| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNG00910 |
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| Symbol | |
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| ID | 3258797 |
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| Type | CDS |
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| Is gene spliced | Yes |
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| Is pseudo gene | No |
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| Organism name | Cryptococcus neoformans var. neoformans JEC21 |
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| Kingdom | Eukaryota |
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| Replicon accession | NC_006692 |
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| Strand | - |
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| Start bp | 254047 |
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| End bp | 257335 |
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| Gene Length | 3289 bp |
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| Protein Length | 791 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | 638257708 |
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| Product | hypothetical protein |
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| Protein accession | XP_571831 |
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| Protein GI | 58269350 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG0598] Mg2+ and Co2+ transporters |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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| Plasmid unclonability p-value | 0.809199 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | CTCTCTTGTA TATACATATC TCTTTTCGCC AGACTCCTGA ATACTACCCG ATATAAGAGG
CTGGAACTCA AGAGGGAAGT TTTACTGAGA AACTCCAATC CGCATAACGA CTTTATCTGC
AGAGGTGGTC TTCAACTTTT TCTTTCGATC TCCTTACACC GGGAGCTTTT TGGCTACTGC
AACCGGCTTG TTTCTCATCA CAACTCTACA AAAGAAACCG AATTATGCCT GACCGAACTC
CCACGTCTCC CCGGGCAGTC GTTATTGACG TTAACAGCCC ACAGATCAAT CGTTCTATAC
CGACATCATC GCCAAACGTT TTAACTCCTT CTCGGAGTAT TGGTCCGCCA AGCATGACTC
ATCGGGGCTC TGTGAGCCGC AAGCACCGTC CTGCAAATGA TGCCGATGCG AGGGAGAGAC
AAACACAGCA GGACATTGAG TCTGCTATGA GCATGTGTAG GTATCCATAT ACATCATCTG
TGGCTGTAGA CTTAATAGGT TGACTGATCC ATTCTTGCCC AGCTCGTGCT CGTTCCGGAT
CCATGAACCT TCCTGACAAC AGCCCACCTA TCTCCCGTCC ATCTCAACTC CATTTCCCTT
CAACCTCTCC CATTCAAGAA TCCCATTTCC CTATGTTATC TGAAGCTGAG GAAGCGGAGA
TGGAACGCGC TCGGAGACTT CGTCCTGGTC GTGACAATGA GTCTGATGAT GAACATGGCC
ATGGCGGCCA TTATCACCCA CATGATGAAG AGAGGGGAGG GGAAGGGCGA GAACGAAGGG
ACAGTATTAC GGAAAGCGCT GGGTACGATT CCCATTCGAG GCTTATTCAC CGCCGTGGGT
CTGATAGTGA TATTCACGAT ATGGACCGCG CTCGCCACGT TGATCTGAGA TCTCTTGGTG
GGCACGGTTT GAAGAACAAG TTTAATTTCT CCGCTATGGA AGAGTTTGCG ATGAGGGAGC
GTGAGAACTT GTTCGCATCT GAAGGTGCAT GGGCCATTGA CGGCGGCAAT GGCGCACCAA
GGAGGAGGAG CGTGCCACAC AAGGGGGCTG GAGCCAGTGA AGAGAACATC CATCAGCCTG
GTAGCTATGA CACAGCATTT GAAAGGACCA ACACCATGTC TGCTTTCGGT GACGAGACCG
AACCACCATT CTCTCCCGAA AGGGGACATG GCGCGGAGGA TCACGCCCAG ACATTCCAAC
GCAGGAGGCA AAGAAAGCTC TCTCAATCTA ACCCTGTGCA CCGGCAGAAG AAATTGGCAT
TATTCGAGGG ATTCGGTTCA AGTGGCGTCA CCGATGGTGA ATCTGCTCCG GATGCGCCAT
