| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNN01840 |
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| Symbol | |
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| ID | 3255302 |
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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 | 530804 |
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| End bp | 535370 |
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| Gene Length | 4567 bp |
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| Protein Length | 1368 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | 638254602 |
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| Product | cell division control protein 25, putative |
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| Protein accession | XP_568659 |
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| Protein GI | 58262498 |
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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 | 18 |
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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 | ATGGCTGACC AAGAAAACGT CGAACCGGAA TCATTTTTTC TCGTGCGGGC CAAGTTCGAC
TTTACAGCCA CAGATGGCAG TGCGCTGTCC TTTAATGAAG GCGACATCAT TCTTGTCTTT
TCAAGATTGG AAAGTGGGTG GTGGGATGGC ATGTTGGATG GAAGAAGGGG TTGGTTCCCT
AGCAATTACG TGGAAGAGGT CAACGAGAAC GAAGTGACTG TCACAAAAGG AGATCATGCA
CAGGAACCGG GATCGGAAGA CAATATGCTC AACGTGGACG ATGTTTTGAA GGGCGATTGG
GGAGGGGACT GGGGCGGTGT GGGCTTGGAT CAGCTTGCAA GGGAAATGAT GGAAGGAAAC
GAGGAGCCAG ACGATGGACT AGGTTTCATG GTGGAAGCGC AAAGGAGAAA GGCTCAGCTT
AGTAACGACA TGACGGACGA GTTCGGCTTG ACTACGAAGA CAGCGACGAA AGCCGATCTG
CAACATGATA CGCTCAAGGC TCACCGCATG TCCTTCCCTG AAGTACCAAA GGACGCAGAA
GAGGGTGGGG ACGCTTGGAT TCCTTCTATC ACTCCTGACG GCCAGGCGAG TCCTTTGCTT
TGATCACCCT TGACTTTTGA TTAACAATCT TCAGGTGTAT TACCACAATA CCCTGACGGG
AGAAGACTCA TGGCAACTTC CATCGGACAC GCCCTTTGAC CCTTCCGATC CTTATTCTCG
GTCAGACGAC CAGTTTTTTT CATCCATAAC CTCTTCGACT CCCCGTACCC TTGGCGACAA
CAACAACTTC CTTGCTCCCT CTCGAACACA TAGCGACATA CCGTATCCGT GGATCATAAA
GCTTAGCGAC GATGGTCGAG AATGGTTTTA TCATAACCGT TTAACTGGCC AGACTCAGCG
AGAGAGGCCA GCAGGTGGCG ATGCTGAGAG CATGGTAGAC ATCGGTTTGG GTATGACTCG
CCTGTCGATC AGCTCTCGAC CACCAACCAT CAGACAGTCT ATTCTCCTTC GACGAAAAGC
GATTGAAGAA TTGGAATCCA AAATGGCCGA TTCTTTGCGC CTTCTCACAA CTCCTACTCC
TCTACCTACA ATGGGTCTCC TCCTTGAAAT TGTCAATGAA GCTCTTCGTG AGATTCTCGA
AGCTATCGTG GCGGGCTCTG CAGCTGAAGA AGAGATGTCC CGTGCAGCTG ATCTCAGTAG
CGAATCTGGC ATGGCGGCCG CTTTACTTCG TGAAGAAGGT GCTATTGAAG CCCTTCAAGC
GGCTTACCAC GCCACTCTTG CTTCAATTCG TGACCTCCTT CAGTCATTTG GGTATATTGG
