| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNE00430 |
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| Symbol | |
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| ID | 3257807 |
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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_006687 |
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| Strand | + |
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| Start bp | 110485 |
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| End bp | 115456 |
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| Gene Length | 4972 bp |
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| Protein Length | 1327 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | 638256628 |
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| Product | expressed protein |
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| Protein accession | XP_570747 |
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| Protein GI | 58267182 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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| Plasmid unclonability p-value | 0.0643474 |
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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 | GGCCGCGTCG CCTGGTCCTT AAAACCCACT CAACTCCTTA TCCTTCCCTT CCTCACCCAT
CATGACTTCC CTATTTCGCT CTAGAAAAGA TAAGGCAAAC AAGACGCTTC CGGCCACTTC
ATCTAAGAGT GCACGAGCAA CAACACCCAA CGGGAAAGAC CAAGTGAAGT TCAGCGAGTT
TGGCACCGTG GCTAATATTA CGCCTAGGTT GGTATTGGTC TCTCCAAAAT ACTTCATCGC
ATACTCGTGT CGTGCGCTGA CAACATCAAA AGAACAATGC CAGCGAAGCA CAGCCAGCCA
CTCACACCTC CAGAGTCTCC ATATGGTACA TCAGCACCTC TCCTTCCGCC CAAGTACTCG
TTCTGCCCAA CCCAAGTGCC GTTGCATGTG AATACACTCA ACTCTGTAGA TTCATTCAAT
TATTCCGCCG ATGATGTAAC GGGCTTAAAG GCATATGGAT TCTTGGCCGG AGTGGGCAGT
CGGATAACAC TTGGATTGCA AGAGGTTGGA TGGGTGATTA AGAATGTCGG GGATGAGTTG
GAGCAAAGAG GTAGGTTATA AAACTTCTGA CGCATACTGA CGGATGCAAG GTTTGACGAC
GCCTTTACTA TTCTCCAACC AAGCTCTTGA ACTGAATCAA ACAAGAACCA GAATGCTCAT
ACAGTCTTTC ATTGAAACCC TTTCGTATGT CCACCCCTGA ACTATCAATG ATCACGAACA
CATAATAAGC TAACCCAAAC TAGACCCAAC GACCGCATGC GAGCACGCCA AAACGCTTTC
ATCCACGATA TTCGTTTTGC CAAAGAGCAT GAACTGGCAT GGTTTTTGCG TTGGGCTTTG
AGCAGGATCA CGAGAGTGAA AGAAGGCACA AAAATGATCT GTCATGGTGT TATGGAATGG
GAAGTGTATG AAGAATGGCG AGGTCGGGAA AGAGGTGAGC CTCGTAAACA CAACCCAGCT
GACGATGTAG CTGCCAACTA CCCCGCCGAT GCTTTCCCAT TTCTTGCCCA ACTTGTCCCA
CCAGACGTGT ATAACCTTAT CCTCACACCA CTTTTCCATC TTCTCTCGCG ATTCGCTGCC
CATTCCCATC TTTCAGGCCT CACCCCGCAT GCTCTCTCGT CCCTCTTTGC GCCTCTTCTC
TTTGATACCC CGACCTCCAC TACTGCCCTT ACATCCCACG CCATTTTTGT TCGTTCCGCA
TGTGCTACTG AACACCTACT ACTAGCTTCT ATCCGATCTT CAGGTACTGC CGGGACACTT
GTAACCGACC TTCCTTTCCG TCTCAAAGAA TGGGTCGCTG GATACCCTTC CATGGTCGTT
TCTGACGCCG ATCTCGCTCG AGGAGCGCCT CGTAGAGGCT CTAGAATAAT AAGATGTGAA
