAACC AGCAGCATAC AAGGCAAGAT GGGTTGCCAA 
AGGATTTTCT CAAAAGGCTG GAATTGATTA CAATGAGGTC TTCTCTGCTG TTGCCCACAA 
AGACTCGATT AGGGTATTCC TCTCTCTGGT CAACCATCTT GACATGGAAT GTGACCAGGT 
GGATATCAAG GCAGCCTTTC TCAATGGCGA TCTCGAAGAA ACCATCTATC TTGAAGCACC 
AGAAGGAAGC GACATCCCAG CAAACAAGAT CCTACTCTTG AACAAGTCAC TCTATGGGTT 
GCGACAGTCA CCAAGATGTT TCAACAAAGC ACTTGATCAG TGGTTAAAGT CTCAAGGGCT 
GAAGCCAACC AGAGCTGACC CCTGCTTCTA TGTTCGACGT TGTGAGGGGG AATTGCTCAT 
GCTCTCTGTC CATGTGGATG ATCAGCTCAT TGCCTGCAAT TCAAGAAAGA CATTGGACGA 
ATTCAAGCAG GCACTTAACA GCAAATTTGA GTGCTCTGAC TCTGGGCCTG CTGGCTACTT 
CCTGGGCATC AATATATACC GGGACAGGCC ACAGAAGAAA CTCTATCTCT CCCAGGAGCA 
TTATATGGAG TCCCTGCTTG ACCGCTTTGA CATGTCCAAT TGCAATCCAG CAAAGACGCC 
TCTTCCTTCA GGCTTCAAAC CGATTCCAGC AACAGATCAA GAGCATGAGC TAGCACAACA 
TCGACCATAT CCAAAGCTAG TGGGCTCTAT TCTCTATGCA GCAACAGTGA CACGGCCAGA 
TCTAGCCCAT GCAGCAAGTG TTCTGTCAAG ATTCATCAGC AAATGGAATG AGTCCCATTG 
GCTTGCAGCG AAACATTGTC TGAGGTATAT CAGAGGCACT TCAGATCTTT CATTGACCTT 
TGATGCCCAC TCAAGCAAGC GAGTTGCACT GGGATACGTT GATGCAGATT GGGGAGGAGA 
CCTTGACACA AGGAGGTCCA CCACTGGTTA TGTTTTCAAG ATATATGGAG GTGTAGTTGG 
CTGGAAATCA AAGAGGCAAC CTACTGTGGC TCTCTCAACC ACAGAGGCCG AATACATGGC 
CTCCGCTGAT GCAGCAAAGC AGGCTATTTG GCTAAGGCTG CTCTTGGATG ATATAGGACT 
TGGCCTGGGT GATCAGCCAC TCCAGCTGCT CAATGACAAT GCTGGGGCCA TTGCCTTGTC 
AAAGAATCCA GTGAACCATG AAAAGTCTAA ACACATTGAT ATGAGGCATC ATTTCATTCG 
AGAGAAGGTT GAGGATAAGG CTATCTCACT TGCCCATGTC CCATCAGTGG AAAACATTGC 
TGATCTTCTG ACAAAGAGCC TTCCAGCTGA AGCTTTTGTC AAGTTGTGCC ATCTCCTTGG 
AATGCAGAGG TTGGATCAAG GGGGAGTGTC AAAATGATTG ATCCAACCTG GATCTGGAGA 
GATCAGTAGG GATCTGGAGA G 

 

Protein sequence