| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNK02590 |
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| Symbol | |
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| ID | 3254458 |
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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 | 749896 |
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| End bp | 754267 |
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| Gene Length | 4372 bp |
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| Protein Length | 1205 aa |
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| Translation table | |
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| GC content | 50% |
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| IMG OID | 638253752 |
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| Product | mismatch repair-related protein, putative |
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| Protein accession | XP_567859 |
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| Protein GI | 58260898 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0249] Mismatch repair ATPase (MutS family) |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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| Plasmid unclonability p-value | 0.102659 |
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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 | ATGCCCAGCG CTAAGCAGGC CACCCTCGCT GCCTTCTTCG GCGCACCCAA GCCAGGCCCA
AGACCGTCCC AGCCAAGGTC TTCACAGCCC AAGTCGTCCC CAGCCTCCAC CCTCCGCACG
CCTTCGACCT CTGTCGCTGG CAGCTCGCCT GTCCAAGCAA AGTCTTCCCG GCCGGCTCCC
AGCAGCAGCA TCAAGAGGAG TAGTCCACTG AAGCAACCCG AGCCGTCATC AGAAATCACT
GCGATCGAGG ATGAAGATGA TGAGCTCACC CCGCCGCCCA AGAGTGACGT ATCTGACGCT
ACCACGGTCG GAGAGAGCTC AAGTGGCAAG AAGCGGGATG AGGATGAGGA GATGGACGAT
GATGAGCCGC CTATCGTGAC TGTGCGTGCA TTACGGGTTT CGAGCAGATT GGTGCTAATA
AAAAGATGAA GGGCCGACGG GCAAAGCGAA AGGTTGTCTA TGTTGATCCC GACAGCGACG
ATGACTCTGA AGGCGAGGTT AAGCCTAAAG CAAGTAATGG TAGAAGGCCA CGAAAAAGTC
TAAAGGAGGA TTCTGAGGAC GAGTACATGT TTGACGAAGC GGACGATGCT GCTATGGGTA
AGTATGAACC AGACGTAATA CGGCTCCAAC TGATAAAAGT AGCTGCTGCT CTGGACGATT
TCGAGGCCAA CAAACTTTCT CCCTCCAAAT CTCCTTCTCC TCCCAGAAAA ATAACCAAGG
CCAAAGCTAC GCCCTCTGCG TCGTCTAAAA AGCCCACCAC CACACCAATC CGTCCTGGAC
CCAAGCCCGT TGCCAATAAA GGCTCTGAAT CCAACTCATT CCTCACCGCC GCCGAGCGCA
AGAAGATTCA AGCCAAAGAG GACAAGCGTG AATCTGAACA ATGCTTCGAC TTCCTTGTCA
ACATTCGAGA CAAGGAAGGA AACCGCCCAG ATGACCCTGA TTATGACAAG CGCTCAATTC
TCATCCCGAA GAAGAGCTGG GCCGAGTTTA CGCCGTTTGA GAAGCAGTTT TGGGAGATCA