CGGGCCAGCC GGACGGTAAG AGCCTATACA AAGGATCTGT TGCCCCATGT GGAAAGCTGG
ATTGGGGAGG TGCCAGATGG AGAGAAATGG GAAGCGTGGG AGAGAATAAT GTGGAAAGCC
AGACGAGGAT CTGTGGCAAG GCCTAAACCC AGTTCTGCGT GGAAACGCAG GTTGGCAGTG
AAGAATATCC CTACGCCGCC TACTCGCCCA AACGATCTCT CTCACTCTGT GTCGTACGGT
GTGGCTCTCC GCCCTGCGTC GATCATGTCG GGCGTATCGT GCACGGATAT AAATAAAGGG
AGAGATGAAG AGGAAGAGGC TAGGTATGGC AGTTTGGCGG GGAAGGAATG GAGCATGTTC
GAAGAAGGCG GATTCGATGC GCCAACCGAG GAAAAACGGG AAGATATTGA CACGAGGTTG
CAGTTCGATC TGAATGAGAG TGCAAAGCTA GTAAGTGGTT GTCATCGTCT ATCTCACGAA
TCTCCTTTGT TAATAACATC ATTCAATCAT AGAACATAGC AGAAAAACGC CAAACAATGG
ATTGGAACGA ATTCGCAGGC CCTTCAGGTG GTTTCAACCG TAACGATCCG TTTTTGGACG
TCTCCCTCTC CTTTTCCCCA CCGATATCAT CATCCATCGC ATCCTGGCCA GAAGAACGGG
ACCAACTCGC CAAACGTCTC CATAAAGCCC AAAAAGACGC CGTTCCATTC CATTACGATA
CTTTACCCGT CTTTGGGAAG GATGTACCTT TTCATGGCGA CGATGATTGG ATGAGTTTAG
GCGGAAGAGC AGGAGGAGTG GAGCAGGTGG ACGGAAAAGG AGTGGTGTAT GTGGAAGAAG
CGTGGGTTGA TGTGTGGGCG GATTTGATGC TTGGAGCTGG ATGGGTAGAT AGGGAGGAGT
TGACGTTTAG GGAGGCTAAT TGGGCCATTG TATGTTTTGT GCTCTTTCTC AATCATGACC
ATACATGCTG AATGATCCTT ACCTCGAATA CGTCTAATAG GTGGAATATA AAGCTAAGCC
GTCAAAGGTG GACTCGGATG TGATTCTTGA CCCGATGACA GATCCACGAA CGAGCGGGTT
GTACATTCTT TACGAAGAAC GTGTTCCTCT AGTACGCCAC CATAATCTCC TTCTTTCTTG
TCTCAATAGT GAAGAACGAT ATTGACTGTA TGGATAGGAT TACCAACTGG CGATAGCCGA
TCCGAAACAA AAGAAATCAT TCACCTCATC CTTCTTCTTC CCCAAATCGA AAAAACGCGC
CCCCCTACCC CATCGTCTCT AACCCGTCCC ACCTCTGGGA ACGGTTCCGG CTCTACTCCA
AAACCAGGTG ACGCTGTAGC TCGGAGCTGG CAAGACAGCG ATTTCGAGCG TATGCTCCTC
CACCGCCAAG GGACCAAAAA AGTCAGTCTC AGTAAGAGCC GGAACGATCA ACCACATAGT
ACCGTGTGGC ATTTGTTCGC CGATCCAGAT CCGTACCCTG TTTTCCCCCT TCCCTCTAGG
TCTCAAACCG CAGCAGGGGG TTCACCGATG AAGTCACCAT CAAAAATGAG AGGAAGTGGG
GAGAGGGAAA TTTTCTTTTC GGCTGGCGTA ATGAGTTTTG GGAGGGTGAA GAGTTTTGAA
AAGGCTAATA GTAGCCAGCG TCAGAATCGA AACCAGAAAT TATTTCCTGG GAATAGTTGT
GGCGGTAGCA ACGCTATCCC AACGGAAAGT TCCGGTTTTC TATTGAAAAG TTCTAGTAAA
AAGAAGGAAA AGGAGAAGGA GAAGAAGAGG CAGAAAGAGC AGGATGTGGA GTTTGAGCTG
CATAGTGCGA GCGGGATAAG TAATGCCGAA ACAAATCCGA GGGATGGTCA GGATCTAGGT
GGAGTAGCTG GTGGGAGTGG GAGTGGGAAG GGGAAACGGC AGGAAGAAAA GTGGATGGGT
GAGTCTTTCC TTCCCTTCCC TTGCTCATTT GCCCTTTTAC GGGTTATGGC ACAAGTTGGC
GAAAGCAAAA TGCAAAATGC GAATGCTGAT TGCATTATTT TTGTTGGGGG GAGAATAGAT
ATCTTGGTTG CGGATAAACG AAGGATGTCG GAACAGGATG CGCCCCCTCA TGTACTGGAA
AGTAAACAAA CTGCGTTGCG TCCTAATGTC ATTGCCAACG CCAATACCGA CGTCAATAAT
CACGGAGCGG CTTCGTATGT TTTCGCTCCT GCTCTGGAGC CTCATGCCGT TCCTTCGCGA
CCTATATCTT ACGAAAATCA CCAACCCATA TCTGAACCTC AGTTTCAGGG TCACACCCAA
CCGCCCATAC CAACACCAAC ATCGACGTCC ACATCTCCGC CACAATCAAC ATCAGTAATA
ACTTCGACAT CGTCAAATTC TTCACTCCTG CTCTCAGAAG AGGATGGAAC ACCTACTCCA
CGAGCTAGCT ACAGACTTTC CGCGAGTCAA CGATCTATAA GACTCAAATC CGTGCCTTCT
GTTGTTGACA CCGATCAATC TTATCTCGAG GAACGAAGAG GAGGGGTAGG ATCTCTTGAG
