| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNI03680 |
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| Symbol | |
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| ID | 3259423 |
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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_006694 |
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| Strand | - |
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| Start bp | 989592 |
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| End bp | 995679 |
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| Gene Length | 6088 bp |
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| Protein Length | 1826 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | 638258863 |
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| Product | conserved hypothetical protein |
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| Protein accession | XP_572939 |
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| Protein GI | 58271566 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
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| COG ID | [COG1196] Chromosome segregation ATPases |
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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 | 0.634072 |
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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 | AAAAATGTCC TTCATAGGAG CTGGTGAGCT CGAACACAAG ATCACCCAGC TTCAGAGGCA
ATTAAGCCAT AAAGGTGAGT GGTTGACCTT CGCCTCATAA CGAAACTTGA TAAACTGGAA
TGCTGACGTG CCTTGCTGGC AGATCATGAA TTAAATTCCA TCAAGAATGA GCAGATGAAG
AAGCAGGAGA ATCTGGAAGA GGCTAAGAGG GCGAAGCAAA CCGCAGAATA CAAAGTTCGC
ATGTCTTCCT GGATGATTGT TGAAGATGCA CACTGACCTT GAAAACCAGC TGCGCGATGA
AGCAGATCGA GCATTGAAAG CAGAGAACGA TTCACTGGCT AAAACAAATG TATGCTATTC
TATAGAATTC TTTTTGTCGT TTTGACCAAG AAAACATAGG AACTGGCCCA GCTTAAACTC
AAATTATCCA ATCTTGAGGC CAGCTTAATG CAGACATCAG AGAAGTTGAA GAAAGAAGAG
AAAGAGAAGG CAAACATTCA GGATGGTAGG TGCTACTACT ATATTAAATG CTCTGTCGTG
CTAAATTATC TATAAGCACT GGATGAAGCT TTGTCAAGAG GGTCCGACGG GGCGGCTACG
CAGATTAAGA GTCAACAAGC AAGAATCAAA CAGTTGGAAG ACAACTTGAG GAAAACAGAA
GATGAGAAGG ACAGATTGAG GCACCAAGCA TCTTCGGGGG ACTCGTGGGG GTCAGATGAG
GTCCGTGGCT CCAGTGCTAT AGACAGAGCT ACACTAACAA TGCCTTTAGC CTCTAAGTCA
TCGAGAGCGG AACCGACTGA TGGCCTTGCA AAACGAAAAT GCTGAGCTCA AAGTAAGTTG
TATTCAGCAC GTCTGCTAGT TATTCTGATA ATCGCTGCAG ACAAAACTTG AGAGCCTCTC
GCCGCAAAAT GTTACAACTT CCGACTCATT CAACCCTGAA TCTCCTCAGA AAAGTTCAAA
ACCAAGGGCA TCGGTCACTG CCGCAGACCT TCGCGATCTC GAAACTCAAG TGGATAAACT
