Gene CNG01400 details

Gene Information

• Locus tag: CNG01400
• ID: 3258768
• Type: CDS
• Is gene spliced: Yes
• Is pseudo gene: No
• Organism name: Cryptococcus neoformans var. neoformans JEC21
• Kingdom: Eukaryota
• Replicon accession: NC_006692
• Strand: -
• Start bp: 407500
• End bp: 411057
• Gene Length: 3558 bp
• Protein Length: 1057 aa
• GC content: 50%
• IMG OID: 638257757
• Product: conserved hypothetical protein
• Protein accession: XP_571834
• Protein GI: 58269356
• COG category: [D] Cell cycle control, cell division, chromosome partitioning
• COG ID: [COG1196] Chromosome segregation ATPases

Plasmid Coverage information

• Num covering plasmid clones: 20
• 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

ATGACTGTCC CGATCTCAGT CCGTTCACCG CTGCTCACTA GTCGCACCAC TGCCGTGCCT 
GATTTCCCCA GCGTCAGAAC GTCAAAACAA CAACGAAATT ACCCCAGCGA CGACTACAAA 
CTTCACAATA ACATCTCCAC AACCATGGCT GCTCAAGCCG AGTCAAGCCA CTGCATACTA 
GAATCCTCTC CAAGGGTTCC CACCCCTGCA AAGCAGCTTC AAGTAAAGAA GAGAGTGGTG 
AACCTCGTCA ACCCAGCCGG TGTGTTGTTT GCTTCGTTTC AACATGTTTG GTCCGTTACG 
TAGAAGCTGA CATGACATAG ATGTAGAGGA TTTTTCACCT CAAAAAAGCA CTTCACCCAC 
AGGGTCTCCT GCTAACACAC ACACTATAAC TGAGTTTCTC AAAGCAAAGA CGTCCTCTCC 
GCCTATCCTT CCTCGCCTAA GCGAATTGCA ACAGCAAGCA GGAAATCTTA CACCAAACGG 
CAGTGGTGTG AAGGGCATCC TGAGACCTTC TGGGACTCCT GGTTCTGGAA ATGGAGGTAG 
GATGAATCAT CTCGCTCATC ATTTCTGACA AACTGACAGA GGATCTGTAG TTCGATTCTT 
CCACAAGAAA CAATTTCGAG TCATTACCCC CAATTCCTCC GTCCTTCCAC CATCCCCAGC 
TAAGCCACCA CCAACACCCA CATCCAGCTC TTTCTTTTCT CAGCTACTTG CGGTCACTAT 
GTCTCCTCGT CGTAAAGAGC CTGAATCTGA GCCTGAGCCT GTAGGGAACG AAGAAAGTTG 
GGAGAAGCCA GGTGAAGAGG GTGAACTATC ATTGGTCGCT TCAACTGGAT CGGCTGGGAG 
CATCATCATC CATGGCGACG AGGATGAAGA AGATGTGGAA GAAGAGGAAC CTTGGAATGG 
CGAGCCCCAA ATACACTCCT CGCCTTTAGG ATTACCCGCT GTACCTGAGG GCAACACATC 
CAAAGATGCG TCCTACGGTG AATTCGAACT TCCTTCGGTT GAGTGGCACC TTCCAGAAGA 
TATGTCGAAC CTGTTATCTA CAAAATTTCC GGAAAAAGAC TCGTTCTCAG TTGCTGATCC 
GACTTCAACC TCCACCACTG CTTCATCAAG AGACTTGTTT GCCGATCAAT CTTCTTTTCG 
AGATGGCTTA ACTTCTGAGG CAGCCGCCTC CAGATCACTG AAACACGGCA AGGTGGAGAG 
GAGGGCCGAA GCGGAATTCT GGGGCGTACA GCCCGACGAG TCCGCCATGT CTGAGCTCGG 
CAGGGAGGAT AGCAACCCGA CAATCCGATG CCAGCTACCT CCTCTTGAGG AGCAAATCCC 
TACTATCGAA GAGAAATCAG AAACTCAAGA GTCTCCTCTC TCCATAGCAC AACCTGAACC 
CCCTATGACT GCCCCATACT CCACAAGTTC GATATTCGCC GACATGAGTG CCGAGCAAGC 
