| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNH00420 |
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| Symbol | |
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| ID | 3259177 |
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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_006693 |
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| Strand | - |
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| Start bp | 1070283 |
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| End bp | 1073576 |
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| Gene Length | 3294 bp |
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| Protein Length | 892 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | 638258444 |
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| Product | sister chromatid cohesion-related protein, putative |
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| Protein accession | XP_572234 |
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| Protein GI | 58270156 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0470] ATPase involved in DNA replication |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 19 |
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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 | ATGCTTGAAG CATCACCCGA AACTCTCGTA TTCGAGCCTA CCGATATTTT CGACTTTGAC
TTTGGACTGC AACCTCAGCC TCAATTAACC CGACAGGATC AGGACGCGTC TCCGACATCC
TCTGCCCCGG CGGTTTCTAC CAACAACGAT GTGTCTAATA GTACCGCGAC CTTGCTTATG
GAAAGGGAAG GAATATCAAG GCCTACAGCT CCTCGTATAC CTACGCCGCC TCCAGATTTT
GAACCGGACG AAAACTGGGA AGATGAGATG GCAGTGATGG AGATGGAGAG AGAATTTGCG
GAATTACAGG ATGAACCGTC GGGGAGAGAT GACGGAAATG ACGAGCAGAC TCAATCAAGG
ATTAGTGGAA AGGGGAAGGA TAAAGAAACC ACAGGATACG AATTCTTGTC AAACGGTATA
TTCGACTTTG ACGTGCCTGT CGCATCCTGT AGGTTCTGTT AGTCTCGCCA AAAGCTTGCA
GTTGCTCACC CGGGGTAGCC TCACGAGTAA CCCTTACTCC TCCTTTAGAT ATCCCTGCTA
TATCTCTGGA TCAGCTGCCA AAAGAAAAGG AGCCACAAAG TGGGCTCGTC AAACAAACAC
GACCTTGCAC CCTGCCTTCT CTTATGGCTG CAACGGCTGA TGGTGACATG ATTACTTTCC
AGAGAAGATG GAAACCCCAA GCCATATCTC CCTTAGTGTG TATTGTGTAC TTTTTTATCC
CTTCAAGAGG TGTATTGGCT GACTTAACTT AGGAACTGCA ACAACGAGGC GGGAAAGGAA
AAGCTGGCGA ACTCTTAACT GTGCCACTGC ACAAGTTGCT CGATCAGGTC AACGAGCTCA
AATCTCGAGA AAAAGCTCTC AAGTAGGTCA CATCATTTCT GATCGCTGTT GTTAGACCCA
AAATTGATGA CAGAAGGCTG CAAAGGCAAA TTGACGAGGA ATTTGAGGGG CAGACGAAGA
AAATACAGAT GGGAACGACG ATGTGGGTGG ACAAGTACAG GCCCAAAAAG TTCACCGACT
TGCTTGGCGA AGATGTAAGC TTTTATTACA TACGATCCCT GGTAGAGGCT GATAAAACCG
TTAGCGCGTG CATCGCGAAG TTATGTCATG GCTCAAGGAA TGGGACAAAT GTGTCTTCAA
AAGACAACAG CCCCAAGCAA AGAAACGCCC ATTCGATGCC TCCGACTCCA AGCCATTCGC
TGTAGACCCC CTTGGGCGAC CTCATGAACG TGTTCTTCTT CTCTCCGGCC CGCCGGGATA
CGGTAAAACC ACATTGGCAT CTATCGTGGC CCGCCATGCT GGGTATCGCA TCCTCGAGAT
CAACGCCTCG GACGATAGAA GTTACCAGAC GGTACAAACA AGAATTCGCA ATGCCGTTGA
TGCTGGTACT AGCTTGGGAG CGGAGGGCAA ACCGACATGT GTAGTCATAG ATGAGATTGA
CGGTGCTGGA GGTGGAGAGA GTGGGTTCAT CAAGGCATTA ATTAAGTTGA TTCAGGACGT
GCCTGCGAAA AAAAAATCCA ACACTCCGGC AAAGCCGCTG AGAAGGCCTA TCATATGTAT