CAAAACGCAA TTGGCAAATA CTAAGCGAGA ATATGACAAG GCGGTCAACG AAAAGCTTGC
CGCCGAGATC TCTGCCAGGA AGACCGCCGA GAGGTTTGAG AATGAGATGT ACGAGCTCAA
CGGGGAGCTT GAATATTACC GCCGTTCTGA TGGAGGGGTA GACATGAAGC AATTGAATGA
ACTCAAGAAA ACGGCTCAGG ATGCCAGAGC AGAGAAGGAG GAACTGAGCA AGAAGCTAGC
CCAGAAGGAG CGAGAAGTCG AGCATCATGT TTCAGAGATG GCTAGGCTGG AAGAAAAAGC
CCAACTGGTA CAAAAGCTGA AGGAAGAACT TGAAGAAGAA AGACAAACTC GGCAACAGCT
TGAAGCTGCC TCAAACAGCG CGTCCTTTGT TGACGAGGCT TCTCTCGCTA AGATCAATGC
CCTCGAGGTC GAACTTGCAA GGTCCAAGGC CGCTTCTTCT ACCACCGCTG GTTCTAGGTC
AGGAGACTCT GAACTTCGTC AGGTACGGCG GGACTTGCAA AAAGCGTTGC GGGACAAGGA
GTACCTTGAG AGCCTGGTCA AGGAGAATGA TGAACTTTTG GCTGAAAAGG ATGAGGAGCT
TGCTAGGATG AGAGCGGCCG TTCCTTTGCC TGGTAGCCCT TCCCTTGACT CACAGGCTGC
TGATCCTGGC CTTGTGGCGG CGCTTGAAGA GGAGAAGGCA GCATTAATTG ATGACCTCGA
AAAGCAGGTC CGGGCGCATG AGGAGGGGAC CTTGAGGATT GAGGCCCAGC TTGCCGAGAA
AACCAAGGAG TTGGAAGTTT TGAGAGAATC TGAGCAACTT CTTCGAGAGC AACACTTGCG
AGGGCAGACC GAAATTGAGG TGAGTATGGA AAGTGTCCGG AGGACTATCA GTGAAAGTTG
ACTTTGATTT GACAGAGTAT CAAAGCCCAA CACCAGTTTG TAATAGTTGA TCTTCAAAAG
GCTCGTGACG ATCTTTCCAT CAAAGAAGCC AATGCTCAAC AAATCATCGA ACAACTTGCT
CAAGTTCAAG CGAGTTTGAA CGAGCACCAG GCTGCCGCCA TTTCTGCTAG AGAAGAAGCC
GCTTCCACTG CCAAGCAACT TACTGAACTT GGAGTTTCAC TTGAGAACAA AAATCGAGAG
CTCGAGGAGG TTCTTCAACA GCGCCGGGCC CTTGAAGTCA GCCTTGCTAG CAGGTCCCAT
GACGATGCCG AGTTTGATGA ACATGTGTTG TCCATCAAGA AGTTGCAGGA TGAAATCAGC
AGAGTGTCAC AAGAACTTTC GGACCGCACG ACGGCGAATG CGCAGCTCAT TAACCGACTT
GCCGTGGCTG AAGAAACCCG AGAAGCTTCA GAAAGGATGG TGCAGGAGCT GGAGCACAAG
GTTTCAGACT CCCAGCGGAA AGTTGAAATC TCAATGGAGG AACTGGAAGT TCACCGAGCT
CAGTCTAAGG AGGCGATTGA GTGAGTTTCT TACTGTCACT CTATGAAGAT TGATTAATAT
GATGCTTATA AACTGTTGCT CCAGATCTTT AAATACACAG CTGGAGACTC TCAACACCGA
ACTCACGTCG CTGGAACAAC TCGTGCGGGA CAAAACCACA GAACTTGCAG AAGTTAACAG
GTTGTCAGAA CAGACAAGTT GCCGCCTTGC AGAGTCCGAG ACTACTGTCA TTACTCTTCG
AAATCAGGTA GCAGAGTTGG AGTGTAAGCT AGACGAGTCT GCGGCAGAGA ATGTCAGCGA
AAATGACGAC GAACGGATCC AGCTCCGCAA GGAAAAAGAG GCCTTGGAGG AAGCCCTGCA
GTTGGCCAAG AAGGAGCACG AGTCGGAGCT TGCTGCTATC GAAGCTGATT CTCAGAAAGC
ATTGTCAAAT GCCCAGATCC ACATTGATAC TCTCCAAAAC TTGATTCAGG ATGCCCCACA
ACCCAATACC AAAGATGTCG ATGTGATCCA CAAGTTTGAA GAGAAAATCG GACGTCTTCG
AATTGAGAGA GATGAGCTTC GACATAACAT CTCTTTCGTA CAGAACGAAA GGCACTTTGC
GGTGCGAGCG GCGAACGCTG AAAAGGAGAC GGCCATTGAA GAAGTTGGAA AAGCTCGTGA
GGAGCTAAAG AGGACATCTG CAATATGTGA GCGATTGCAA CAGGAGATGG AGGAATTCCG
GGCAGCGTTA GCTGAAAAGG ACGTCGAGTT CGGTGACGCA ATCGCGACAA CTCGAGAGGT
AGCAAATGAG AAAGAGAAGC TTGCCAAGCA GCTTGCTGAT ATTGAGCATG AGCTATCTTC
ATCTCATGAA GCTGTATCAA CTCAGCAAAC TCGAGTCTTT GAGCTTGAAT CTCAGCTACA
