Gene CNK00520 details

Gene Information       Plasmid Coverage information       Fosmid Coverage information       Sequence       

Gene Information

Locus tagCNK00520 
Symbol 
ID3254629 
Type 
Is gene splicedNo 
Is pseudo geneYes 
Organism nameCryptococcus neoformans var. neoformans JEC21 
KingdomEukaryota 
Replicon accessionNC_006680 
Strand
Start bp161860 
End bp166401 
Gene Length4542 bp 
Protein Length 
Translation table 
GC content53% 
IMG OID 
Product 
Protein accession 
Protein GI 
COG category 
COG ID 
TIGRFAM ID 


Plasmid Coverage information

Num covering plasmid clones
Plasmid unclonability p-value0.0285744 
Plasmid hitchhikingNo 
Plasmid clonabilitynormal 
 

Fosmid Coverage information

Num covering fosmid clonesn/a 
Fosmid unclonability p-valuen/a 
Fosmid Hitchhikern/a 
Fosmid clonabilityn/a 
 

Sequence

Gene sequence
ATGCCGAAAC GCGTCTTTCG GACTTCGCCG AAACGCGGCA TCGAGCTCTG TCCGGCCTTA 
TCCTATGCAT GATATTTATT CTCATGCATA GGGCCGGCAA ATTGCTTCCG AAACGCGGCA
GCGGACTTCG CCGGATCTCT GCCCCTTTTT TCGATGGACT TCTGTTTGTT TCCTCATACA
TTCATATATA TATATATATA TATTGGTACA TAGTTATAGT TCTCCTTTTA CCTAGCAAAC
TTAATGCATA TTCCCGTGCT AGTTTGCGTC CATTCAGACA ACTATAACTA TCTTAGACCT
CTACGAACGC TCTCCTCGAA CGCTTTCTCG AACCTCATTT CCCCTTCGAA CGCTCAACGA
ACCCTGTCCG AACGCAGTGA GGCACCCACA GTGCCTACAC TTTTTTTCAA ACTAGCCTTT
CCCACGAATC GCAATATCTA CGATGCCGCC GAAACCCACT AAAGGAGCAG TGGAGGACTC
ACCTTCCGAA TCCCCTACTG CAGCGCTTTT GGAGTGCCTT GTTGGCCGTG CCCAGAAGCA
GGACGACACA CTCGCACTCC TTACCGAGTT ACTGCTCAAA CAACAAAAAC AGTCAACGGT
TAAAGATCGG TACAATCCTC GGGGTCTACC TCTACCTAAG CCCTCAGACA TTCCCCGTTT
CCAAGGTCCC CTGGGGAATG CAGACAGCGT ATTGACCCAT CTTCATCGCC TACAACAACT
ACTTCGAACA AACGGCTTAT TGACTCCTTC TGATGATGAG GAGCTTGAGG CGCGAAGGCG
AATTACTGTA ATTGAGTTGG CCAACAATTC GATAGACTGT GCTGGCTTAG TTGGTTGGGT
CGAACACGAG GGCCGCCGTA TGGAGGAGGA TGGGAGGAGT ACTTGGCAAG ACTGGTCAGT
TGCTTTCAAA GCTAAGGCCA TGCCTTCACA CTGGGAGTAT CGGGAGTCTC GTACCTTATT
CCGTCTCTCA CTTCAAGAGA TTTCTCCCGA TGCGTGGCGA AAATTCGACG ATGCTGTTAT
