| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNC06240 |
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| Symbol | |
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| ID | 3256373 |
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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_006685 |
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| Strand | - |
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| Start bp | 1821699 |
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| End bp | 1825234 |
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| Gene Length | 3536 bp |
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| Protein Length | 737 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | 638255844 |
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| Product | negative regulation of gluconeogenesis-related protein, putative |
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| Protein accession | XP_569883 |
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| Protein GI | 58265454 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG2319] FOG: WD40 repeat |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 20 |
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| Plasmid unclonability p-value | 1 |
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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 | ACCATAAGCG CCGTAGTAAC CAGTATAGAT CCACTCAATA ACCTACAGCT TCCGCCTAAC
CTACCATCAT ATCCTCCCCT CACCCCCGGC AAGCCGTCGG CGAACCTTCA GCTGTACATA
CTTCTCCTGG TTCCTTGTCG ATTGACCTTC AGGAAAGCTC TTCCATTTTT GGAGCAGGAG
CAGACTCAGA GAAACCCACG AGCTACCAGA TTATTGCCGC CAATACGATT ACTGGTACCT
CATCTGAATC CCGTGCGGCA CAGAGTGAGC TTACATTGAT CGTGAGTACT TTGAGATCCA
TGCCTGCTAG GGAATGGCAC TATTCTTATG TCATTTATGT GGATGGACAC CAGAGTATGC
GCTGACAATG CCGCTATTAT CTTTTTGCCT TTAATCATCA CCTATCATCT TATATTACCC
TGACTGTAAA TGGCATCACT CTGCAACCAT GCAGAAAGGC ACCGTTCGAC CTCGCTCGCC
GTCTGCAGAC GAGGAGTCCA CCCCCCTGAA ACAGCGAATA AGGCAGTCGG CGGCATCCTC
GTCCCTGTCC ACGCCTGCCT CCGACCTAGA TTTAACGGCC AACAGGAAGC ACATGTTTTG
CAATATGGGC CAGCCTATTC ACGATGATGG ACCATCTACG TCTACGCATG TAGGGGGAAA
CATATCTAAT GGTCACTCTA CTGTCCAGCC TGGCTCATTA CCGCCTTCCA TCCTTTCCTC
TATCATTCCC GTACGACCTC CTGGAACCTT GATGTATGAA GACGATCAAG ACTGGGCGTC
TGTTCAAGAG AAGTTGAAGG AGCAAGGAGA CGTCGAAGGA CGAATGGAAG TAGATGGGGA
TATTGATGGC AAAGGCAAGG GGACATCTCT GGTGATCGGT CGACCCGGTG CTGGAGGTGG
AAAAAGAATG CCTGTTGAGA GAGAAGAAGT TGTGAGGCTG GTCCTGCAAG GATTACGGGA
TATCGGATAT CAGTACGTCT TTCGTGTGAT GTAAATGTGT CATGCCTAAT CTAAATGCTT
TTTTATCATC ATAGCCAATC AGCAGACGTG CTAGAAGCAG AATCAGGCTA TCAACTGTGC
GCTGGTGCAG CGACAGACTT CCAAAACGCC ATCCTTGGAG GTCGTTGGTC CGAAGCCTTA
GGTCTCCTTC CGGAACTTGG TATACCAGTC TCCAACTCTC CTGCTGAAGC GGGTCCAAGT
TCGGAATCTA GTAGCGTAAC CTCTGATAAA GCTGGTAATG GTGTAATGAG CGGTAGCTCC
CCTGGGGACC AAGCTCGTTT CCTTATTTCT CAGCAAAAGT ACCTGGAGTA TCTCGAAGTG
GGACAACAAA AGAAGGCTTT GAATGTGTTA CGAGGAGAGC TGGCCAGAGT GGCCAAGGAT
CAAGACGTTC TCCATACTTT GTCTGGGTGG GTTATGTGTG ATTGAAACAA TCGACAGCCA
AGTACTAATC GTCGCGTACG TAGCTTCATG ATGTGTCTAG ACAAGGAGGA TCTGTATGAA
AGAGCTGGAT GGGACGGATC ACGAGGAATA TCTCGAAGAC AACTTCTGGA GCACCTTCAA