AGCCCAAGAA GCTAATCTCA AACAGGTTGA AGCTCGAGCT GGATTACTTC AAACGGAGCT
CACCAACGTG CTTCATCATA TGGCACAGAG TAAGAAGCTC AGCGATAGGC CAGAATCTAG
GGCTTCCGTA CCGGAAGAGG AGGATAGTGA TTTGCCAAAA GACTTGGCGG GAGCTGTTTC
TTCCCAGAAC CGAAGGCATT CTCACAGGCG TTCTACTTCT GGTATGTCCA TTACCATGTT
GCAGAACCTG CAAACAGAGA GAAACCTGCA GGCCAAGATC GATAGGCGGG ATGGTACGTT
TCTTATTCTC GTTCCACGGT GCACGCTAAT CCTCTCCTCT CGTCTCATGT AGCTCGCATC
ACGCTTCTCA CCAATGACCT CAGCAAGGTC CAGGCCAATC TTACTCTCTT GCAATCCGCC
CAGGAAGAGA CCATGGCGGA GAATGCGGAG CTCGAAGAAG AACGCGAAAA ACTACTCTCC
GAACTCCACG AGATCAAGGC TCAAGGAGCA GACCCAGAGG CCTTGCAAGG CTGCATCTTG
GCTTTGATTT TGCATCACCG ACATGTCAGG AACCTGGAAT CGCAGTTGCG TCTCGCTCGA
GAAATCCTCC ACAAATCTCG AGAAACTGAG CGTCAATTAT TCGTTTCAGA AATAGAGGCA
AAGAAGAAGA AAGTTGCGGA TGATAAGCGC ATCGCCGAGC TTGAATATGA GAAGACTGAA
GTTGAAAGCC AGCTTAATTC AGCCAAGGCC AATGAGCAGC TTGTCCGCAA GGAGCTTGAT
GATGCTCTTG CCTCTGTTAA CAATCTTCAA TCCCAACTTA CTAAGGCAGA AAGCGCCAGT
GTCTTAGCAG CTGAGTCTAT TTTGAGCTTG GCTACTGTTG AAGCTCAGAT CGCCGAGAAA
GAGGAACGTA TCCGTGAGAT CGAGGCACAT AACACAGAGC TCGTCTCTAA GCTTGAGAAG
TTGGAGGAGG AGCTGACAGC TAACAAGCTC GAAAAGGAAA TCAAAACCGA AGCTTTGACC
ACCAAGGTTG TCGAACTGGA GCAAAAAATG GTGGACAGAG GCGCCGAGTT GGAACGAATG
ACACAAGAGA AAGAGCAATT ACTTGAGGAA TTGACCGCAG CGGAGAAGAC GTTAGCAGAT
GGCTTTGCGG ATGTGGAGGC TCAGAGGGAA GCATTGGACA CTACAAGGCG TGAACTGGAA
GAGCGCCTTG CCCTAATGGG CCATGATATG AAGGAAAAAT CTTCTGAACT CGAAGAGATG
ATCAATAAAT CAAATGCTCT AGCCGCTGAA CTTGCTGCGG AACGATCTAA ATCAGATCAA
GCTGGAATTG CACTGGAAGA ACATCAAGTC ACGATCTCGC AACTTCAGAA TGATATCTCT
GCTCTCCAGA AAGCTTCTCA GGATGTCGAC AGTGAACGGC AGACTCTTCG CGCTCAAATT
TCTGTCTTCG AAGAAAAAGC AACAGCCGCT GAGGAAAGGA TTCGGCAGCT TCAGGCCGAG
GTTGGCCATT GCATGGGAGA GACTGAGCGG GTAAAGAAGG AGTTGGTTGA TGCGTCTAGT
CAGTTGGAAA AGACGATGGT TGAAAAGGAA GACCTTAACG CCAGAAGAAC GGCAGAGATG
GAGCAGGCCA CAGAGGCTCG GATGGGCATG GAAAAGAGTC TGTCTGAGAG GGAACAAGAG
ATCAGCAAAC TGTAAGCGAG CACCTTGATG GGGATTAGCC TAGATAGCTG ATATTATCAT
AGTACTAGAG ACTTAGGCAT AATCCAAGAA GAGCTCACGG CCGCTACAAG CAAGCTTGAG
CAAGCTGTCA AGGAGTCTGC CTTCAAGCAG GCTGACATTG ACAATCTCAG GGCTGAGAAT
GTGGAAGTCA AGCAGAAACT TGCTAAGGCG ACGATCTCCT CTGTCTCCTC AGCTGATGAG
CAGCTTGTTG CGGATTTGAA GGAGCGAATC GAAGGTAAGC AACTGGATAG ATAGAAACGC
CTTGATACAG CTGACCATAT GTGCAGATCT TGAGGCCTCA CTTACTCAGA AAAATCAAGA
GGTCGATGAA GCAGACGATC AGACTCGAGA AGCATTCAAG GCCAATGTTA AGCTTGAGCG
GAAGATTGGC AAACTTCAGA GACAGCTTGA TCAGGCTCAG CTGGAGCTAA ACACCGCTCT
CAACAAGCTC ATGAGCAGTC AACCAATCGC TCTAGCCCCT GTCGCTCGCT CGCAACCTGC
GTCTTCAGTA GCAGCCCAGC GGACGGCGAT GCCTCCTCCG CCAATGTCTA CCTCGGCCCC
GACTCAATCC CCAGCGCTAG CGCTATCAAC TGCTGCTACA CGAACGCCCC ATACAATTCC
