| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNJ01670 |
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| Symbol | |
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| ID | 3254085 |
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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_006679 |
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| Strand | + |
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| Start bp | 487993 |
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| End bp | 492251 |
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| Gene Length | 4259 bp |
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| Protein Length | 1020 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | 638253325 |
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| Product | conserved hypothetical protein |
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| Protein accession | XP_567344 |
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| Protein GI | 58259863 |
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| COG category | [S] Function unknown |
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| COG ID | [COG4301] Uncharacterized conserved protein |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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| Plasmid unclonability p-value | 0.840484 |
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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 | CATCATTACA TCTGTCCTTC ACCCCGCGCT CTTACTTGCC ATTAACCTCT GGCTTACTCA
GCTAAACGCA ATCTTTTCAA CCTGTGCCGC TAAAATCCCC CTGAAAGGTT TGGTACTATA
ATGTGCGTCG TCTCTCCTGT CTTGCCATGC CGATGCCCGG TCCGTGACCA TCGAACAAAT
CCTCCACCCA CGTTCTTTTC TAGCACTCGC CGTATTTATT GTATGACATA CCGATCAAGA
GTGCACCCAT TCTGTTCATA ATACTGATTG TGACCTTTTG AATCTACAGC AAACAACAAT
ACCGAAATCA TGACTTCCGC AATCTTCACC TTACCTCCTA CTAGGCGGAC ATTGTCAGGA
TCGTCGGACT CAGATACCTC ACCATGGAGC TTACGCTCAG AGATCGAATC CGCTTTGAAA
GGAACCGATG TGCCTATTAT CCCCGGCGTT CGGGAGGAGG ACAACGAATG GTCATTCAAG
AGAAGTGTAC CTACTGTGGT GCTTTACGAT GAGACCGGCC TTCGGTGAGC AGCCTAAACT
ATGGTGCTCG ATTGAGAAGA TATCGCTGAT CCAGCGGAAT GCAGACTCTA CGACAAGATT
ACCGCTGAAG CTCCCGAATA TTACCTCTTC AATGACGAGT TAAACCTTCT TAAAGTTCAT
GGCAAAGAGA TCGCTCAATG TATGGGGTTC AGTCGCTCAC ATAAGAACAA CAAGGGACCT
TTCCATGGCA CTGAATATCC CCCTGAAAAA AGATGGAAGC CTGCTCGTTG GGGCGATGAA
GCCGTAGGCA AATGGAACCA CGGAGTCAAC GGAGAAGAGG GTTTGGGCGG GGATTGGCAA
AGAGGCTGGG ATATTGTTGA GCTCGGTGCT GGGTAAGTCC TTCGATACAT GAGTCCGTTG
