| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNN02400 |
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| Symbol | |
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| ID | 3255494 |
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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_006683 |
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| Strand | + |
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| Start bp | 736093 |
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| End bp | 740508 |
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| Gene Length | 4416 bp |
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| Protein Length | 1185 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | 638254649 |
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| Product | cytoplasm protein, putative |
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| Protein accession | XP_568725 |
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| Protein GI | 58262630 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 0.397568 |
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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 | CGTCAATCTC ACCCTACAAA AGTTCTTTTG TAGGCTCTTT AACATCTCCA GCCAGTGTCA
ATATGGGTCA GAGGCCTAAC AGCAATACTT CTGTGGCTTC GGGCACGTCT GCTGAATCAG
AAGCTGTAGT CAAAGATGAA CTCGATAGGC TGGGGTATCG GTACTCTCTG CGAGTCGCGT
AAGTCGCTGA AATGACACCC CTCTCGGACT ACGCACTGAC TAAAAGTAGC GTGCTCCACC
ATCACTTACT AAATGCTGCT TTAGCACCCA GCAAAAGACT CTCATCTTCG TCTTCGATGA
CCCACCGCTC TTACCTCCCT GGTACATCCG CTCCGCCTTT GCCCTCACCT CCAGCTACCG
GTATTTCTCC CAACGGTTCG CACATCACCA CCTCTGTGTA CAGCACCCCC CCTCATACAC
CCGAACCGCC TTCGCCCGGT ACCCCACCTC TAATTCTCCG ACGTAAATCA TCTGTTTGGA
CGCTGGGAAA GCACAAGGAC AATGGAGATG CTGTCAAACT TCCCAAAGAT TTCGTGCTTG
AGTTCTGGGG TATTTTAAGT GCGGAAGAAG GGGATATGGG GTGGAAGAGT GCAGTAAAGA
ACTTTACTGG CATTATTAAG AAAGGAAGCA AGACACCGAG TGGCTTGAAC TTGCGCGAAA
TTCCGACTTT GCTTGAAGGT GAGTAATCCA CAAGCGACGA GTGTACCCGA CCTAACGCGA
TTCCAGTGTT CTCTTCTTAC ATTCCTCCTG CTGGCTCTGG GTGCGCTGCA AAACACGTTC
ACCAATCTCA TTTCCTTCAA CTGCTTTACA ATGTTCTTCC CCGCTCGTCC TACTTCTCGC
CCATGACGAG AACACAAACT GAGAAAGAAA AAGAACTCCT CGCGCGACTC CGCACAGAAG
TTCAGTCATA CATGCTCGCT CCATCACCCC TACCCAACGC TGATATCGCT TCGAGCGGAC
TTGCCACTCC TGAGAAAAAA AGCCCCGTCG GAATCGGTCG TCCTAGAACA CAAGACTCTG
TGCGACGAAA GCCGAGCCCG GTGTGGGATG GAGATGTGAA TGAAATGGTG AAAACAGTGG
CTCAAGTGTG GGGTGTGAGG GGAGAGACGC TGGACAAGGA TGTTTTGGAG ATTATGTCCG
GTACGATGTC TATTGAGCAG GTATGTAGTC ACATTGTTTC AATGTCGAGC TAATATTGGA