CCCTGGAGAA TCTATGGAAG ATCTCCCTCG ACCTAGATGG GTAGGCGATA TGACCCTCAT
CGGCTCAATC GGTGTTCTCT CCTCAGTTAT TCACGCCGCG GTCAATTCCA AGCGCCCATC
GGGCACGGGC CTCTCGATCT GGTCCGAAGT TCTCCGAAGC GCTACCAAAC TCAAAGACGT
AGTCAACAAT TTCCCTTCAC TCTACTTTAC TGGTGATACC TATATTTCGA CCGACCAACG
AGAAGAGAAG GTGGGAAAGC GTGTTATTGG TTGGCTTGGC TATGACTCTC TTACTCTGGG
TGAACCCATG GGTGGTAAAT GGGGATTCGG CAAAACCGGC CAGAACTACA AAATGCTTGA
TCAATCGATG GTTGTGGAAT GTCAGCGTGT GCAAGAGGAG TATGACGATA CGCTCAGAGC
CCTTGAAACC TCGCCTGATT TGACTGAGGG TGTGGTAGAG GTCTTGCGTG TAGCAAACAA
ATTTACGAAA GTTGTTACGG GAATCGACAT TGCGAGTAAA GTCGATCTGG ATGGAAATAT
GGGGAACATC TCTGTGGCGG GGTCGAGGAC AAGGGAAAAT GATTTGCAAG AGTATGCGCA
ACTGGTAGAA CAGGCGAAGC TCAATCTGGC AGACCTTGAC ATTACATTTC AGTCGATCAA
CGAGATTTCA ATCTCTATTT TGAATGCTCT CTCAACTGGA CGAAACCCCT CTGATGATCT
TGATCAATTA ACAGTCCGAC TAAACACCGC ATTCCGAAGC CTTTCTACCC TCCTTATTAT
ATCGCGGGAA CAGCAATCTG CCAATGAGCA AGGACTCATA CATGGCCAGA TTGGTGTGCA
TTCACCTAAA TTTAACCCTC CCAAACAACC CAGCACTTCT TCTCAGACTC ACACCCGTTC
AGGTTCCATC ACGTCTACCG CCTCTCGCGC CTCGCTCTTA TCAGACTTAG TTAGGAGAAA
GGTCAAGGGT CTGGCAGAAG ACTTTACCAA TGCCGAAGAC GCTTCTGAAG CACGGGACCG
ACCAGGGGAG ATGTTTTCTC CCTCTGCTTC CGCCTCCCAA TCTCAAACGT CGTTACATAA
CGTTCGCCGA GCAAGCGCAT CAAACAGCAG CACATCGCTC ACGTATCAGC CCGCCGACAG
CGACGGTGCA CAATCTCAGA AAGCAAATAA CCGGAGCTCT CTTCTCAAAG CCTTTAGACG
ACACCGCCCA GGCTCAGATA CCTACGATAA CCAAGGCGGG TCCTCTCGCA AGGGTACATC
TAAGAAGCTC GCAAAGTTAC TAGGTGAAGA TATGTCACAG ATATCTGTGG TTAGTGTGCC
CCCACCGCAT CCTCATCCCC ATCCGCATCA CATTCAACAA CAACAAATGC ACCGCCCGCC
GCCTGCTCAG CCAGAGACAC CGTGGTACAT GATGGATGAT TACGTGGCAG GCGAGATTAT
ATTTGATGAG AAAGGAGCAG TCAAAGCCGG TACTCTTAGA GCTTTAATTG TGCGATTGAC
ATCGCATACT ATTGCCGGTA AGCACCAACT TATTTTCATA TGTGATGGAT AGCTGATAAG
GTTTGCAGAT ACGCCCTTCT TCCAAGCTTT TCTTTTGACC TTCCGGTCGT TCACGAATCC
TGCTGAGCTT TTCAATCATC TCCAAGACCG GTATTACCTT CCTCCGCCCC CGGAACTCAA
CCGAGAACAG TATGAAGAGT GGCGTAATAA GAAGAAGTGG TATATTCAGC TAAGAGTGGT
GAACGCGTTG AGGCAATGGC TGGAGAAGCA TTTTATTAGA GCGACGGATG ATGCCGTGCT
GAGCAAGGTG GAAGAATTGG CGTTGAGGAT GCCTGAGGAG GATGGGAAGG CGGAGCTGAT
GTCGAAGCAA TTGTTACAAC TGGTTGCGAA ACGCGTAGGT CCAGTAATCG ACCATAGATG
ATTGCAAAAC TGATTCCGAA ACAAACAGCG TCAGAGTGAA CCTGAACAAA TAAATTCCGG
GACATCCGGT TCTCTCCTCT CCCCACCCGC TTCTCTGCTG CCGCGCGTCT CTGGCCGTGC
CCTTCGATTG ACTGACATCG CCCCTCTTGA GCTTGCACGA CAATTGACCA TCCTTGAATT
CACGCTATAT CAAAGAATCA AGCCTACTGA ATGCTTACAA AAGATCTATG CGGACGAAGT
ACAAGGTCAA TTGTTGGCGC CGAATGTGCG AAAGGTGATT CTCACGGCGA ACATTCTGGC
TGGCTGGATT GCGCTAGTTA TTTTGCAACA TAAGGATGCA AAGTTAAGAG CACAGGTGTA
TAAGCATTGG CTTCAGACCG CAGTTGTAGG TGATTATCGC CCACAAGTTT ACTCTCGTGG
CTAACAATTA TATAGGAATG TCGAAACTTG AATAACTTTT CGTCTGTCGC TGCTATCATT
