| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNK03380 |
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| Symbol | |
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| ID | 3254573 |
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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_006680 |
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| Strand | - |
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| Start bp | 994118 |
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| End bp | 998541 |
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| Gene Length | 4424 bp |
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| Protein Length | 968 aa |
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| Translation table | |
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| GC content | 52% |
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| IMG OID | 638253827 |
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| Product | conserved hypothetical protein |
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| Protein accession | XP_567922 |
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| Protein GI | 58261024 |
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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 | 7 |
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| Plasmid unclonability p-value | 0.0151378 |
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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 | ATGAGCGGCA GAAAAGCATA TTCCTGTAAG CAGCTTGTTC TCATTCCCTT TCCCTGCTGA
CCCCTCCAGG CATTCCATGC CGGACAAAGA AAATAAAGGT GACCACTTCC ATCTCTTCCC
GAGCCAGAGT CTAACTTTAT AACTTATACA GTGCGATCGC CGGAAAGTAT GCGGCAGATG
TATACGCAAA TCGGTCGAAT GTATCTGGCC CGAGAACGGC GTGCCGCTTG AAGATGAGAT
TGGGTCTCCC GCAGAGCTCG TTCTGAGGTA CCTCAACCCC TCTTTCGTTT ATTTCATCTT
TTTTGCAGCT GCCTCTCGAG TTTGTTGCTG ATAATGATCA TATTATACCA GCTCTCCAAA
AAACACACCA CATCATCCAC ATACCCTCCC TTCCTCCATC CCATCCGGTT CATCGCATCA
TAGCACACCC GCCAGGCCCA GCGTCCTCCC TTCCCACCCT CCATCCTCCC TCGCAGCGCT
CCTCTCCTCC CATGCTCCTG CCCACACCCA TGCTCGTCCT CCTCTTGCAT CCCACGTCAA
CCTTCACACT AGTCCACATC ACAGCCACGG ACACGGCCAC ATCCCCCCCA GCACCTCCAT
CTCCATAGTC ACATCCGCAA CCCGTACAAG GACCCAATCT CTCCCTCCCC CAGCTGCCGC
ACCCGCCCCT CCAGTGGTCG ACGTCCCACA CACTGTCGTC CACGCCGAAC AGCTTGATCA
TTCGATACTG AATGACCCCG ATCCTACCGG CCCATCTTCG GGCTCCGGGT CTCCTCGTAC
TTCCGATCGT GCGGGCGGTA CTGATGTTGC TGAAGAGTCA CATCCCGGCC GTCCAGGCGA
TAGTGATAGG GACTCCAGGG GTAAGGCAAA CGGTGTGCCC GTGAATCAAC CATCTAGCTC