ATCTTATATC CTGATTGTCG GCTTCTTTAG TGCTCTTCGC AAGACTGCAC ACCTTCTCAC
TGCATTAACT TCTTCTCTTC CCGACCCTCC TTCCAACGCA TCTACTCTTC CCCCGCCTAT
CACTTACCAT CCTCTTGACC TTTCCTACCC TGAGCTTAAT CGTGTTCTCG GCGAGATGCA
TGAGGCAATT GGCGACAAGC TTGACGGTAA AGTCGCCTGT GTTGGCTTAC ACGGTGATTA
TGAAGCTGGT TTGCAGTTCA TTCGCGATGG AAAGCTGGCC CAAATGCGCA AATCTTTCAA
TAACAAGTCG GAAAGCTTTG CTGAAGAGCC GTTCGTCAAC TCGACGGCTT CTTCCGTTCC
TCAAGCGATC CCGATTGCCA ATCAGACTTA CCAAGAGGGT AGTCCTACTT TGAGCCCCCT
CTCCACTCAT TTGGTCACCC CTCGAGATGC ACCTTCTCCA TTGCCGGCCA TGTATGATCC
CCGTATCGTT CACGGGGGCT CCAGTCCAAG CAGTTATTCC TCTGAGCCTT CCGAGGAGCA
CATGCCTGTC TCGAAGGAAA CTAGCCATCC CCGAAGTGCT GCTCGAGAGG CTCCTGTTCC
TGGCATTGGT CCTGGTCCAA CTCAAGCTGA CCGTCCTTTG CACTTCATCT TCCTTGGCTC
ATCTTTGGGC AACTTTGAAC GGCCTTCTGC AGCGCCATTC CTCAAGTCTT TGCCTTTGCG
AGCTGGCGAT ACACTCCTCC TTGGCTTGGA CGGTCGTCCG GCGTTGGGTA AAGAGGGGAG
CAAGAAGGTT GAAGTTGCAT ACAATGATCC GGCCGGACAT ACCAAGAGAT TCGAAGAGCA
TGGATGGGAC ATCGTTAAAC AAGAGTTGGG GGCGAAAGGA AATGCCGAGT TCGTAGGGCG
CTATAACGAA GAGCTTGGTG AGTCAATGGG AAGATTTGCC GATAATTGCC GATGCTGATT
CTATCTTCAA AACAGGGAGG CATGAGGCGT ACTTCCGGTC AAAGGAGCGC CAGACTATCC
ACCTTCCTAC TTACGATCAG GACATTACTA TCGAGGAGGG TGAGCTTCTC AACATAGAAT
GGTCGTACAA GGTAAATCTG CCCAGCCCAT GCTTCCCCTT TTTCCCATAT CCTTTATCCT
GAATTCGGAA TAACTCGTGT GTATGCGGAC ATGAAGCTGA CGCATGGCTT TGGGCCCTTT
AGTACTCTAT AAAAGAGGCA ATGGACCTCT TTACTGCAGC TGATCTGCGT GTCATCAATT
CGTGGAAAGC ACCCAACAGT GAATACCGCC TTTGGCTTCT TGAAAGACCT TCAGTTAGAT
TCATCGCTCC TGCTTCCAAC GATATTGCCA GCGACAGGCT TTCTGCATTG AACATGTTCA
ACAGCGCCAA TGGCGGCGAG TTGCTAAAGG TGAAAGGATT ACCCAAGTGG GAGGAGTGGA
TTGCCCTTTG GAAGCTTTGG GATCAGTGAG TATCTTGTCC CAGGTGGGTA TGCGTTCTGA
TGAAATGGCA GCATTACACT TGATATGATC CCCAAAGAGC TCTTGCATCA GAAACCCATT
GATTTGAGGC ATATCTGTCT CTTTTACCTT GGTCACATGT GAGTTGCGTG CCAGATGAAG
TATCTAGCGG TCAGCTGATA TCGTAAATAG CCCCACTTTT CTTGACATTC ATCTCACCCG
TATGACCACG GGTCGTCACA CTGAGCCAGG GTATTTCAAG GACATCTTTG AGCGAGGAAT
TGATCCCGAC GTTGACGATC CTACGAAATG TCATGTAAGC GCTCTGCCGT CTTTTCAGAG
ATGTGTTTCA TGCTTACGAT ATTCTCAGGA CCACTCTGAG GTACCCGCCT CTGAAGAGGA
TTGGCCCAAT TTGACTCAAA TCCTCGACTT CCGAGATCGC GTTCGTCAAC GACTTCTGGG
CATCTATTCT GATTTGGCCT CTGGCAAGAT GCCGCTCAAC AGGCGGGTAG GACGAGTTCT
GTTCATGGGC TTTGAGCATG AAGCTATGCA CGCGGAGACA CTGCTCTATA TGCTCGCTCA
GAGCCCCCTC ACTAGGGCTC CCACTACCGT AAAGGAGCCG CAATGGGAGT TGTTAAAGGA
ACAATGGGCT GCGGCTAAGG CTGAGAATAG GGTGCTCATT GTAAAAGGTG GTGAAATCTT
GATGGGCCAT GATGATGCTG AAAAGGATGA TGAAAAATGC CAGACTGGCG AATCTTGGGC