GCCGGCCTCA ATTCCTCTCC CGTATCTCGA CTACGTAGGA CCAGGGAACT CCTGAGCGCC
AAAACTCTCG CTATTAAAGA GGACCTTGAT AAAGCGATGG ATTCTTCGAG AAATTTCATG
AACTACAAGG AAATGCTCAA AACTATCAAT CCCCCTTGTG TGCCTTTCCT AGGTATGTCC
ACCTTTCTTT CTGCCCCCAG GCTCATTGAC TAACAAGCGC CAGGGTTCTA TCTCACGGCT
TTGGTGTTTA TTGAGGATGG TAATAAGGCT TTCATCAAAC CCGGCGCACC CACGAAGGGC
AACTCTATGC CACCCTCAAT GTCGAATGGC TCTTTATCCG CCTATGCTTC CTCTTCCCAA
CAGTCCAATC CTGCGCAAGA AGAGACTGTC ATTCCCACCA AGCCGCTGAT AAACTTCTTC
AAACGCTCGT TATCCGCCGA AATCCTTCGA GATATTCAGC AATACCAATC GATGCCCTAC
AGGCTTGCAA GAAGCAGACT CATCCAAGAT TGGATGCAAA AGGAGTTTGA TATAGTGCAT
AACGATACAA GGGACTATTA CGAATTGAGT GTGGAGGTTG AGCCAAGAGA GAAGGAAGAG
GAGAGAATTA CGAGAATGTT ACATGATTCT GTAAGTAGTT TCCTGCCCCC TTCTAATTTG
GCCAAACTGA TAGATCAGGG AAAGGGGTTT ATATAACGAA TACTAGTTCA TATAACGAAC
ACTACTGTAT CAAGCGGACC CAGTTGCCAT GTCGGGTGGT AAGAAACGAT CTGCACGAAA
CGTCACGCAA AATCATGATA TCTATCGGAG TAGCCTATCG TAAAAGCTAT CTGTGAAACA
TAATAAT
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| Protein sequence | MADQENVEPE SFFLVRAKFD FTATDGSALS FNEGDIILVF SRLESGWWDG MLDGRRGWFP
SNYVEEVNEN EVTVTKGDHA QEPGSEDNML NVDDVLKGDW GGDWGGVGLD QLAREMMEGN
EEPDDGLGFM VEAQRRKAQL SNDMTDEFGL TTKTATKADL QHDTLKAHRM SFPEVPKDAE
EGGDAWIPSI TPDGQVYYHN TLTGEDSWQL PSDTPFDPSD PYSRSDDQFF SSITSSTPRT
LGDNNNFLAP SRTHSDIPYP WIIKLSDDGR EWFYHNRLTG QTQRERPAGG DAESMVDIGL
GMTRLSISSR PPTIRQSILL RRKAIEELES KMADSLRLLT TPTPLPTMGL LLEIVNEALR
EILEAIVAGS AAEEEMSRAA DLSSESGMAA ALLREEGAIE ALQAAYHATL ASIRDLLQSF
GYIGPGESME DLPRPRWVGD MTLIGSIGVL SSVIHAAVNS KRPSGTGLSI WSEVLRSATK
LKDVVNNFPS LYFTGDTYIS TDQREEKVGK RVIGWLGYDS LTLGEPMGGK WGFGKTGQNY
KMLDQSMVVE CQRVQEEYDD TLRALETSPD LTEGVVEVLR VANKFTKVVT GIDIASKVDL
DGNMGNISVA GSRTRENDLQ EYAQLVEQAK LNLADLDITF QSINEISISI LNALSTGRNP
SDDLDQLTVR LNTAFRSLST LLIISREQQS ANEQGLIHGQ IGVHSPKFNP PKQPSTSSQT
HTRSGSITST ASRASLLSDL VRRKVKGLAE DFTNAEDASE ARDRPGEMFS PSASASQSQT
SLHNVRRASA SNSSTSLTYQ PADSDGAQSQ KANNRSSLLK AFRRHRPGSD TYDNQGGSSR
KGTSKKLAKL LGEDMSQISV VSVPPPHPHP HPHHIQQQQM HRPPPAQPET PWYMMDDYVA
GEIIFDEKGA VKAGTLRALI VRLTSHTIAD TPFFQAFLLT FRSFTNPAEL FNHLQDRYYL
PPPPELNREQ YEEWRNKKKW YIQLRVVNAL RQWLEKHFIR ATDDAVLSKV EELALRMPEE
DGKAELMSKQ LLQLVAKRRQ SEPEQINSGT SGSLLSPPAS LLPRVSGRAL RLTDIAPLEL
ARQLTILEFT LYQRIKPTEC LQKIYADEVQ GQLLAPNVRK VILTANILAG WIALVILQHK
DAKLRAQVYK HWLQTAVECR NLNNFSSVAA IIAGLNSSPV SRLRRTRELL SAKTLAIKED
LDKAMDSSRN FMNYKEMLKT INPPCVPFLG FYLTALVFIE DGNKAFIKPG APTKGNSMPP
SMSNGSLSAY ASSSQQSNPA QEETVIPTKP LINFFKRSLS AEILRDIQQY QSMPYRLARS
RLIQDWMQKE FDIVHNDTRD YYELSVEVEP REKEEERITR MLHDSGFI
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