CTACCGCTTT CAAAGCTCCA CGTCAGGCCA AGTCTAGCTT TGCTCCTTAT ACCGACGCTG
CACCTGGCCA CGATCGCCCT TACCGTTTCT CCTTCTATTC CAATGCTATG CCCGTCACCA
TCCACTCGCG AAGTCTTGCC GAGTTGCCCG CGGAAGGACA AACTTTCGAG GATCTCTTCA
AAGGCAGAAA TCCGTCTGGC AATGCCTCTC CTGCGGAAAA CGACAGTGCT CCGAGGACGG
AAGGATCTGA TACTCCTAAC AAGTCGGCGC CGCCTGTTGA GCCCAGTACC ATGGCCTCAG
CAAAGACCAA TCCTAGCTTA CTGAGCAAGG CGGTCGGAGC GGCTATGTCT CAGCAGGCTG
GATTTGGAGG ACAGCCTAAC GGTGGGCTTG ATGCTGATGA GGACCCGGAA CAGTACACTT
GGTGGTTGGA TGTTTTGTCC CCAACTGATG AGGAAATGAG GATGTTATCG AAGGTAAGTG
GTCTTCTCTC ATTTTCAGAT TGTGACCTAA CAGCTTTGCA GGCGTTTGGT ATCCACCCTT
TGACCACCGA AGACATCTTG CTTGAAGAGA CTCGCGAGAA GATTGAGTTG TTCCGAAACT
ACTACCTCGT TTGTTTCCGT TCATTCGACC AGGACCCATA TTCCCAAACA TACCTCGAAC
CCCTCAACAT GTACATTATT GTATTCCGAG AGGGTACACT ATCTGTAAGT CCTCGCTCGC
ATTCATCTCT TTTACCCATG GCTCATATTG CCACCACAGT TCCACTTCCG AGGTACTCCT
CACCCCCAAA ACGTCCGCCG CCGAATCAAG CACCTTAAAG ACTACATTTC CGTGACTTCT
GACTGGATCT CTTACGCCCT TATCGATGAC ATCACCGATG CTTTTGGCCC TTTGATTCAG
GGTATCGAGT TTGAAGTCGA TAGCATTGAT GAGCTGGTTT TGATTTTGAA GGAAGCAGAG
CAAAGTGATA TGCTTAGAAG GTAAGTCTAA TGCGTTTTTT GACTGAACAA TTTGTGCTGA
TATCGCCACG AAGGATCGGC ACGTGCCGAA AAAAGGTTAT GGGTCTGTTG CGTTTAATGG
GTAACAAGGC GGACGTCGTT AAAGGTTTGG CGAAGCGATG TGAGTGTCAA ACGCGACAGT
CACGAAAGCC CCTCTGATTG GTGCATGTAG GTAATGAGCA ATGGCTGGTC GCACCTAAAT
CTGACATTGG TCTTTATCTT TCCGATATCC AGGTGGGTAG CTTACTATTG TTAATAAACA
ATGCTGACTT CTTTAACCCT CGTAGGATCA CTTAATTACT ATGACTCAAA ACTTGAACCA
CTATGAGAAG ATTCTCTCCC GATCACACTC AAACTACCTC GCTCAAATTT CTATTGAAAT
GACAGACGCC AATAACCAGA TCAACGATGT CCTTTCGTAA GTCATGCTAT CATTTCGTCC
TCAAAAGACT GTACTAATCA TTATTTCACA GGAAATTAAC AGCTTTGGGT ACCGTCTTGA
TGTATGTATA TACCGTGCCC TTTTTATCCT ATTTTTCATG CCGCTGACCG TTTCTAGTCC
CATGAACTTG GTAACGGGTC TTTGGGGTAT GAACGTCCAC GTACCAGGAC AAGACATTGA
AGAAGGAGTA AGTCCTTCAT TCACAGAGTA GAATAGCTCG CTAATGAAGG CATAACCAGT
ACACTTGGTT TGGCGGAATT CTTGGATGTC TTTGTCTTTT CGCCATGTTG GGCGCTTGGG
CTACAGTGAG TCGCATCTTT CTAGCGTGAC TGTCCACTGA CTCTCCACCA GTACAAATGT
TTTGTTGTTC GCTAGTTATT CAGATCTGCC CACACGTCCT TTTTTAACAT CACATTCAGC
ATATGCTTTG ATTTCCATTT CCATTTCATT AGCGTTTACG AATCCTATGG GGATTTAGTA
GCTTGGGTTG TACCGATCAT GTAATGCGGG TAATAATAGA GAAACTCAT
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| Protein sequence | MPDRTPTSPR AVVIDVNSPQ INRSIPTSSP NVLTPSRSIG PPSMTHRGSV SRKHRPANDA
DARERQTQQD IESAMSMSRA RSGSMNLPDN SPPISRPSQL HFPSTSPIQE SHFPMLSEAE
EAEMERARRL RPGRDNESDD EHGHGGHYHP HDEERGGEGR ERRDSITESA GYDSHSRLIH
RRGSDSDIHD MDRARHVDLR SLGGHGLKNK FNFSAMEEFA MRERENLFAS EGAWAIDGGN
GAPRRRSVPH KGAGASEENI HQPGSYDTAF ERTNTMSAFG DETEPPFSPE RGHGAEDHAQ
TFQRRRQRKL SQSNPVHRQK KLALFEGFGS SGVTDGESAP DAPSTAFKAP RQAKSSFAPY
TDAAPGHDRP YRFSFYSNAM PVTIHSRSLA ELPAEGQTFE DLFKGRNPSG NASPAENDSA
PRTEGSDTPN KSAPPVEPST MASAKTNPSL LSKAVGAAMS QQAGFGGQPN GGLDADEDPE
QYTWWLDVLS PTDEEMRMLS KAFGIHPLTT EDILLEETRE KIELFRNYYL VCFRSFDQDP
YSQTYLEPLN MYIIVFREGT LSFHFRGTPH PQNVRRRIKH LKDYISVTSD WISYALIDDI
TDAFGPLIQG IEFEVDSIDE LVLILKEAEQ SDMLRRIGTC RKKVMGLLRL MGNKADVVKG
LAKRCNEQWL VAPKSDIGLY LSDIQDHLIT MTQNLNHYEK ILSRSHSNYL AQISIEMTDA
NNQINDVLSK LTALGTVLIP MNLVTGLWGM NVHVPGQDIE EGYTWFGGIL GCLCLFAMLG
AWATYKCFVV R
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