GGTCTATCTG AATTTCGTTT GTCATGCTCT CGCGCACCGC TGACATGTAG TCTTAAGAGT
TCATATCTCC TAGATTGATG GTCCCCTCCC GTCGTCTTGC CACCCTTTTC GATCAAGCAC
GTCAACAACA GCAATCCACA GCACTCTACC TTGATCATCC CGAAGCCAAC TCCCTCTACT
CAGATTACCG CAACAAACCC GATCAATTCC CTTCAGTAAC CACCCACGTA TTGGTCGATC
ATACTGACGA GGTGTGGAGA ATTGAGTGGA GTCCCGATGG AACTAGACTG GCGAGCGCTG
GTAAAGACCG CATTGTCGTC ATCTGGAACG TTGAACCGAC AACGAGAGAA GACGGATCTG
TGAGGTACAA TGTTACTCCT TCGCACCATT TCTCGGACCA TAATGATCCC ATCGACTCCA
TGGCTTGGTC TCCAGATGGG AAGCTGTTGA TCACTGGCGC CGATAAAAAT GTCCACATAT
GGGATACAGA GGTACGTTTC TGATATCATG ACTCACAGAT TATTCCTGAC GAAAAACTGT
CTGTAGAAGG GGATACAGAT TCCCAAGCAA ACGCCTGGGT GGCAACATAC TGACACGATC
AGCTCCATCC AATGGACCTC TGATGGCTCA GAATTTTTGG TCACATCCAT GGACTGCCGA
ATTGTTTTTT ACGTGCGTGC CCGTTCCTTT GCCGTTCAGG TTTCTGTACC GACAGCTTAT
AATTCCATTC CACCTTGTAA CAGAACCGCG CCGGCAAGCT CCTTCGACAA TGGTCCACCT
TCCCTCTCCA GTTCAATGAT TGCTGCCTCG TCCCTGATGG ATCCATTCTC ATCGCGATTA
CTACCCCTCT CAAGCGCGTC GCGCACAATG ACAGGCTTAA ACAGGCAATG TCAGGACGAC
CGGTCGATAG TAATTCTTCT GGACTTGGGT CTGGTGCGGC GGGAAGTGGC AATGTAGCGG
CAGCAACGGC AGGAGGGGGT TTGACTCTGC TTGGCGGACC AGAATTCGGT TTCGCAACCA
TGGAGCACAG TATTGTAATG GTCCGGATGT CAGACCATGA GATCATCGAG TGAGTCCTCA
ATGTCCCACT ATCATTTACA GTAGAGATTA ATTGTTTGCC AGCTGGTCTC AGGATTTGAG
ATGCGAGATG ACTAGCATCA GGCTGTCTAG TGACGGCAAG AGAGCATTGG TCAGCTGCAG
TCCCGACGTA AGTCCGTAGT AATGCCATTT TGAAAGGCGG AGCTAGGCAG TGCATTAATG
GCCATATTTA GGAAATACAA GAGTGGAGCA TTTATCCCGG TCTCAAGTAT CTTCGCAGAC
ATACAGGTCA CATCCAAGGG AACTTCCTCA TTCGCAGCTG CTTTGGCGCT GTCAAAGATC
AGTTCGTGCT TAGCGGTAGT GAAGGCAAGT TCTTTTATTT TCGATCTGTA AATTTTACGA
CAGGGCTAAC TGCTCTCAGA TGGCCATGTC TATGTATGGC AAGGGAAAGC CACGCATCCT
ATAGAGGTGC TTTCGGGACA TTCGGACGTT GTCAATGCCG TAGCGTGGAA CCCTGTTAGT
ACCAGAAAGA TATTTGCCAG TTGTAGCGAC GATAAAACTG TGTATGTCTA TTGTTTTTCT
GTCGAGATGA ATGACTGACC GATGATGTCA TTGCAGGAGG ATCTGGCAGC CACCTACCAG
TGCAGTTGAC GTTCCGGCTG AGTCCGACTT GAGCGAAAAG GTCAAAGCCG AGAACGGTTT
CACGGACAGT GCTGGAGATG GGATGGTTTT ATAACGTAGA GGAACAAAAG CCGCACAGAT
GGCTGTAGTC CTTGTTATCA TCACCCCTCA ACAACATCTG TTTGCCGCCA TTTTCTTCGG
ATTATAATGA GTCTTTTCTC TGGACAGCAA AACACAAACT TTCATAGTTT CACTTGAACT
TCATCGGCGC GTACTCCCTC CTAGCGGTAC AGCCAAGCCG ACAATTCCGA TCTCTC
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| Protein sequence | MFCNMGQPIH DDGPSTSTHV GGNISNGHST VQPGSLPPSI LSSIIPVRPP GTLMYEDDQD
WASVQEKLKE QGDVEGRMEV DGDIDGKGKG TSLVIGRPGA GGGKRMPVER EEVVRLVLQG
LRDIGYHQSA DVLEAESGYQ LCAGAATDFQ NAILGGRWSE ALGLLPELGI PVSNSPAEAG
PSSESSSVTS DKAGNGVMSG SSPGDQARFL ISQQKYLEYL EVGQQKKALN VLRGELARVA
KDQDVLHTLS GFMMCLDKED LYERAGWDGS RGISRRQLLE HLQEFISPRL MVPSRRLATL
FDQARQQQQS TALYLDHPEA NSLYSDYRNK PDQFPSVTTH VLVDHTDEVW RIEWSPDGTR
LASAGKDRIV VIWNVEPTTR EDGSVRYNVT PSHHFSDHND PIDSMAWSPD GKLLITGADK
NVHIWDTEKG IQIPKQTPGW QHTDTISSIQ WTSDGSEFLV TSMDCRIVFY NRAGKLLRQW
STFPLQFNDC CLVPDGSILI AITTPLKRVA HNDRLKQAMS GRPVDSNSSG LGSGAAGSGN
VAAATAGGGL TLLGGPEFGF ATMEHSIVMV RMSDHEIIDW SQDLRCEMTS IRLSSDGKRA
LVSCSPDEIQ EWSIYPGLKY LRRHTGHIQG NFLIRSCFGA VKDQFVLSGS EDGHVYVWQG
KATHPIEVLS GHSDVVNAVA WNPVSTRKIF ASCSDDKTVR IWQPPTSAVD VPAESDLSEK
VKAENGFTDS AGDGMVL
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