CGGATCCCTA GCAGGAAAAG ATACTGGAGA AACATCTCGG GACTATACAT TTATCCAACA
GAGGCCTAGA GAACGAGGCG AACGAGAGGG ACGAGGGGAA GCATCAAACC GTGACCATGG
GGGAGCCACA AGGTCTTTTC AAGACCAAGG CGGAGGAACA CGGCGAGCAG GACGAGTGGA
CCGGGATACA CCTGCACCAG CACTGGGGAC GGCAATAATA ATAAAAGCGG CAGACGGAGG
CTCGACAAAT CATGAAGCTG ATACTGCGGC TGCTGCTGGA GGGGGAACAG GAACAGGAGG
AGGGACAAGC AAGCCAAGGC GACACAGATC ATATCCCTTC CACCGGGGAG GCATGGATGG
AGATGGGATG GTTACAGATG AACTTATGAT GGCTTTACCA CCGCACTGTA AGCCTTCTCC
ATCTCACATC TTACGCCTTC TACTGTTACG TTTGAAATCC AAAACTCCCA AATTCAACGA
TTGGGATCCA TTTTAATCTC CGTACGAACG AGTTACTGAC ATCCTCGTCC CTTCTTTCCC
ACCTTTTTGC ACTCATCCCC ATCCAATTAT CCGATCCATT ATCTATAACC CGCCATTCTC
AATACCAGCC CAAGCCGATG CCCTTGTGAG CCCTTACCCT CCCTAACCAT TCCGTGGGCC
AAATCGAAAG ACAATCATGC TAACATCACA TACGTTCGAT GTTTGATGCT GAATGTTTAA
TGGGTAGTTA CGAGTCTATG TACGTCCCTT TCCCCCTTCT CCTTCCCTTG CCCCCTCTTT
CATCTTCTTC ATCTTCCCTT TTCGCTGCTG CCCCCCACCC CCTGCCCACA CAACCGAATT
ACTATCCACG CACCAAACCT TCGAGAGAAG AACCCGAAAG CTAACCTTTG ATTCGTTGAT
ATATAGTTGG AACGCGTTGA ATGGGTACGT TCTTTTCTCA CTTTATGCCC TCATTTCCCC
CCATGTGTCG CTAACTTTTC TCTCGCCCCT CCCCCGTCCA ACCCAACAGA TCCACCACCC
CCTCCACCTT CCCACCTTCC TAGCCCAATA CAACAAATTT TGGTCCATGT CCCCCTCCCA
CCGCCGCTCT ACCGTTCATT CACGCTGGCT TGCATTACTA TACATCATTC TCTGTCTAGG
TGATCATTTC GGCGATGAGA ATATGTCGAC GGACGATACC TTGGAAGGGC GATTGTTGGT
CGTAAGTCTC GCAATCCGTC CCCCATTCCC CTTCCCTCTC CACCTCTCCT CCCCAATGCA
AAACCCTCTT CCTCCTCTCC TCTCACCGAC AGAACTAAAA TCCCACCCAC AGGCATGCGA
AGACTGTCTA GCCCACGCCG ACTTTCTCGA CGAACCATCT ACTGAAACAA TCCAGACCAT
CATCTGCCTC AACCTCTACC TCAACAACAA GAACCGCGTC AACGCTGCGC GGTCATTATT
GGGTACAGCA ATCAAGATGG CTATTGCTAT GGGGATGTCT GTATGTCCTG TTTCTGTTCC
TTCATCTTTC CTTTTATTCC CTTCCCAATC CCTGTGGCCA TGTTGCATTA CACCACAGGA
CATTCGTGAG GAATGTAAAG AAGACAGCTA ATGGGATGGG GGGATGTAGC GAATACCGGA
TGAAAGTGTA TTGTACGATC CGGCCGGTGT GATCGAACGA GAGGTACGTC TTTGTACGGT
GCCTCCGGGA GTCCCATGCT CACCCCCTTC CCGAAAAAAA TAAATAGGTT GGCCGTCGAT
TATGGTGGTC TCTAGTTACC CAAGATGCCT ATACAGCCTC CAATAGCGGT TTCACCTACC
TCATCAACCT CTCCCACGCC AGCACTGGCC TCTTCGCCAA CCTGGACGAC GACGAAATCC
GTCCTACCGG CTTCCACTCT TCCTCTAAAC CCCTCTCTGA AACCACCACC GCCACATACC
ACATTCTCAA AATCGATTTC TCCCTTGTCG TCCGTCATTT CATCGATGCA ATCAACGTCG
ATTTCCCCAA TGCTTCATAC GAAGCCATCA TGGAGCTCGA TCTCCAATTC CGACAAGTGT
ACGATTCTCT CCCCGCCCCC TTCCGACCGG ACTTACCTCA ACCTTTTGAG CTCTCCTACG
CAGGATCCAA GCGGTACCTG GTGGACCAAC GTATATTCAT GGGCATCACC CTCCATAACC
GTATCATGCG TCTTCACCGG GCTTACATGG TCCGCGGCTA CGAAGATCCA AAGTACGAGT
ACAGTACGAG GGTATGCCTC GAATCGGCGT ATGCATTGTT GGATCTGGTA AGGCAAAGTC
CGCAGACGTT GTGTAGGTGG TGGGTGGTAC TCGTACAAGT TTGGACCGGG GGGTTGATCA