AGCAAAATCA TTACGACACT GTCCTATTCT TTCAAAAAGG CAAATTCTAC GAGTTATACG
AGGATGACGC TTTGATCGGT CACCAAGAGT TTGATCTCAA ATTGACTGAT AGGGTCAAGA
TGAAGATGGT CAGTTTTACT CTCTTTAGGT TAGTAAACGT AGCTGACTCG ACACAAGGTC
GGTGTCCCCG AGCAATCTCT TGAATTTTGG ATCGCCAAGT TCCTCGGTGC AGGTCACAAA
GTTGGAATCG TCGACCAAGC TGAGACTGCT ATTGGGATGG AGATGCGAAC AAAGGCTGGT
CAAAAGACTG GAGGAAGAGA GATTGTCCGA CGAGAGTTGG CTAGAGTGTT CACTAACGGA
ACCATTGTCG ACAGTGGTTA CTTGAACTCT GATGATCCCA ATCATTTGGT CTCTATCAAG
GTGCGTCTAA CATCCGGAGT GTTGGACCAA GCTAATATAA ACTAGGAATC ATCTGGTAGC
CCGGAAGGCA TCTCTTCCTT TGGTATCTGT ATCGCCGATG CCTCGACTGG TGAATTCTCA
ATCTCTTTCT TTGAGGATGA TGTCTGCCGA ACTCGGCTCG AAACGATGTT CAGGCAGATT
CGCCCCAAGG AGCTCATTCA TGCCAAGGTA TGTTCATTTA TACAAGCTGA GCGGTATAGG
CTAATGCTCG ACACCAGGGC AACTTGTCTG TCACGACCAC CCGACTCCTT CGAAATATTC
TCCCTTCGTC CACAGCCTGG CAATCGTTTA GGGACGGCAA GGAATTTTAC ACCGCCGAAG
ATACACTCAA TCTCCTCCCC TCCATCTTTT CCAACGAACA AGGTCAAACT ACCATCCCAG
AAGCCATCAC CTCGCTTCAA GATAACGCCC TTGCCATGGA ATCTCTCGGC GGAATGCTTT
TCTACCTCAA GTCGCTCAAC CTTGACAAGG ACTTGTTCTC TCAACGCAAC TTTAACATTT
ACGATCCCAT CAAGGAGGGT AAAAACCTCA TCTTGGACGG CAAGACCCTC GGTCACATGG
AAGTAAGCAT ACCACCTTGA TGTCCATGAC ACCAACTGAC AAGGAGATAG GTGTTGGTAA
ACAATGAAGG TGGTATCGAA GGCACTCTGG CCGAACTTCT TCAGCGGTGT GTTTCTCCAT
CAGGCAAGAG GTTGTTCAAA GTTTGGTTGA GGTCACCGTT GAGAGATGCG GATGCTATCA
ACGCCAGGTT GGACGCGGTT GAAGACCTTA TGAACCATCC AAGGTTCTCT GGTGATTTCA
CCCAGCTTTG TAAAGGACTT CCCGATCTTG AAGTAAGCCG TTTTTTTCAT TGCAATAGTA
TCCGACTGAT TTCTTTTTTA AGCGTCTAAT CTCTCGTATT CACGCCGGCT CTGTCAAGCA
ATCTGACTTT CTTCAAGTCG TCGAGTCATT TTCAAAACTC CAAAAAGGTA TTGACAACTT
GATCGACATG TCTGAAAGCT TGGAGTCTAC GGGAGTCAAG GCGCTGCTGA GGAGTGCGCC
AGACTTGAGT GGGATGATTC AACATATTCG AGGGATGTAC ACTATTGAGC AGAACGGTAA
GCATCCTCGC TAAAACTCTT TTGACCAAGT CGGAATTGAC ATGGAGAGCA GAGAAGACGA
TTGCTATCCT TCCCAACCCG GGCGCGGATG AGGAATGCGA TGCCGCGGAC GCCGAGGTTG
AACGTATTGA GGAAGAGTTG AACGAGATTC TTGAAGAAGT TAAGAAGACT CTAAAGTATG
CTATACGTAA TGATCAGCAA AGGCTACTGC TAATCTGGAA ATAGGTGCAA GGAAGCAGTA
TTCTGGCATA GTGCTCAAGG GGGGAAGGAG ATCTTCCAAA TCCAAGTCCC GGCAAGCGTC
AAGGCCCCTG CCAGGTGGAC AAAGGCTAGT GGTACCAAGG TACGCATCGT CATCTTATCT
GGATACGGAC TTGGCAACTG ATGGCCACGC AGAGTCACAA CAGGTATTAC ACCCCCGAGA
CTATCCCAGT CATCAGACAG ATTCAAGAAG CTCGTGAGAC CCAAGCAGCT GCCAAGAAAA
ACTTTTTCAA GCACCTCATG GATGAGTTTA GCAAGGACCG TGAGACATGG CTTATCACCG
TTCGAGTGAT CGCCGAGTTG GACTGCCTCG TCTCCCTTGC CAAAGCGTCC TCCGATATGG
ACGAACCCAA GTGTCGGCCT ACCTTTGTTT CCTCTTCCTC TGCGTTTATC GACTTTCGTG
ACCTCCGACA CCCATCCATG TGCCTCCGCT CCGATTTTAT TTCAAACGAC GTTCAGCTCG
GCGGAGATCA GCCTAGACAG GTGCTGTTAA CAGGTCCGAA TATGGCGGGT AAAAGTACGC