TGGTAGTTTT ACATGGCTGA TTTGAAACGA GCAATGACGA TTCTCTCCGC CCAACCTCCT
CCCTTGACAA ATTCCCAAAA GAACCGCCAA ACATACCTCT CAAAAGCGCT TGCTAACATC
CTCAAAGACT TCCCTGATCT GGCAACCCCG GTCCCCGCGT CAGAGTACAA CTCACCTATG
AGTCCTCGAG GTGACCCTTC AAACACATTC TTCACACCTC CTCGAACAGT GGAAGTTTTC
GGCAGATTGG CCGCACGCGC TGCAGAAGCT GGACATGGAA GCAAGACCCG AGATTTACTG
GAGAGGTGTA GAGAGGTATG GGGAATCAGT AGTAAGCGAG AGAAGGAGAA AGAGATTGAG
GAGATCATAG CAAGATGGGA GGAAAGCATC GGCACAAGAG AAGAGCTTTC CCTTGCAAAG
ATTATTGCAG ATGGCATTGG TCTTATCACA ATTGGTCTTA GACCTGGAGA CCCCCTACCA
GCGGTCCTTT CCCAAATTCT AAAACGGTTA CTTGATATGG CATCAAAGTC GTTAGGCACC
ATCTTCCCCA CAACCTCTTC AGTTCCCCCG GCACCTCCAC CATCCCTCCT TCTCATATTC
AACTCTTCCC CGGAACTTTT TGCTTCCCAG CCAGAAGCAA CCAAGGTTTT GGACAAATTT
TCGGATGAGA TAAAGGGATC TGCCATTGCG GAGTACGTCG CTGCCGTGAA TAATTACCTT
GGAGGGGTCG GGATGCGTGA TGATCAGGTC GTGAAGGTTG GGAATAGTGA CAAGGATCCG
GTTGTAGAGG GACTGGAGAA AGTGGCGATG TGGATGGAGA GAGAGGTCTC GAACGTGAAA
AAAATCTGGG GAAGAGGATT GCAAACGTGA GCCCATGAGC TCCGAGAGTC ATCACTAACC
CATCATAGCA TTCTTGACCC GGCAAGCATT ATTATCAATC GTCAGCTTCC TCTTTTCTTA
GCCGAGATCC ACATCCTGCA AAAACCACGA GGCTCTGCTT CTGATATCTT CACTTTGTAT
GAAACAATTG GCAAGCTTCT CGATTTGTGG GATGATCTCT GTTTTGAACA GGACCACGGG
TTTGATCTTG ATACTTTCTT TGAACCTCAT GTTCGAGCTT GGCTGAAGGA TACAGAGGTT
AACAGGGTGG GACAGTGGGT GGAAAGGAGT GTTGGGATGG ATAGCGTGAG TGTCTCTGCT
TGTGTCGAAT GTTGCGCAAC TGACGATAGG GTAGTGGGTC CCAGAAGGAG AGAACAGACA
CAGTCAATCA GTCATTGATC TCTTTGAGTT TGTCCGTGGT TCGGCTCAAG TCATCTTACA
CGAACTCCCT TTGGGCGAAT ACAAACGTGC GGTCTATCTC ATTGATTATT CTCGCGTAAG
TTGTCGCTCA ACCTCCAACT TCCTAAGTAC TGATAAACTG ATCCATTAAT CATAGACCGT
CTCGTATGCT GTCAACCAGT ACGCTTCTAT CGTTCTGAGT TTGTTCAGGC ATGATATAAA
CCCCGTCAAG GCCCCTACGC CAGCTTCCGA ATTGCAAGGC AAATTGGGAG GGAAGGCGGG
ATCTTGGTTC GCTAAAGGTC AGCAAGCGGT GAAGAACCTC GAGAGAAAAA AGATTGAAGG
TTTCCTAATC CCTCCTGCTG TGAGCCTCTT CCTTGGATTG CTACAAAACG TGAGCTGATA
AATGAATGTA GGCTTGTGTT AAGCTCACCG ACATGGGCGC CGCCAAAACA TGCCTCGAAG
ATATGGCATT TGCGATGGAA GCTGAGAACA CTGCACGTAT CATCAAGGCT CGTCATCTGA
GTGGTGCTCA ACCTGATAAA TCAGTCAGAC ATTTGTTCAC AGTCATGATC TTAAGAGGCG
AGGGCTTGCT TGGCAAGGGT CTCGTGAAAG CGGCGGACGG GTTTGTCGTT GTCTTGGATA
AGCAATCGGG GGAGAGATGT ATCAAAACAA AAACGGTCTT GGGGACAGAG GATCCTAAAT
GGTGTGTTAT GTCTTTGTGT CGATTTTAAA CTTTGGCTGA ATCCGGCGTT AGGGACCAAT
CATTTGAGGT TTCTGTTGGC GCTGTCAAGA TTCTCGAACT TCAGGTTTAT GATCGTCAGC
TCGTAGGCAA GCATGATCTC ATAGGTACAT CGACATTCAA GCTCGACCCT CGTCTCTTCG
CAGATTACTC CACCCGCGAC ATTGTGCTCC CGCTAAACCC TCGCGGCACC GTTCATATCC
GCATCAGCAT GGAAGGAGGA GAGAAGCATG ATGTACAGTA TCACCTCGAT GCCGCCAGTA
