Gene CNI00310 details

Gene Information

• Locus tag: CNI00310
• ID: 3259521
• Type: CDS
• Is gene spliced: Yes
• Is pseudo gene: No
• Organism name: Cryptococcus neoformans var. neoformans JEC21
• Kingdom: Eukaryota
• Replicon accession: NC_006694
• Strand: +
• Start bp: 75196
• End bp: 78921
• Gene Length: 3726 bp
• Protein Length: 912 aa
• GC content: 52%
• IMG OID: 638258515
• Product: conserved hypothetical protein
• Protein accession: XP_572764
• Protein GI: 58271216

Plasmid Coverage information

• Num covering plasmid clones: 21
• 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

GCCTTGCTGG CTTCTTGGCG GCCATCCATG CTCGCTGTCC ATTCGGATTC CTCGTCGCTC 
TTCATCTTCA CTCATCCACT GCAGCCGCAG CAGCGTCGAC TATAAAGCTA CTCGATACCA 
CACCCACACA GCCAGCGTAA CCTTCCTAGC GTCCCTTGTA GCACCGCACT ATCTACAATC 
GCCCATTCAT TGGCATCGAC ACGACTCTTA TACATCAAGA CACGCCACAG CAAGGCATAG 
CATAGCGTTT GGTTCAGCGA GCGTCCGTCT TGTATAGTAC ACCACCCTGG CCCGTCCTTT 
GTCCTCTTCT TTTCAAACGG CAATCGGCAG CATTCAGCAG CATTCATTTT TTCACCCAAG 
AGCAAGAAAC GCACGGCTTG TCGAGTCCCT TGAGACTGAC AGTTACAAGA GTACCATGTG 
GAGAACGACG AAGCAATGGA GGCCTCCGCC TATACACCTC CTATTGTGGC TCGTCTTGGT 
CGTCGTGGTG GGACTCTTGA CACCAGTAGA TGGTCTGTCT TTCCCCCTGT CCTCTGGCTT 
GATGCTAAAA CTTTTTTTTT TCTCGACAGC CCGATCACCC CACCCTGCCC CTCTGCGGAG 
AGCAACAACA GCCACCTCTC ACTTATCCAT CCTCCCTCGC AGGCCTAAAA ACGGGCTCGT 
CCCACGACAC TCGACCCTTC TCCCTCCGCC ACCGTCTACT CTCAAACATT CCGATACCCT 
CGTCCTTACC CTCGACCTTC CTGATCTCTT ACCTTTTGAA GTAAAACTAT TTGTAAAACC 
CTCGGAACAC ATGTTCCACC CTGATGCCCG GATAAAACAT GGGGAACAAG TTATTGGAGA 
ATTGAGAGAA GAAGATTGGA GACTGTATAC CGGTGAAGTA GTCCACCCAA GCTACATTGA 
CAGATTGACC ACTCTCCATG CTATTGGAGC TCACCAGCCG CTGTCCGAGA GGTCACAGAT 
CCTCGGCCGA GCGAGCGTGA TCGTTCACCA TCCCGGCGAT CTTGACGGAC ATGATGCAGT 
ATGGGAAGGG TCATTCACCG TCGGCGGAGA GCTGTACAAT GTAGTGACCA GGGAGAATTA 
TGAGAGGGTG AAGACATGGG AAGATGTCAA TGTCCAAGGT ATGGGCCGAA TGGTCATTTT 
CCGGCAAAGT GACATGAGGC ACGACCAAGG CACCAACAAA ACAATACCTT CTTGTTCCCA 
CGACTCATTG GCATTCAACG ATCTCTCCAA CCCCGTATTC AACACGTTCT CCACCCATGA 
TACCTCTTCC TACTCCTTCC TCAACCCTTT GGGCATGTTC TGGAAAAGAG ACGATACCGG 
CGGTATGACC GGTTCGTCCA ACTATATCAG CACGATCAAC GATACCAGCG GTTGCCCCGA 
TACCCAAAAG ATTGTCTACA TGGGCGTCGC TCTCGACTGC AACTACGTTG CCGCTTATGG 
TTCCCCTGAC GCCGCCCGAA CCCAAGTGCT CAACAACTGG AACCAAGTTT CAGCACTCTA 
TAAATCAGCC TTCAAAATCT CCCTCGGTAT CATCGAGCTC CAAGTACAAA ACATCACCTG 
CCCCTCTACG CCCGTATCAG GGGAAGAATG GAACGTGGGG TGCGATGCGA ACATTACCCT 