TGTTGAGAAT GACTGCTGCA GGAGTTATCA TGGCACAGTT GGGATGTTAT GTGCCCGCTA
GTGAAGCGAG ATTGAGCCCG GTGGATAAGA TTCAGACTAG AATGGGTGCC TATGACAGTG
AGTATCACAC GGATTCCAAA CTCAAGTATT GGGCTGACCA TGGGTAGATA TGTTTGCGAG
TGCGTCGACT TTTAAAGTTG AGCTGGATGA ATGTTCTCGC ATCTTGCGTG AAGCCGGACC
AAAGTCTCTT GTCATCCTGG ACGGTGAGTT TCTTCTTGTC ACCACAGAGA CCTCTCTGAC
GTCTTTGATC AGAGCTTGGT CGGGGAACCT CAACCTACGA TGGTATGGCC ATTGCCGGTG
CAGTGTTACA TCATATTGCT ACTCACTCCC TCCCCTTGGG ATTCTTCGCT ACCCACTATG
GATCCCTCAC CGACGATTTC GCGTACCATC CGAATATCCG TAGGATGCAC ATGCAAACGC
ACGTTGATGA CGAGCAAAAG CAAGTTGTCT TTTTGTACAA GCTCATCCCC GGTGTGGCGG
AGTCATCGCA CGGTACACGT AAGTTTTAAC CACCGCTATT TGTCGTTTGA GCATTAGCTA
ACCCTGTCGA TAGACGTTGC AAGGATGGCT GGTGTCCCAC TAGATGTCGT CCTTCGTGCC
GAATCAGTAT CCCAACAGTT CTTTTCTGCA TTCAATGACA AGCTCGTCAA CCGTCGTCAG
TCAAAGATGC CTATTGTTGC CCAAGCAGAT TTTGCATGGT TGATGAGGGT CGTCAAGGGT
TTGGAAGGTG CGGTAGCTGG TAGTCAGGAT AAGAAGGGCA TACTGGGAGG GCATGAGGCG
ACCTTGGCTG ATCAGCTGGA TATTGTCGAG CGATGTGCGG GGGGCTATGA GATTGCTGAG
GCATAGTAGA AAGTGAAAGA TTTTGGTTGT ATCTACAAGT TATATTCAAA AAGGGATATC
GTCTCTATGT CATAGGTTAG AAGTTCATGT ATGCATTGCT AGTATCATAA CG
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| Protein sequence | MPSAKQATLA AFFGAPKPGP RPSQPRSSQP KSSPASTLRT PSTSVAGSSP VQAKSSRPAP
SSSIKRSSPL KQPEPSSEIT AIEDEDDELT PPPKSDVSDA TTVGESSSGK KRDEDEEMDD
DEPPIVTGRR AKRKVVYVDP DSDDDSEGEV KPKASNGRRP RKSLKEDSED EYMFDEADDA
AMAAALDDFE ANKLSPSKSP SPPRKITKAK ATPSASSKKP TTTPIRPGPK PVANKGSESN
SFLTAAERKK IQAKEDKRES EQCFDFLVNI RDKEGNRPDD PDYDKRSILI PKKSWAEFTP
FEKQFWEIKQ NHYDTVLFFQ KGKFYELYED DALIGHQEFD LKLTDRVKMK MVGVPEQSLE
FWIAKFLGAG HKVGIVDQAE TAIGMEMRTK AGQKTGGREI VRRELARVFT NGTIVDSGYL
NSDDPNHLVS IKESSGSPEG ISSFGICIAD ASTGEFSISF FEDDVCRTRL ETMFRQIRPK
ELIHAKGNLS VTTTRLLRNI LPSSTAWQSF RDGKEFYTAE DTLNLLPSIF SNEQGQTTIP
EAITSLQDNA LAMESLGGML FYLKSLNLDK DLFSQRNFNI YDPIKEGKNL ILDGKTLGHM
EVLVNNEGGI EGTLAELLQR CVSPSGKRLF KVWLRSPLRD ADAINARLDA VEDLMNHPRF
SGDFTQLCKG LPDLERLISR IHAGSVKQSD FLQVVESFSK LQKGIDNLID MSESLESTGV
KALLRSAPDL SGMIQHIRGM YTIEQNEKTI AILPNPGADE ECDAADAEVE RIEEELNEIL
EEVKKTLKCK EAVFWHSAQG GKEIFQIQVP ASVKAPARWT KASGTKSHNR YYTPETIPVI
RQIQEARETQ AAAKKNFFKH LMDEFSKDRE TWLITVRVIA ELDCLVSLAK ASSDMDEPKC
RPTFVSSSSA FIDFRDLRHP SMCLRSDFIS NDVQLGGDQP RQVLLTGPNM AGKSTLLRMT
AAGVIMAQLG CYVPASEARL SPVDKIQTRM GAYDNMFASA STFKVELDEC SRILREAGPK
SLVILDELGR GTSTYDGMAI AGAVLHHIAT HSLPLGFFAT HYGSLTDDFA YHPNIRRMHM
QTHVDDEQKQ VVFLYKLIPG VAESSHGTHV ARMAGVPLDV VLRAESVSQQ FFSAFNDKLV
NRRQSKMPIV AQADFAWLMR VVKGLEGAVA GSQDKKGILG GHEATLADQL DIVERCAGGY
EIAEA
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