GAACATGCGA TAGAGTCGCA AAAGATATGG TTAGGGAAAT CGTGGATAAA ATGGGGGAAT
TCATCAAGGC GCAACTTTCA GTGGCTACGT TACAGACTCT CACGAAGCCT CTGAAGGATA
AGAAGAGGAC GAAGAATGCG TTGACAGAAC AGGAAATTGA GTATAGTTTG GGGCCATTGT
TTGAATACCT CAATGAAAAT GCGAGTATCA AACGTTCCGT TCGTTCTAGA CAAATGCTAA
CGTCAAGCAG TTCTCCATCT TCTATGTTAC CCTCACCTTC AACACCCGTA TCCGAGTCAT
GCTCGCCATT TGGCACCGCA TCATTGAAGT AACCATCTCT CTCCTGGTCC CTCCTCTGTC
CGATAAACCA TACCTTGCAT CTCCCCTTCC TCCTCAAGAA GTCGATATCA TTTTCAGATG
GCTTCAACTC TTGAAATCAT TTTTTAACGC AGCCGAAGAC GGAACTGAAC TGGGTGTGCC
GCTTGCGCAA CTCCAATCTG GGCCGTACAA AGATATTATT ATGCTTGGGC AGTATATGGA
TTTGCCAACG CCGAAGTTGA AAGAGAGGTG TAGTGCGGCG GTCAGGGCTG CAGGTGCAGG
AAGATCGAAT GGGCTGTCGA GCGGAATGAA GGGATCGAGC TTCGAAGGAG ATGATAATGA
GAGGATGGCG GAGGTACTAC TGAGAATTGC AAGGACAAGG TGCGTTACAG TCTTCACGTA
TTCATATGAG AGCTGATTTA ATGCCATAGA CCTGATACGG CTGAGTTTCT GACTCATGAG
ATTACTCTGT TGACGAAAAC GAGGGTTGAG AAGCAAGCCG GGGTCCTTTG AAAAAGTAGT
TGTCTGTGAA TGGGGTCGGA TGCCTTCTGA AGGGAGTAAT AATCTGAATT CCATCTGTTC
GGCTTCGTTT CCTTTGGGTT TTGGGTTCCT GTTTGG
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| Protein sequence | MGQRPNSNTS VASGTSAESE AVVKDELDRL GYRYSLRVAV LHHHLLNAAL APSKRLSSSS
SMTHRSYLPG TSAPPLPSPP ATGISPNGSH ITTSVYSTPP HTPEPPSPGT PPLILRRKSS
VWTLGKHKDN GDAVKLPKDF VLEFWGILSA EEGDMGWKSA VKNFTGIIKK GSKTPSGLNL
REIPTLLEVF SSYIPPAGSG CAAKHVHQSH FLQLLYNVLP RSSYFSPMTR TQTEKEKELL
ARLRTEVQSY MLAPSPLPNA DIASSGLATP EKKSPVGIGR PRTQDSVRRK PSPVWDGDVN
EMVKTVAQVW GVRGETLDKD VLEIMSGTMS IEQFYMADLK RAMTILSAQP PPLTNSQKNR
QTYLSKALAN ILKDFPDLAT PVPASEYNSP MSPRGDPSNT FFTPPRTVEV FGRLAARAAE
AGHGSKTRDL LERCREVWGI SSKREKEKEI EEIIARWEES IGTREELSLA KIIADGIGLI
TIGLRPGDPL PAVLSQILKR LLDMASKSLG TIFPTTSSVP PAPPPSLLLI FNSSPELFAS
QPEATKVLDK FSDEIKGSAI ADILDPASII INRQLPLFLA EIHILQKPRG SASDIFTLYE
TIGKLLDLWD DLCFEQDHGF DLDTFFEPHV RAWLKDTEVN RVGQWVERSV GMDSNRHSQS
VIDLFEFVRG SAQVILHELP LGEYKRAVYL IDYSRTVSYA VNQYASIVLS LFRHDINPVK
APTPASELQG KLGGKAGSWF AKGQQAVKNL ERKKIEGFLI PPAACVKLTD MGAAKTCLED
MAFAMEAENT ARIIKARHLS GAQPDKSVRH LFTVMILRGE GLLGKGLVKA ADGFVVVLDK
QSGERCIKTK TVLGTEDPKW DQSFEVSVGA VKILELQVYD RQLVGKHDLI GTSTFKLDPR
LFADYSTRDI VLPLNPRGTV HIRISMEGGE KHDVQYHLDA ASRTCDRVAK DMVREIVDKM
GEFIKAQLSV ATLQTLTKPL KDKKRTKNAL TEQEIEYSLG PLFEYLNENF SIFYVTLTFN
TRIRVMLAIW HRIIEVTISL LVPPLSDKPY LASPLPPQEV DIIFRWLQLL KSFFNAAEDG
TELGVPLAQL QSGPYKDIIM LGQYMDLPTP KLKERCSAAV RAAGAGRSNG LSSGMKGSSF
EGDDNERMAE VLLRIARTRP DTAEFLTHEI TLLTKTRVEK QAGVL
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