TGAGCTTACT TGGCCACTCA CTCATCGCCC GGGGCCAGAT TCTTCTTCTA CTTTCCAATC 
GCCCAGCCGT ATCCAGTCCC CGGAACCGCC AGAAGTAGCT CCCGAAACCC CTCGAACAAC 
AGCAGGAGAC GTTACCGAAT TTTACGACTG TACAGCTATG GTCCTATCCC CCTCCTCTGA 
TTCACCTCTT GCTACCTGTT CTTCGTCAGC ACCCCTTACG AGCCTCTTGG TACAGCCTAC 
AAAAGCTCTC TTCGAAGCTC AGACAGCTCA TACAATTGCA CTCAGCACCG AACTTGAACT 
TTACAAGGAT CTTACCGAAA AACTCCGCAA TGAAGTCTCA GAAAGAGACG AGGTGCTCGC 
TAAACTGAAT ATGCGAGCTT TGGAAGCGGA GATGTTGTAC TCCCAGGTGC AAGATCTGAA 
GAAGGCGCTA GCTGTTGCTA ACGCAAAAGC ACAACAAGCG GAGGTACAAG CTCAAACCGC 
TCAACAGCAA ACATTGCCAA ATCTAGACTT GAACTCTCCG ACTCCCCTCA TGCGTACCCG 
GAGTGCTGGT CTTCCCTCTG ATAGGACTAT GGCCGCCCAA AGTGAAGCGC GTGACCTCGA 
GATTCGACTT GCTAAAGCTT TAGCAGATGC CGCAGCCACC TCGCGCCAGC TGGAGGAGGT 
CAAGAATTCT CGAGACCAAC AAGCTCTTCA GCTCGAGGAA GCCCGAGCTG AATTGAGAGA 
TAAAGATGAT CGTGAGAAAA GCCGCCTGAT CAAGGCTTCC CACCCCGAAG AGAATGAAGA 
AGATGGGGAA GTGGAGAAAA TGCGAAAAGA GATGAAGGAG TTGCAACGAA AGGTGGGAGA 
GATGGAGGGC AAGGAAGAGG AAGTACAAGC TTTGAGGCAA GAGTTAGAAG AGGTACATCG 
TGAACTTGAG GAAGTCAAGG ATCAGGGGAG TGAGGTTCAA GCTCTCAGAA CGGAACTGTC 
TAGTGCTCAT CACCAACTGG ATGAATACGA GCTGATGAAG GCCGACGTGG ATGCCCTTCA 
AAAGGAGCTT GCCGACTTGA GGCACCACGT CCAGGAGCTC AAACAAGTGA AGGCCGCAGA 
CGAAGAGGAG ATTGAAACCC TTCTGGATCA GGTTGCCAAG CTTGAAGTCG AAAGTCGAGA 
CGTGGAGGAT TTAAAATATC ATTTTGACCA GCTTAAACAG GTCAAAACGG CCAATGAGGA 
AGAGATTGAA AACCTTTTGA GGCAAATCGA GAAGCTTAAG GCGGAGAGAA GGCAGGAAGA 
CGAGTGGAAG AGCAAGGTGG AGGAACTGAG TAAGAGAGTA GATATGGAAG GCATGAGAAG 
GCAGAATGTA GAGCTTGAAC TAGAGGAGGT CAGGAGTAGG GAGATCAAGC TGGAAGGAGA 
GAACCGAGAG GTAAGTTTCT TTATCAATGC TATCGGGGAC AACTTCACTA ACAGTTGTGA 
TAGCTTCGAA AGAGCCTTCA ATCCACTCGG GAACAACTCG TTCAAGCACA GTCAGTCCCT 
ACCACCTCCC TGGCCGACGC GCAGGAACTC CAATCGCTCC GCGTCCAGAT CGACCACCTC 
AAGTCTCAAT CGGCTTCGAA AGACTTGGAA ATCACCAATC TTCAACGACG TAAAGCGGAG 
TTGAAGGAGG ATAGGGAGAT GCTCAACATC GCATTGGATT CGAAGCAACA AGAGGTCGAG 
CTGGTAAGTA TTCTATTCCA CACACTCGAT CAAATTAAAG CTCATTGGAT GATCCAGATG 
AAACGGAAGT TTGGAGTTCG CGGAGTTGCG GGTAGTACAC CTCTCGGAGC GTCCCAACGC 
ACTAATCTCG ACCAAGGTAC CACTCCTTCC ATGACCAACG AATCTTTCCT CCCCAAGACC 
CTTACTCGCC GTCGATCGTC TCTTGCGATA CAGACCCCTG TCCCAGACTA CTCTAAGCGG 
CATTCACTGG AAACGCCTTT ACAAGGCAAC CACCGCCACG GAGTGCAGCT GTATCCGAGC 
ACGAAAGTTG CATCAAGAGT GATGCAGAGA AGCGAATCTA GAGAGGAGAA CATACCTCCA 
TCACGCGCAT CTGTGGGTGG TAGTGCAGCG AGGTACGGTA GTTTGAGAAC GAAGGAAAGG 
GAAATGACAC TGGCATAA 