TCTCGGCGGA TCTAGTGAGA GGAGCAAGGG ATGAGAGGGA GAGGAGAAGG CAGAGGGATG
GGATTGCGTT GGCAGTTTCC TTGCTTGAGT GAGATTTATC CCTTTCCTTG CTGATTGCAC
TCCGACGTTT GCTAATTAGT ATTCGCAAGA CCTATATCCC GTACGAGTCC CGTCGCCCGT
CGAGGTCTCA AAGTCCTCCG TGCCCTTCTC AGCCGAGATT CAGAAGTATC CCAAGCGCAA
GCACAAATCC AATCCCAATC CCAATCCCAA CCTCGATATC AAAACCAGAT TCAAGGCCAG
GGCCAAATTC CGAGAAAACG AAAACACTCT CATGAAGGAG ATGGTTCCGA GGAAAGAGGC
GGTGATGGAA AGGCCGCGAA TAAAGGAGAG GTCGATGCAA GTGGGGTAAG GGACAAAGAG
CGAAGTGTTC ATGCGGATGA GGATACCGAT CGGTCTGAGC CAAGTCAGTT GGATTTAGCG
AATAGTACGT TTGTTTCCCT TTTTCTCAAC TTTTCCATCT TATATAATCC CCGACTAACC
ATCTTCTTCC TTTTTCTCCC CCGCCTTACT TTGGTACACA CACCACTAAC CAAAAAAAAA
AACACATACA CATATCAGCA TCCCTAACCG ACCTCGAACA GCTCCTGCGC CAAGCATTCC
CCTTTACCAA CCCTTCTTCA TCCTCTTTAC CCTCCGTATC CTCTTTCGTC TCTCCCACAG
CTGCTTCTGC CAATTCCGCG CCCACCTCTG GATCTGCTTC AGCGCCTGGG TCAGGTTCCG
GCCCTGGACC AGCCTCGGGC GTGTCTGGGG GGTCTGGAAC AGGGATGGGA ATGGGTAGTG
GCGTAAGGAT GGGTATGGGC AGCGTATCAG ATGGTGGGAT GGTATCCAAC CCCGGGATGG
GAATAGGACC AACAACAGCC GCGACATCGG ATCCAGCTGC AGAATTCTGG CAGTCATTGT
TCAGTATGAA CTCGTGGTGA TTCCTGCTTC GTATGTTATT ATTATAAGGA GAAAGGAAGA
GATAGAAGAA GAGAGGAGAA TTTTTGTATC CTTTTTTTGT TGTTGAGGAT CGAGACAAGA
GAAAATTGGG TAGAAAGAGT CGGAAAACTT TGGGGGCAGA CGATGTCTGA GTCACGAAGA
TTTTGAGGAT AGATTTAGAT GTCCTTTTTG CTGGTTGTAT TTCC
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| Protein sequence | MSGRKAYSCI PCRTKKIKCD RRKVCGRCIR KSVECIWPEN GVPLEDEIGS PAELVLSSPK
NTPHHPHTLP SSIPSGSSHH STPARPSVLP SHPPSSLAAL LSSHAPAHTH ARPPLASHVN
LHTSPHHSHG HGHIPPSTSI SIVTSATRTR TQSLPPPAAA PAPPVVDVPH TVVHAEQLDH
SILNDPDPTG PSSGSGSPRT SDRAGGTDVA EESHPGRPGD SDRDSRGKAN GVPVNQPSSS
GSLAGKDTGE TSRDYTFIQQ RPRERGEREG RGEASNRDHG GATRSFQDQG GGTRRAGRVD
RDTPAPALGT AIIIKAADGG STNHEADTAA AAGGGTGTGG GTSKPRRHRS YPFHRGGMDG
DGMLTFDSLI YSWNALNGYV LFSLYALISP HVSLTFLSPL PRPTQQIHHP LHLPTFLAQY
NKFWSMSPSH RRSTVHSRWL ALLYIILCLG DHFGDENMST DDTLEGRLLV VSLAIRPPFP
FPLHLSSPMQ NPLPPLLSPT ELKSHPQACE DCLAHADFLD EPSTETIQTI ICLNLYLNNK
NRVNAARSLL GTAIKMAIAM GMSVGRRLWW SLVTQDAYTA SNSGFTYLIN LSHASTGLFA
NLDDDEIRPT GFHSSSKPLS ETTTATYHIL KIDFSLVVRH FIDAINVDFP NASYEAIMEL
DLQFRQVYDS LPAPFRPDLP QPFELSYAGS KRYLVDQRIF MGITLHNRIM RLHRAYMVRG
YEDPKYEYST RVCLESAPIS RTSPVARRGL KVLRALLSRD SEVSQAQAQI QSQSQSQPRY
QNQIQGQGQI PRKRKHSHEG DGSEERGGDG KAANKGEVDA SGVRDKERSV HADEDTDRSE
PSQLDLANTS LTDLEQLLRQ AFPFTNPSSS SLPSVSSFVS PTAASANSAP TSGSASAPGS
GSGPGPASGV SGGSGTGMGM GSGVRMGMGS VSDGGMVSNP GMGIGPTTAA TSDPAAEFWQ
SLFSMNSW
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