TCTTCATCGC AGCCATCTTC ACGGTACCCA CCACTATCCC CTCGACCACG AAATTGCTCG
CCTTTACCGT GCTGCTTGTC CCGAGCGCCT TTTTCTCCGC CTAGTGGATG AGCCCGGATT
CCACACGAAC GATTTGGATG GTCTACGTGT GTTGATTAGC AATCATATTG AACGAATCGC
ACATGAAGAT GCAGCCTCTC AACACGTACC GCGCTCTATT AAGACTCCTG CTTCTTCCGC
CTCTCGATCC TCGGACTCTG CTCAACTTCC TCAGCTGGTC AATTACTATT ATGATCCCGC
CCACCCGCTC CCTTATTATC GTTCGCCAGC CGGTCGGTAC ATTCGTAATG TATTCCGCCA
AGAGAACCGT TGTTTCGACT GCCGCAAGAT TGGTCACCAA CACCCACAAT GCCCCAGTCG
TACGCACCAT ACTCAGCCTA AGGTGAATCA GCTGGAGACC GAGTTAACTG CTGGGGATAC
CACTTCGGCG TACCTCACTC TTGCGCAAAC TATTCCGTCA GCCGCCGAAC CTATTCAAGA
CTCTTCGTAC GCCCTTTTCC ACCCTCTTCT TGCTATATCC GTTCCGATCC CGGCTGATGA
CCTCTGGCCA GCTCGTCTCA TTAGGCTCCT AATCGACACA GGGGCGTCCA CGACCTTCGT
GGATCCAAAG CTGGCAGCGA GGCTGGGATG GTCGGTGAAG ACAAGTGCCG TACGGATGAG
AGTTAGGTTA GCTGGCGGAA AGGCGGGTCC CATAGTCACC GATACGGTTA TCGGCTCGTT
TTCTCTAGGC GACAGGATGT ATCAAATAAA CGGTGTGGTG ATGGATTTGC ACGGAACGTA
TGATGGTATC TTAGGGCTTA ACTTCCTTGC TCGGCACGGT TTATTGGCGG ATACAACCTC
CCTTGTTCAC CTATTGGAGG CTGGAGGCGC GAACCTATCT GCGTTAGGAC TGCGAAAGGA
TGACGCGTCC CCTTCGGAGC TTGTCTCCGC TACTAGGCTA CACCACACGG AGATCCACCC
AGCAACTCCG CATGCGACCG CGGCCGCAGA TTCTCACAGT CTGACAGACG TCCTGCGTCG
TCTCCAGGCC GAGTTTCACA ATGTCTTTTG TGATGACCTA GGCGACGTAC GAAACTTCCC
CACCATATCA AAGACCAGAT CGGGTATCCG TTTCGAAATT AATCTCAAAC ATGGCGCCAC
TCCCAAACAC TCGGCGCCTT ACCGCGTACC CGAAGCCCTG CTCCCTCGTT TCCGAGAGAT
GCTGTTAGAG CATCTGAATG CAGGTCGTCT TCGCTATTCC AGTTCCCCTT GGGCCTCCCC
GGCGTTCCTC GTGTCCAAAG GTAATGGCAA ATTCAGAATG GTCTGCGATT TCCGCGCTCT
GAACAATGTC ACGGTCCCCG ACATGTACCC TATGGGGAAT GTCCAGGATA TCCTCCACCG
TGCCGCCAGG AAGGGCAAGA TTTTCGCAAA ACTTGACTGT AAGGATGCCT TTTTCCAGAC
GCTAATGAAG GAGGAGGACA TCCCGAAAAC CGCTATCACC ACTCCTCTCG GTCTCCTAGA
GTGGGTGGTA ATGCCTCAAG GGATCCGGAA CGCACCGGCC GCTCAACAGC GTCGCATTAA
TGAGGCGTTA CAAGGTTTAA CTGGGGAATG TTGCGAGGCT TACGTGGACG ATATCATCAT
CTGGGGGAAG GATGCGAAGG ACCTGCATGA TAATATTGTG AGTGTTCTTT CCGCCCTACG