 

Protein sequence

MTVPISVRSP LLTSRTTAVP DFPSVRTSKQ QRNYPSDDYK LHNNISTTMA AQAESSHCIL 
ESSPRVPTPA KQLQVKKRVV NLVNPAVRFF HKKQFRVITP NSSVLPPSPA KPPPTPTSSS 
FFSQLLAVTM SPRRKEPESE PEPVGNEESW EKPGEEGELS LVASTGSAGS IIIHGDEDEE 
DVEEEEPWNG EPQIHSSPLG LPAVPEGNTS KDASYGEFEL PSVEWHLPED MSNLLSTKFP 
EKDSFSVADP TSTSTTASSR DLFADQSSFR DGLTSEAAAS RSLKHGKVER RAEAEFWGVQ 
PDESAMSELG REDSNPTIRC QLPPLEEQIP TIEEKSETQE SPLSIAQPEP PMTAPYSTSS 
IFADMSAEQA ELTWPLTHRP GPDSSSTFQS PSRIQSPEPP EVAPETPRTT AGDVTEFYDC 
TAMVLSPSSD SPLATCSSSA PLTSLLVQPT KALFEAQTAH TIALSTELEL YKDLTEKLRN 
EVSERDEVLA KLNMRALEAE MLYSQVQDLK KALAVANAKA QQAEVQAQTA QQQTLPNLDL 
NSPTPLMRTR SAGLPSDRTM AAQSEARDLE IRLAKALADA AATSRQLEEV KNSRDQQALQ 
LEEARAELRD KDDREKSRLI KASHPEENEE DGEVEKMRKE MKELQRKVGE MEGKEEEVQA 
LRQELEEVHR ELEEVKDQGS EVQALRTELS SAHHQLDEYE LMKADVDALQ KELADLRHHV 
QELKQVKAAD EEEIETLLDQ VAKLEVESRD VEDLKYHFDQ LKQVKTANEE EIENLLRQIE 
KLKAERRQED EWKSKVEELS KRVDMEGMRR QNVELELEEV RSREIKLEGE NRELRKSLQS 
TREQLVQAQS VPTTSLADAQ ELQSLRVQID HLKSQSASKD LEITNLQRRK AELKEDREML 
NIALDSKQQE VELVSILFHT LDQIKAHWMI QMKRKFGVRG VAGSTPLGAS QRTNLDQGTT 
PSMTNESFLP KTLTRRRSSL AIQTPVPDYS KRHSLETPLQ GNHRHGVQLY PSTKVASRVM 
QRSESREENI PPSRASVGGS AARYGSLRTK EREMTLA