CGATACCAGA TTGGGCGATT TCAGCGCGTG GAGAGGAGCC AAGGGGGACG ATGGAGCCGG 
TCTTTGGCAT CTGATGAGTG CGTGCCCGAC AGACTCGGAA GTCGGGGTAG CGTGGCTCGG 
GACGTTGTGT CAGACGGATA GCTCGGAGCA GAGTTCCGGC ACGGTTTCGG GCACGGGGAT 
TAGTACCGCT ACCAAGACGG AATGGAGTTT GATCGCTCAT GAAATCGGGC ATGGGTAGGT 
GTCTTGGTCC TGCCTTGGTA TGTTTGCTGA CAATGTGGGA TAGGTTTGGC GCCATTCATG 
ATTGTACATC AGGCTGCTCT CTCTCTGGCT CTTGCTGTCC CTTGACAACA TCCACATGCG 
ATGCAAACGG TCAATTTATC ATGAACCCCA CCACATCCAC GACAGAACAA ACGTTCTCGG 
GGTGTACATT GGGAAATATA TGCAGTAATA TTGGGAATAG AGCCGTGTCG ACCAGCTGTA 
TAGAAACGCC GGGAGCTAGA GATGTGATCA GTCTACAGCA ATGTGGTAGT GAGTTTCTCT 
TCCCCCCCAC ACACTCCCTC CTTTTTATCG GTCATGGAAC GTGCTGATGG AGAGATAGAT 
GGGATTGTGG AAGATGGAGA GGATTGTGAT CCGGGAGGAA ATACGACTTC AACATGCTGC 
GACTCTTCCA GTAAGTTCAA AAGTCTTCCC ATCCCATATT TCTAAAGTCA AATGACTAAT 
CCCCTCGTTA AAAAGCCTGT AAATTCACCT CTGGCGCCGT CTGCGACCCT TCCAACTCTG 
CATGCTGTAC CTCCTCTTGC CAATACTCAC CGTCCAACAC CACCTGCCGC CCGGCCGTGA 
ACGATATCTG CGACTACGCC GAATACTGTA CCGGCACCTC TGCGAGCTGT CCAGAGGATA 
AGACGGCAGA AGACGGGACA AGCTGTGGAT CGGATGGCTT GGAGTGTGCG AGCGGGACGT 
GTACCAGTTT GGATAAGCAG TGTAGTACGG CGGGGGCGAC TATGGGTTTG AGTGAAGCGT 
GTGGGCAAAG GGATGATACG AGCTGTGTGG TCACGTGTAA GGATCCGAAT TCGACGTGAG 
TAAAAAAAAA AAAAAGAACA ATGGCTCGGG TCGGGTCGAG AAGAGAGGTT TAACATTCTG 
TTTTTTTTAG GAGTTCTTGT GTGGTACTTC AAACTCCTCT TGTGGATGGG TCTCCGTGCG 
GTAAGTCCCC CGGTTGCTCT TTTCAAAAGG TAAAAAAATG AGAAGAGCAC GTGGACTGAT 
TATTCATTTC GTGTCAGGTT ACGGCGGCCA TTGTTACAAC CAGACATGTG AATCCGGATC 
ATGGCAAGCT ACCGTTGCCG CATGGTACAG ACAAAACCTC CAAATCGCAA TCCCAGTCAC 
AATCATCGCC GGGTTGATCA TCCTCGCCAT CCTGTTTTTC ATCGCGCGCT GCATCTATCG 
CTCCTGTTGC GGTCGTCGAG GTGCCCGTGC CGGTGGCGCC GCCCGAAATA CAAAATACGT 
ACCAGCAAAC GGAGATGCGT ACTATGGGCC CCCGCCAACC CAGTCGGGCG GCGGAGCGAT 
GCCAATGTCG GCCGTGGCTG CGCCCCAACC GGCTTTGCAA AGGGGTTACG AGTCCCGTGC 
GTCGGTGGAA CCGTTGATGG CTGGTTCCGG TTCCGGAGTT GGTGCGGGGT ATGGTAGACC 
GAACACCGAC TACGACCACG ACCACCGTCA GGTCTATCCT CCAGGTCAGA GGTATTCGCA 
GGGGTATGGA GATACGTTTG AGGGACAAGG ATACGAGTAC AACCAAGCGC CGCAGTATAG 
CTCGTTTGCG CCGGGTACAG GTGGAGGAGG GGGAGGAGGA GGAGTATACG GCCAGACGGG 
TGGATGGGTG GATGATAGGA CGTGGAATGG ACAATATTAT GGACGTCAGG AGGCTTATGG 
GAGGTAATCG ACCATTTTTG GGTTTCAGAG GACAAATGTG AAGGTGACTG TTACGTAGTA 
AGGGGGGGTG AATTTGATCT AATGGAAAGG ATATTGTGAC GTCTTATAGC TGTGTATACA 
TCATATCATC TCTTGCAACA ATTGTAAACT GTAGTCATGG GCTGTCAAGA AGAATGACCC 
AAGGGG 

