Gene CNA00130 details

Gene Information

• Locus tag: CNA00130
• ID: 3253994
• Type: CDS
• Is gene spliced: Yes
• Is pseudo gene: No
• Organism name: Cryptococcus neoformans var. neoformans JEC21
• Kingdom: Eukaryota
• Replicon accession: NC_006670
• Strand: +
• Start bp: 39158
• End bp: 42819
• Gene Length: 3662 bp
• Protein Length: 985 aa
• GC content: 60%
• IMG OID: 638252341
• Product: expressed protein
• Protein accession: XP_566442
• Protein GI: 58258059

Plasmid Coverage information

• Num covering plasmid clones: 18
• Plasmid unclonability p-value: 1
• 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

CCAGACCCCC CCCCCCCCAT GTTCAAGTCC CTGCCACAGG CGATCGGGCT GCCGTTCCTC 
TCGCCGGCGG AGGACGCGCA GCTCAAGTTC AAGTCCTCCC CCGCGGGCAT CCAGCGCCTC 
GCGGGCCCGG AGCGGATCCC CCCCGCGGAC ACGGCGTACT GGGCGCAGTG GTACTCCCTC 
TTCCCCTCCC CCCACGACGT CCCCCCCATC GTCCGCCCCC CCGACCTCCG CCACGCCCTC 
CAGCACAACC CCGCAAACCT CGCCACCCTC ACCACCCACC TCGCACACCG CCTCTTCACC 
CTCGTCCCCG ACCCCCGCTT CCCCCCCGCC CCCGACCTCT GCGCCCACGC CCTCAGCTGC 
CTCCGCGTCC TCGGCACCGT CCTCGCCGTC GTCTACGAGG CCGAGGGCGA CACCCCCGGA 
GACAGCTTTG CCGCCACCCA TCTCTGGGCC CGCCAGAAGG CCCCCGCCAG TTCCCACAGC 
GACACCCAGT TCACGCTCGC GGATTCCGAC GACGACGACG CCGAGCTGGA CGCCGGCGCG 
CGCGCATTCA AAGCCACCCT CGGCCACCCC CCCGCACCCG CGTCCCCGAT CAGCGATCCC 
CTCACCCAGC CCCCCGACGA CACCCCACGC CCACAGCAAC CAGACGAATA CCTCCCCTCT 
CTCGCCGAGC GTCTCTTCAG CTGCGCCATC GACCTCCTCT TTTGCGCCGG CTTCACCCTG 
CCCCAGAGCG TGAACGGCGA GGACGAGGAC GATAAAATCA ATGCATGTCT CGTCTGCCAA 
CACAGTGAAC AAGCTGACTC TTTTCGCAGT ACGTCATCTG GGAAAAGGGG GTAGGCAGCA 
CAATCCGGAT AGGCTCCTCC CCCGAACTGG ACCGCAACAA GACGGAAGTT TTACGCATGT 
CCCCTTTCTC CTCCCGCTGC GCTGCACGCC GCTGACCAAC TCTCCCCCAC CCAGGCTTCC 
TCCTCATCCT CCTCTCCTCC CCGCTCTACA CACCCCCCTC GGCCCTGCAC ACCACCCCCA 
ACCCCCCGCT GTTCACCCTC ACCCACACCC TCGAACGCCG GCTCGTCCTT TCCCTCCTCT 
GCTCGTTCCT CAACACCTCC CTCACCCGGG ACCCATCGTC CTCGGCCGGC GGCGGGATAG 
GCATAGTCGG CGGGCTCGGC AAGCTCGGAG GGTTCGGCGG CTTGGGGCTC AGGGGAGGCG 
AGGAGCGAAA GGCGCTGGTG AGGGTTTGTA TGGCCGTCCT GCTCGTCGCG CTCGATTACA 
AGATGGAGGC AAGAGTCGGC CCTGCCGGAG CGCTCGAAGG CGGGTATGCC GGAACGGTGA 
TGAGAGGGAC CGGGATGGGA GAAGGAAAGG AGGAAAACGC GTTTAGGTAT TTCCTTTCCA 
AACTCGTGCG TCCATCTCCC CGCCACTTGC TAAACCGTCA CATGCTAAAC AATCTGACAA 
ACAGCACCGC AAAGAAGACT TTACATTCAT CCTCGATGGC ATCCTCGCCA CCCTCGCTGA 
ATACCATACG TCGCTCACCA ATGGCTATCT ACCCGGCGGC GTCGGTGTTG GGAAAAAGGA 