TTGCAACGAT CTTTACGCAC CAGCCTTGCG TCCTCTAAGG TCGTACGCGA GGATTATCAG
GTTCCGCAAG CCACAAGCTC AATCTCTGGT CGTAAGGTTA CGAGATATTT GCAAACGAGA
AGGTCTTCAA TCGGATACTC GTTCGCTCAA TACTCTGGTG GAGATGACGA GCGGCGATGT
TCGAAGCTGC CTCAACACAT TGCAAGTACG TGTCAGCCGT CAATCAAAGT CGCAGAAGTT
AACAGTCAGG CATCTAGTTC ATTAAAAGCA GATCGTCGGT GGTTACAGAA GAAGCTATTC
GCGCGACATC TCTAGGTCTC AAAGACACCA GCACCACCCT CCAAACAGCG TGGAACGCCA
TTTTCATTCC CCTTGCTGCC AAGAAGCGAC GCGCACAAGG AAGCATTGAC GATACCCGCT
ACCTTCCACG AATTATCCCT ATCATCAACT CTTGCGGTGA GTACGACAAA CTTCTTTTAG
GCGCCTTCGA ACATTACCCG AACCTCAAAC CATTGGATGG GACGATGAAA AACTTGACAA
AAGTTCACGA ATGGCTGGCG TTTTCTGACA GGCTACAAGC GAGAGTTACA AGTGAACAGG
AATGGGAGTT GTTGGGGTAC ATGCCATGGG GAGTGGGAGC TTGGTATCCG CACCTGGCGT
CACAAGGCAA CAGTTCAAAA CCAACAGAGT ATCCCAAGAT TGACTATGAA GTAGGTGTCT
CGAAGTTGTC AATGTACCCC TGCTAATAAC GTACAGGCGT ATCAAACACG TGCTTCTAAT
GAAGAGGTTG CGACGGCTTT CAAGAATGTC CTTCCTCCTA TATTGCGCTC CATGTTCACC
ACCAGTACGA CGCTCACCGA ACTTATTCCT TTCCTCATGC GAATCATTTC ACCGCCTCTT
AAGCCTGTAA AGTCTTCAAA CGGACTGTTC ACTTCTGGCT GCAGCTAATG TTGATACAAC
TAGGTGAACG CAAACATCGT CAAGCCGGCG GAGAAAGCGG TTCTCGAGAG ATTGGTTGAA
TTGATGATCC CACTCGGTCT TACATTCTAC AAGGAAAAGG CTGAGAATGG TCAGCCAATG
ATGCGGCTTG AACCGTGAGT CATTTAACCG TCACAGAGCT GCCAGACAGG ACTGAATATT
GTTCGGCTAT AGGGCAATCG ATGTCTTTGT TCATTATGAT GGGAAACGAG CCGAAGACAT
CTTAGCATCG AGATTCATGA TCCGTCAACT CATTTCTCAA GCTGTAAGTG TTCCTTGACG
ACTCTGCTCC TTCTTCTACT AAAACGCGGG TGCTGGTTAG ATGGATGCCG AGTTGGCCCA
AAAGCGAGGC GGAGCCGATA CCGAGGCTTC GGACACGGGA GCTGATGGAT TTGCAAAAGC
GTACGGATTG ATGGGAAACA TAGCAAAGAA GCCTGAGGAA AAAGCGTTGC TGGTAGGTAC
TGTCTGTGTG ACTTTTTTTG ATGGGCAGCA TTGACCTTAT TCCAGCCTGT GACGGACTTC
TTCGGACGAA CGGTCGCTGT TATCGAGGAA GATGGTAAGC GTGAGGCGCG CATGCCCCGT
TTATATCGTC GGGAAAATGT CCGCTGATAA GGATTTCTTT CTCTTATTAC AGTCACCGCA
GACGGCGTGA GACCACAAGC GCCACCGAAA AAGAAGTTCC GACCGATATA CAAGTTCAAC
GAAGGGTCTT TGAGTGCGGT GAGGAGGAGT GTCAAGATGT CGGCATTGAT GTAA
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| Protein sequence | MLEASPETLV FEPTDIFDFD FGLQPQPQLT RQDQDASPTS SAPAVSTNND VSNSTATLLM
EREGISRPTA PRIPTPPPDF EPDENWEDEM AVMEMEREFA ELQDEPSGRD DGNDEQTQSR
ISGKGKDKET TGYEFLSNGI FDFDVPVASY IPAISLDQLP KEKEPQSGLV KQTRPCTLPS
LMAATADGDM ITFQRRWKPQ AISPLELQQR GGKGKAGELL TVPLHKLLDQ VNELKSREKA
LKPKIDDRRL QRQIDEEFEG QTKKIQMGTT MWVDKYRPKK FTDLLGEDRV HREVMSWLKE
WDKCVFKRQQ PQAKKRPFDA SDSKPFAVDP LGRPHERVLL LSGPPGYGKT TLASIVARHA
GYRILEINAS DDRSYQTVQT RIRNAVDAGT SLGAEGKPTC VVIDEIDGAG GGESGFIKAL
IKLIQDVPAK KKSNTPAKPL RRPIICICND LYAPALRPLR SYARIIRFRK PQAQSLVVRL
RDICKREGLQ SDTRSLNTLV EMTSGDVRSC LNTLQFIKSR SSVVTEEAIR ATSLGLKDTS
TTLQTAWNAI FIPLAAKKRR AQGSIDDTRY LPRIIPIINS CGEYDKLLLG AFEHYPNLKP
LDGTMKNLTK VHEWLAFSDR LQARVTSEQE WELLGYMPWG VGAWYPHLAS QGNSSKPTEY
PKIDYEAYQT RASNEEVATA FKNVLPPILR SMFTTSTTLT ELIPFLMRII SPPLKPVNAN
IVKPAEKAVL ERLVELMIPL GLTFYKEKAE NGQPMMRLEP AIDVFVHYDG KRAEDILASR
FMIRQLISQA MDAELAQKRG GADTEASDTG ADGFAKAYGL MGNIAKKPEE KALLPVTDFF
GRTVAVIEED GKLTADGVRP QAPPKKKFRP IYKFNEGSLS AVRRSVKMSA LM
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