AGACCACGAG TTTGGATGGG ACAATGAACA TCCTCGCGTC AGTCAGCAGG TCAAGACATT
CAAGATCGAC TCTCTTCCCA TTAGCAACAG CGATTATCTT TCTTTCCTTT CATCCACTGG
CGCCCTAGAC AACCTGAAAT GCGAGACAGC CCCGGCTTCT TGGGTCAACA CAAGTCAGAC
CGACACTCCT GAATGGAAGA TCCGCACATT TTACGGCCCA GTTGGTTTCG ATGTGGGTGG
CAGTTGGCCC TTGATGGCTA GCAAGCTTGA GTTAGACGGC TTTGCAAAAT GGAAGGGTGG
GAGGTTGCCG ACCGAGGCTG AGTTGAGAAA GCTGTGGGAA AGTGAAGAGG GACCAAGAGT
GAATGGGGCA GTGAATAACG TTGGAGTCAA GAACTGGCAT CCTGTACCGT GAGTTCATCC
ACAACTACCT TTGTCATCCA AGGCATTGCT AATGAGCACG CCATCAGCCC TACCAACACA
TACATCGACA ACGCCGGAAA TGTCATCCAT GGACACAATG GCGGTGTGTG GGAATGGACC
GACACGCCTT TCGATGGGTA TGAAGGGTTC CTCACTTCAC AGCTCTACCC AGGTTACTCT
TCCGATTTTT TTGATGGGAA GCACTTCGTT GTGGTAAGTT TATGCCACCT TTAAATCAAA
GTTGAAGCTC ATGCTTGTTG ATAATTTAGC TTGGTGGTTC TTACGCCACT ATCCCCCAAA
TCGCTGGACG CAAGAGCTTC CGAAATTGGT ATCAGTCCAA CTACAAGTAC TCCTTTGTAG
GAGGCCGAGT AGCCTATGAC GCCTAGGTCA TGTTTCAGAG TAAATCTACT ATAGCGAAAT
ATAGAACTAT TGTAATCCAG AACAATGAGA AAAAAGCAAA TATTAAGAGC AGCATTTGTA
GCACTTGAAG TAGCTTCATG TATACACGGC CTCGAGAAGT TAAACAACCA ATTATGATGA
ATCAATTCAC ATGAATGCTT GATAACCTAT TATGCATAAG TACTACCAAT GGAGTGTTGT
CTTATACTGC AATCTGCTTT ACTTGGACAA ACGATTACTA AAAAAGATAT TTTCGATATC
TTGCGTAACA CAGCGGATCG ACGTATTCCC CTATTTCTTT GTACATCATG CCAGGAGAC
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| Protein sequence | MTSAIFTLPP TRRTLSGSSD SDTSPWSLRS EIESALKGTD VPIIPGVREE DNEWSFKRSV
PTVVLYDETG LRLYDKITAE APEYYLFNDE LNLLKVHGKE IAQCMGFSRS HKNNKGPFHG
TEYPPEKRWK PARWGDEAVG KWNHGVNGEE GLGGDWQRGW DIVELGAGAL RKTAHLLTAL
TSSLPDPPSN ASTLPPPITY HPLDLSYPEL NRVLGEMHEA IGDKLDGKVA CVGLHGDYEA
GLQFIRDGKL AQMRKSFNNK SESFAEEPFV NSTASSVPQA IPIANQTYQE GSPTLSPLST
HLVTPRDAPS PLPAMYDPRI VHGGSSPSSY SSEPSEEHMP VSKETSHPRS AAREAPVPGI
GPGPTQADRP LHFIFLGSSL GNFERPSAAP FLKSLPLRAG DTLLLGLDGR PALGKEGSKK
VEVAYNDPAG HTKRFEEHGW DIVKQELGAK GNAEFVGRYN EELGRHEAYF RSKERQTIHL
PTYDQDITIE EGELLNIEWS YKYSIKEAMD LFTAADLRVI NSWKAPNSEY RLWLLERPSV
RFIAPASNDI ASDRLSALNM FNSANGGELL KVKGLPKWEE WIALWKLWDH ITLDMIPKEL
LHQKPIDLRH ICLFYLGHIP TFLDIHLTRM TTGRHTEPGY FKDIFERGID PDVDDPTKCH
DHSEVPASEE DWPNLTQILD FRDRVRQRLL GIYSDLASGK MPLNRRVGRV LFMGFEHEAM
HAETLLYMLA QSPLTRAPTT VKEPQWELLK EQWAAAKAEN RVLIVKGGEI LMGHDDAEKD
DEKCQTGESW ADHEFGWDNE HPRVSQQVKT FKIDSLPISN SDYLSFLSST GALDNLKCET
APASWVNTSQ TDTPEWKIRT FYGPVGFDVG GSWPLMASKL ELDGFAKWKG GRLPTEAELR
KLWESEEGPR VNGAVNNVGV KNWHPVPPTN TYIDNAGNVI HGHNGGVWEW TDTPFDGYEG
FLTSQLYPGY SSDFFDGKHF VVLGGSYATI PQIAGRKSFR NWYQSNYKYS FVGGRVAYDA
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