TATAGGGTGT CTGCTCCAAA CGTGTACGTC TCTTCGCCGT CCCCCCGTTC CTCTTCTGTC 
CCCGCAGAAA ACTAAAATTG TGAGAACAGA CATTCTTCTC TGGCGACTTG TCGACTTGAA 
CAAGCGATTC AAAGCGCATC TCCTCGAACA ACCGGGAAAG ACGGTAGACT TGGTGGTGTA 
TATCCTCGTA ACATGCTTGG AATTGAAAGA TGATCCCGGT ACGTCCCCCC GTCGCCCACC 
CACTCACTCA CTCACCCACT CACTCGCGCA GCCCAAAACG GCCTCCTCCG CCTCCTCTCC 
TACCTCCTCC AAACCCTCTC CGCCAACGAA CCGTTTGGCA AATCGCTCAA CCAGACCATC 
CGCATACCCG TCCCTGCAAG GTGGGGGGTG ACCGGGAGCG CAGTTGATTT CATGATTGTT 
GCAAGTCTCC CCGCCTCCCC TTCCCCCCTC CCCGAAAACA AACGCTGATT TCCCCGCAGT 
CGATATACTC TATAGCAACC ACCCCGGGCC TGAACCCGCT CTTCCCAGCA CTCACCATCT 
CCATCGCCAA CATCTCCCCT TACATCACCA ACATTGGCGT CCAAGCTTCG GCCAGGTTGT 
TGGGTCTGTT TAAAGCGTTT TCAGCACCGA ATTTCTTGTT GGGTGATGAA GGTCACCCGA 
GGCTGGTTTA TTATCTGCAA GTCGTTTTCT TGTTCCCCCC CGTTGTCGAT GTTGACTTTT 
GGACTTTTTT TACTTTTTGA TTGTCTAGAC TCGAAACATT CAACTCGGTG CTGTACTACC 
AACTGAACGC GAACCCGAAC CTCGTATACG CCATCCTCCG ATCGCACAAT GATTTCCAGA 
CCCTCGCCAC GTTTACGTTG ATGTCCGGTC TGAGGGATAT CAAGCGCAGA AAGTTTTTGC 
GCGCTGCTGC TGGTAAGTCT CCGTCGACTG CCGCTGCTTG ACAAACGGAG CCAGGGCTGA 
TAGAGATTTT TCGGGCGTAG CGGAGAAGAA TGGGCGTCCT GGTTCTGCCG CCACGACCAA 
TCCCTCCTCC ACCAACAGTC TTTTCACTCG ACTAGGCGGG GGTGGGGGCG GGGGTGGACG 
GGACAATGGG ATCACCTCGG ATGCGGAGAT GATTGCTGAA AAAGCCGCAT TGTTGGGTCT 
TGAACCGGAA GAAGAGGATG ATGTGCATCT CTCCGGAAGC CAGAGCCAGG GCCAAGGCGA 
GGGCCAGGGC CAAGGACAAG GGCATGCGAG CACCCCAAGC GAGGGCGACG TACCATCCCT 
ATCCACCACT CCTACCCCTA CCCCCAACAC TACCACCGCC ACCGCCACGC CAGACTACGC 
TTCCAACCCC CCGCCTCCAT CACGCAGCAT GTCTGAGAAA GCACGGGGCA AGATGCGCGC 
AACAGAATCA ACCACCTCCC TCGCCACTAC CAACACCCAC CCCGGCGGCG GCGGCGGCGG 
CGGCGGTGGC GGTGGCGGCG GTCAGGAAGA AAGAGTGGAA GACGATGAAG AAGAAGAAGA 
ATTGATGAAG ATTGCGGCAG CGGGAGTGGG GCCGAATGGG TATGTCCCCA CGCAGGAATG 
GGTTTCCAGC TGGCAAAAGG GGTACGTCTC TTCCCATCAT CCTCCCACAT TCATGCAACC 
AGCTAACCAC AGTCCTCTGC TTTAAAACTA GCCTCCCGCT CGATCCCGTC CTCGTCGCCA 
TCTCTGAACT GCTACCAAAG ATCCGAGAAA CCCAACCGCT CGTTGGCGCG CCTAGTGAAA 
AAGTGTTCAA CATCCTCAAA GACGTCGAGC TCGCAGACGT CTTGCCGCCT GCACCGCCCA 
TTACCCCTAG ACGGTTCCAA GTACGTCCCT TTCTTTTTCA CTCTCCTCAA CCGAACTGAC 
CTTTTGACAG TGGTCGCCCG CATCATGTAT CTGGCTCACC TCTCTTCTCT GGGGGGATAT 
CTACGTCGCA GGCCTGACAA GTATCGGCTC ATGGAAGGAT ACCCAAGTGA GGTTGTTTGG 
GATCAAGCAG GCGCCTGTGA GGGGACGCGG CGCGCAAGTG GGCAGGGTTT TGAAAATGAT 
GGGTGTTGTT TAAAACGAGA CGATTAAGAA CATGTCGCAG AAAAGGGGGG GGAATGAAAG 
AG 