 

Protein sequence

MWRTTKQWRP PPIHLLLWLV LVVVVGLLTP VDARSPHPAP LRRATTATSH LSILPRRPKN 
GLVPRHSTLL PPPPSTLKHS DTLVLTLDLP DLLPFEVKLF VKPSEHMFHP DARIKHGEQV 
IGELREEDWR LYTGEVVHPS YIDRLTTLHA IGAHQPLSER SQILGRASVI VHHPGDLDGH 
DAVWEGSFTV GGELYNVVTR ENYERVKTWE DVNVQGMGRM VIFRQSDMRH DQGTNKTIPS 
CSHDSLAFND LSNPVFNTFS THDTSSYSFL NPLGMFWKRD DTGGMTGSSN YISTINDTSG 
CPDTQKIVYM GVALDCNYVA AYGSPDAART QVLNNWNQVS ALYKSAFKIS LGIIELQVQN 
ITCPSTPVSG EEWNVGCDAN ITLDTRLGDF SAWRGAKGDD GAGLWHLMSA CPTDSEVGVA 
WLGTLCQTDS SEQSSGTVSG TGISTATKTE WSLIAHEIGH GFGAIHDCTS GCSLSGSCCP 
LTTSTCDANG QFIMNPTTST TEQTFSGCTL GNICSNIGNR AVSTSCIETP GARDVISLQQ 
CGNGIVEDGE DCDPGGNTTS TCCDSSTCKF TSGAVCDPSN SACCTSSCQY SPSNTTCRPA 
VNDICDYAEY CTGTSASCPE DKTAEDGTSC GSDGLECASG TCTSLDKQCS TAGATMGLSE 
ACGQRDDTSC VVTCKDPNST SSCVVLQTPL VDGSPCGYGG HCYNQTCESG SWQATVAAWY 
RQNLQIAIPV TIIAGLIILA ILFFIARCIY RSCCGRRGAR AGGAARNTKY VPANGDAYYG 
PPPTQSGGGA MPMSAVAAPQ PALQRGYESR ASVEPLMAGS GSGVGAGYGR PNTDYDHDHR 
QVYPPGQRYS QGYGDTFEGQ GYEYNQAPQY SSFAPGTGGG GGGGGVYGQT GGWVDDRTWN 
GQYYGRQEAY GR