CGGGAAGGGG TCGACTTGAG TCCTAGCTCG GCATACGTTA CAGCTCCGAC AACTACCACC
GAGGAGCTGT CCACCGATGT CTCTCCAAAC AAATTCCCTG TACCAGCCGG ACACGAGCAC
GGACAGTATC CGCCCCCAGG GCCAGAAAAA AATGGCCCAT CATCCTTTGA CATCCCCCTC
CAAATCCGTG CACCTACACC ACGGAGGGAG AGGGATACGA TTCACGGAAT TGTGGCGCAG
TATGCCGAGA GCCACAGCGA TATCGTTAAT GAAGGAACAG TAAGTCAAGG TAGTCGAGGG
ACGTATGATA CCCACCTGGA TGAGACGAAA CGTGTGGACT CAGCCAGACC GAGTTTTTAT
GGAGGGACGA TGGATAACGA GGCAGGACAG TATAATGGTT TCCTCGGAGA GCGCGATGGA
GATGGGGATC GCGAGACAGA CAGGGACGGA GAGACCGAAA CCGAGGGGGA AGGGGAAGGT
GACGAAGTCC TAAGGCCACC GGCGCCAGAG ATGATATTTG ACCTCACCCC CGGGAGAGAA
CCTTCACCTG CGAGGTATAA GCATGGGGAG CCTTTACATT TTGGTATGTC TCGAATTAAG
CTTTGAATGA TCTATTCGTC CTTGCTTGAT TGATGTTTAA TTGAATTTTC CAGTTGGGGA
AGAGCCAGAG GAAGAGGAAC CGTATTGATC AATCTTATTG GCGAAGTCGG GAGAGGGATG
TAACCATAAC CATGGCTGCG GGAGTCAGGA TGTGTGCTTG GATGAATGGG ATGAGAGGGA
GAATGTTAAT CTATGTACAC AGTACGTAGT AGTTGGTATT ATTATGGGCT TGTATAGAGA
CTCTTGAATC TTCGTTGGGA CTGTGAGTTC TGATATGGCG ACGTGCGTTG GTTGTCGGCT
AATAAATGGG AGTTCGGGGA CTGACAAAGT GCGTCACCGC CAGGGAATGG GATTCCAGTA
TTCGGAATGC ACTCCCGTTC ATATCGACTC GTTCCATTTC CTCAAAGATA CAGCCTCCTC
TTGATCTCCT TGCTTCATCA ATGCATAGGC CATGCATCCC GTGTATTCCA TG
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| Protein sequence | MTSLFRSRKD KANKTLPATS SKSARATTPN GKDQVKFSEF GTVANITPRT MPAKHSQPLT
PPESPYGTSA PLLPPKYSFC PTQVPLHVNT LNSVDSFNYS ADDVTGLKAY GFLAGVGSRI
TLGLQEVGWV IKNVGDELEQ RGLTTPLLFS NQALELNQTR TRMLIQSFIE TLSPNDRMRA
RQNAFIHDIR FAKEHELAWF LRWALSRITR VKEGTKMICH GVMEWEVYEE WRGRERAANY
PADAFPFLAQ LVPPDVYNLI LTPLFHLLSR FAAHSHLSGL TPHALSSLFA PLLFDTPTST
TALTSHAIFV RSACATEHLL LASIRSSGTA GTLVTDLPFR LKEWVAGYPS MVVSDADLAR
GAPRRGSRII RCERASRTVR AYTKDLLPHV ESWIGEVPDG EKWEAWERIM WKARRGSVAR
PKPSSAWKRR LAVKNIPTPP TRPNDLSHSV SYGVALRPAS IMSGVSCTDI NKGRDEEEEA
RYGSLAGKEW SMFEEGGFDA PTEEKREDID TRLQFDLNES AKLNIAEKRQ TMDWNEFAGP
SGGFNRNDPF LDVSLSFSPP ISSSIASWPE ERDQLAKRLH KAQKDAVPFH YDTLPVFGKD
VPFHGDDDWM SLGGRAGGVE QVDGKGVVYV EEAWVDVWAD LMLGAGWVDR EELTFREANW
AIRVVHSLRR TCSSRLPTGD SRSETKEIIH LILLLPQIEK TRPPTPSSLT RPTSGNGSGS
TPKPGDAVAR SWQDSDFERM LLHRQGTKKV SLSKSRNDQP HSTVWHLFAD PDPYPVFPLP
SRSQTAAGGS PMKSPSKMRG SGEREIFFSA GVMSFGRVKS FEKANSSQRQ NRNQKLFPGN
SCGGSNAIPT ESSGFLLKSS SKKKEKEKEK KRQKEQDVEF ELHSASGISN AETNPRDGQD
LGGVAGGSGS GKGKRQEEKW MGESFLPFPC SFALLRVMAQ VGESKMQNAN ADCIIFVGGR
IDILVADKRR MSEQDAPPHV LESKQTALRP NVIANANTDV NNHGAASYVF APALEPHAVP
SRPISYENHQ PISEPQFQGH TQPPIPTPTS TSTSPPQSTS VITSTSSNSS LLLSEEDGTP
TPRASYRLSA SQRSIRLKSV PSVVDTDQSY LEERRGGVGS LEREGVDLSP SSAYVTAPTT
TTEELSTDVS PNKFPVPAGH EHGQYPPPGP EKNGPSSFDI PLQIRAPTPR RERDTIHGIV
AQYAESHSDI VNEGTVSQGS RGTYDTHLDE TKRVDSARPS FYGGTMDNEA GQYNGFLGER
DGDGDRETDR DGETETEGEG EGDEVLRPPA PEMIFDLTPG REPSPARYKH GEPLHFVGEE
PEEEEPY
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