 

Protein sequence

MFKSLPQAIG LPFLSPAEDA QLKFKSSPAG IQRLAGPERI PPADTAYWAQ WYSLFPSPHD 
VPPIVRPPDL RHALQHNPAN LATLTTHLAH RLFTLVPDPR FPPAPDLCAH ALSCLRVLGT 
VLAVVYEAEG DTPGDSFAAT HLWARQKAPA SSHSDTQFTL ADSDDDDAEL DAGARAFKAT 
LGHPPAPASP ISDPLTQPPD DTPRPQQPDE YLPSLAERLF SCAIDLLFCA GFTLPQSVNG 
EDEDDKINAC LVCQHSEQAD SFRSTSSGKR GLPPHPPLLP ALHTPLGPAH HPQPPAVHPH 
PHPRTPARPF PPLLVPQHLP HPGPIVLGRR RDRHSRRARQ ARRVRRLGAQ GRRGAKGAGE 
GLYGRPARRA RLQDGGKSRP CRSARRRVCR NGDERDRDGR RKGGKRHRKE DFTFILDGIL 
ATLAEYHTSL TNGYLPGGVG VGKKDIGCLL QTCTSLRRPP VPLLSPQKTK IVRTDILLWR 
LVDLNKRFKA HLLEQPGKTV DLVVYILVTC LELKDDPAQN GLLRLLSYLL QTLSANEPFG 
KSLNQTIRIP VPARWGVTGS AVDFMIVSIY SIATTPGLNP LFPALTISIA NISPYITNIG 
VQASARLLGL FKAFSAPNFL LGDEGHPRLV YYLQVVFLFP PVVDTLATFT LMSGLRDIKR 
RKFLRAAAAE KNGRPGSAAT TNPSSTNSLF TRLGGGGGGG GRDNGITSDA EMIAEKAALL 
GLEPEEEDDV HLSGSQSQGQ GEGQGQGQGH ASTPSEGDVP SLSTTPTPTP NTTTATATPD 
YASNPPPPSR SMSEKARGKM RATESTTSLA TTNTHPGGGG GGGGGGGGGQ EERVEDDEEE 
EELMKIAAAG VGPNGYVPTQ EWVSSWQKGL PLDPVLVAIS ELLPKIRETQ PLVGAPSEKV 
FNILKDVELA DVLPPAPPIT PRRFQWSPAS CIWLTSLLWG DIYVAGLTSI GSWKDTQVRL 
FGIKQAPVRG RGAQVGRVLK MMGVV