CCCTAACATC TTCTCCCCTC CAACCGTTCC GAGCTCAGGG CAAAAGCGTC TACGAGAGGC
TGATGATGCT GAGTTCGCCC ACAAACCTGC TGAAGCTATC ATGCTTCCGC CTGCATCAGT
CATCTCTCCT CGCAAGCCAT TCGGAACGCG ACCCAGTTTC ACTCCTCAAA GAGGTATCTC
TGACAAAACC TATGCCTCCA AGCCAATAGG CGTAAACGCC AATATGACTA GTGAGAAGGC
AGAAGAGGGA TTAAAGAAAC CGATAGATGC TGGAAGGAAC ATCTTCGCGA GATCGCCATC
AGTGTCAAGC GACCCAATCA AGCGAACAGG ATTCCCTGAA CCTCCAACTC GTACACCTTT
CGCTACTATG CCCAGAAACG CGTCATAG
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| Protein sequence | MSFIGAGELE HKITQLQRQL SHKDHELNSI KNEQMKKQEN LEEAKRAKQT AEYKLRDEAD
RALKAENDSL AKTNELAQLK LKLSNLEASL MQTSEKLKKE EKEKANIQDA LDEALSRGSD
GAATQIKSQQ ARIKQLEDNL RKTEDEKDRL RHQASSGDSW GSDEPLSHRE RNRLMALQNE
NAELKTKLES LSPQNVTTSD SFNPESPQKS SKPRASVTAA DLRDLETQVD KLKTQLANTK
REYDKAVNEK LAAEISARKT AERFENEMYE LNGELEYYRR SDGGVDMKQL NELKKTAQDA
RAEKEELSKK LAQKEREVEH HVSEMARLEE KAQLVQKLKE ELEEERQTRQ QLEAASNSAS
FVDEASLAKI NALEVELARS KAASSTTAGS RSGDSELRQV RRDLQKALRD KEYLESLVKE
NDELLAEKDE ELARMRAAVP LPGSPSLDSQ AADPGLVAAL EEEKAALIDD LEKQVRAHEE
GTLRIEAQLA EKTKELEVLR ESEQLLREQH LRGQTEIESI KAQHQFVIVD LQKARDDLSI
KEANAQQIIE QLAQVQASLN EHQAAAISAR EEAASTAKQL TELGVSLENK NRELEEVLQQ
RRALEVSLAS RSHDDAEFDE HVLSIKKLQD EISRVSQELS DRTTANAQLI NRLAVAEETR
EASERMVQEL EHKVSDSQRK VEISMEELEV HRAQSKEAIE SLNTQLETLN TELTSLEQLV
RDKTTELAEV NRLSEQTSCR LAESETTVIT LRNQVAELEC KLDESAAENV SENDDERIQL
RKEKEALEEA LQLAKKEHES ELAAIEADSQ KALSNAQIHI DTLQNLIQDA PQPNTKDVDV
IHKFEEKIGR LRIERDELRH NISFVQNERH FAVRAANAEK ETAIEEVGKA REELKRTSAI
CERLQQEMEE FRAALAEKDV EFGDAIATTR EVANEKEKLA KQLADIEHEL SSSHEAVSTQ
QTRVFELESQ LQAQEANLKQ VEARAGLLQT ELTNVLHHMA QSKKLSDRPE SRASVPEEED
SDLPKDLAGA VSSQNRRHSH RRSTSGMSIT MLQNLQTERN LQAKIDRRDA RITLLTNDLS
KVQANLTLLQ SAQEETMAEN AELEEEREKL LSELHEIKAQ GADPEALQGC ILALILHHRH
VRNLESQLRL AREILHKSRE TERQLFVSEI EAKKKKVADD KRIAELEYEK TEVESQLNSA
KANEQLVRKE LDDALASVNN LQSQLTKAES ASVLAAESIL SLATVEAQIA EKEERIREIE
AHNTELVSKL EKLEEELTAN KLEKEIKTEA LTTKVVELEQ KMVDRGAELE RMTQEKEQLL
EELTAAEKTL ADGFADVEAQ REALDTTRRE LEERLALMGH DMKEKSSELE EMINKSNALA
AELAAERSKS DQAGIALEEH QVTISQLQND ISALQKASQD VDSERQTLRA QISVFEEKAT
AAEERIRQLQ AEVGHCMGET ERVKKELVDA SSQLEKTMVE KEDLNARRTA EMEQATEARM
GMEKSLSERE QEISKLTRDL GIIQEELTAA TSKLEQAVKE SAFKQADIDN LRAENVEVKQ
KLAKATISSV SSADEQLVAD LKERIEDLEA SLTQKNQEVD EADDQTREAF KANVKLERKI
GKLQRQLDQA QLELNTALNK LMSSQPIALA PVARSQPASS VAAQRTAMPP PPMSTSAPTQ
SPALALSTAA TRTPHTIPPN IFSPPTVPSS GQKRLREADD AEFAHKPAEA IMLPPASVIS
PRKPFGTRPS FTPQRGISDK TYASKPIGVN ANMTSEKAEE GLKKPIDAGR NIFARSPSVS
SDPIKRTGFP EPPTRTPFAT MPRNAS
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