TCGAAGTGGT CTTCGCTGCT CGCGTGAGAA GTCAAAGCTG TTCCTCGACG AAGTAGCGTT
CTTAGGCCAC ATCATCCGCC CCGGACAGAT TCTGCCTGAC CCCGCCAAAA TCGCACGCGT
CGAGCAGTTC CCCCTCCCGG TCAATTCTCA CCAACTCCAC TCGTTCCTCG GTCTCGTCAA
CTACCTTCGC GATTTCGTAC CCAACCTGGC CGACCACACC GCCGTGCTTC ACGCCACTCT
TCCTCCGAAT GCGGCGGCTG AGAAAGCTTA CTACAAGGCT GTCAAGATGC ATAAGGGACA
CCTCCCCGAG GGATGGACTG GTTGGAGATG GTCGTTCGGC CCTGCGGAGA AGGCGGCCTT
TGAAGCGACT CGACGCGCGG TGAGTACTGT CCCCTGTCTT GCCGTTATCG ATTATGATGC
TGTCAAAGCG GGAAAGCAGC AGGTTTTCCT ATTCACCGAC GCTTCCAACA CAGGTACTGG
CGCTTGGATT GGTGTCGGTA CCTCTCGGGA GTCCGCCCAG CCCGTGGCCT ACGATTCGCG
CACTTTCAAT AGTGCACAAC GGAACTATCC GGTACACGAC CGTGAGCTGC TGGCGATTAT
TAATGCCCTC GATCATTGGC GCCCTCTGCT ATACGGCATT CCAGTCCACG TCTACTGCGA
TCACTTTACC CTTCAATGGT TCCTAGGTCA ACGTAATCTC TCTCCCCGTC AGCTTCGGTG
GCTGAGTACT CTGAAGGATT TCGACCTCCG CATCGAATAT ATCAAAGGGG AGTTCAATAC
TCTCGCCGAT TACCTCTCTC GTCATGCTCC TTCGGACGCC GCCGAACCTG CCGACCCCTC
TCTGGATCAA TCACCGGTTT CAGTTCATGC CACAATGACA TACGAGCCCA CTTTGGATCC
GGACACCCTT CGCGCGATTG CGCAGGGTTA TCAAGGTGAT GTATTATTCA AAGAATGGCT
TGCTGATCAG TCTACTGCTC CAGGTGTTAC CTTCCATGAT CATGATACCC ACCGACTTCT
CCTCGTTGAC AACCGCTTAT GCATTCCGGA CGTTAATACA CTTCGTGAGG AACTTATGCG
GCAAGCCCAT GAAGGCACTG CTGGGCATCT GGGAGTGGAG AAAACCATGG AGGTACTTAG
GAGTGGATAC TTTTGGGAGA CAATGTCCAA GGATGTTCGT GAGTTTGTCC GTGCGTGCCA
TTTATGTCAA CAGGCGAACG CACCCACGAC GAAGCCGGCT GGCCCCTTGC ATCCGCTTCC
GGTCCCACGC GATAAATTCG ATGATATCGC TATCGATTTT GTAGGACCAC TCCCTTCTTC
CGGCGGACAT GACTATCTTC TCACGATCAC GGATAGACTA ACCGGGTTCA TTGAATTGGT
TCCGTGTTCT ACCAGTAATA ACGCTCGCGA CCTCGCTATC GTGGTTTGGG ACAGATGGGT
TTCTCGCTAT GGCCTCCCGC TCTCTATTAC GTCCGATCGC GATACACTAT TTACCTCACG
ATTTTGGACG ACCCTCTGGG AGCAGCAGAA CGTCAAGCTC AAAATGTCCA CGGCTTTCCA
TCCGCAAACC GACGGCGCCT CGGAGCGTAC GAACAAGACG GTAGTTCAAC TCCTTCGTAG
CTGGGTGGAC CGACATGGCA AATCTTGGGT TAAGTACCTT CCTCGTGTTT CCCAAGCCAT
GAATAATACT GTCAGACGTT CCACAGGTTT CTCTCCAGCA CAACTGGTCT TTGGTCGCCG
ACTACGTACC CTTCCAAGCC TTCCCCGACC TCCCTCCTTC AT
 
Protein sequence