| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNE00700 |
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| Symbol | |
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| ID | 3257628 |
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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_006687 |
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| Strand | + |
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| Start bp | 185835 |
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| End bp | 189214 |
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| Gene Length | 3380 bp |
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| Protein Length | 721 aa |
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| Translation table | |
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| GC content | 46% |
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| IMG OID | 638256656 |
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| Product | meiotic DNA double-strand break processing-related protein, putative |
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| Protein accession | XP_571170 |
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| Protein GI | 58268028 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0420] DNA repair exonuclease |
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| TIGRFAM ID | [TIGR00583] DNA repair protein (mre11) |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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| Plasmid unclonability p-value | 0.880608 |
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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 | ACCTTTTAAG CAAAGGAATA CAATTGCAAG CTCAATGTCG GCTCCGAATC GCGTACCCGA
CTCACAACCA AGGTAATTGT CCTTTTGGAA ATATGGAAGA TTAGCCTAAA ACTTGTGACT
AGTAGCGAAA CAGGAGATGA GCCGCCTCTC AGTATCGTGG AACCAGGTGA GCTTTGAGGT
CCAGCCTTAC TTTCGTGTCT CTGACATGAG CATTATAGAC CTGGAGAAGT ACGCCTATGC
CTTTTTACCT CGTCATCAGA AGTCTAACAA TCGACCGTCA GTTGTTTTCG TATTCTCATC
GCTACCGACA ACCACATAGG ATATGCGGAG AAAGATCCGG TCCGAGGACA AGACTCTATC
AACACTTTTC GGGAAATATT GGAGCTCGCT AGAGATCACG ACGTCGATTT CATTCTCCTT
GCAGGTGACT TGTTCCATGA GAATAGGCCA AGCCGAACTT GTATGCACCA GACAATAGCT
CTACTAAGAG AGTTCACCTT GGGTGACAAG CCAATTGAAG TAAGTAAATC TGGAGTTGTA
TCCCTCCCAT GTAGCTCACG TTTGTAGTTC GAACTTTTGA GTGATCCGAT GGATGGGTCT
ACGCCTGGTT TCTCGTGAGT GTTCTCGCTG AGAACCTCTC GCGGCTGGTT GACTCGAAAG
CAGTTTTCCG GCTGTCAACT ACGAAGATCC AAATATTAAC ATCGCCATTC CCGTCTTTTC
AATCCATGGC AATCATGACG ATCCTCAAGG CACTGGTCCC GTATGTTCAA CCTTGCCCCT
TTTCCCGTGA CGTGTCTGAC CGTCACAACA GGAGGGTGCA CTATGTGCAT TAGATGTTCT
TTCCGTTTCT GGAGTCCTTA ACTACTTTGG AAAATCAGAC CTTGTCGCTG ACGAAAGTGC
CGCCGATAAC CCAGAAAAAG GTATTCAGAT CCGACCTGTT CTTCTGCGAA AAGGTACAAC
GCATGTGGCA CTGTATGGTT GCGGTAACAT CAGGGATCAA AGAATGTATC AGGAGCTACG
GGCAAACAAG GTCAAGATGT TTATGCCGAC AGGAGGAAAT GTGCCCGATA GTGATTGGTT
CAACATTCTT CTTGTCCATC AAAATCGGTG AGTTGATAAA TTCCTCTCGG AATCAATGCA
AAAGTACAGT GTTGACACTA TTGTTTCCGC ACAGCGTCCG ACATGGCCCT CAGAATTACG
TTCCCGAGAA CATGTTTGAC GATTCTATGC GACTTGTCAT TTGGGGCCAT GAGCACGATT
GCAGGATCAC CCCCGAGAGC GTCGCCGATA AAAGTTATTT CATAACGCAG CCTGGAAGTT
CGGTGGCCAC CAGTTTAGCA CCAGGAGAAG CAATACCCAA GTACGTAAAA CGTTTATTCT
CTGACGGATG GTGAATGCTA ACGATCTGTC CAGGCATGTT GGGCTTCTAT CTATTCAAGG
ATCCCAATTT CAACTCGAGG AAATACCTCT CAAAACCGTG AGGCCGTTTG AGTTGGACGA
GGTTGTGCTG TCGTACGCTG CAGAGCAAGG AGCTGTAGAT TTGAACGATA GGGATAGTAT
CACTTCTTTC CTTCGAGAAC AAGTGAGTAA TAACATAAGG TGTTTTGCAT TTTGCGCAGC
CTTCTTGCTG ATTGCCGGTC CATAGGTGGA GGCATTGATT CTGCAGGCTA AAAAAAATTG
GAAGGAGAAG AATAACGGCA GCACCAAAAA CATGATGCTT CCCCTTATCA GACTGAAAGT
AAGTAATTCA GTGACTAGTA TTATATGAAG CCTACTCTCA TGCGCCTACA CTGCAGGTCG
AAACAACGGA TGCCAAAGAG ATGGTCAATC CGGTCAGATT CGGTCAAGAG TATGTCAATC
GCGTTGCCAA TCCTCGAGAT ATCTTGCAGT ACTACCGTAA GAAAAAGAAT GAGCGAAGTG
AGTAATCAGT ATCCTTCAGT TTGATAGACA TATTGTTGAC GCAATGTAGA GGTCAAGAAC
AATCCTGACA TGCCGGATAT CGACCATGAT GAGTGGGAAG AAGATCCCGA ATCTTTGACT
GCCGACGAGC GACTCTCCAA ACTCCGTATG GCAACGCTTG TCAAGCAATA TCTCCAAGCT
CAAAGCTTGG ATGTGTTGGT GGAGAACGGG ATGGAAGATG CTGTGATGCG CTTTGTAGAT
AAGGATGATA AGGATGCTAT CAAGGAGTGG GTGTTGTTTT CCTATATATT ACATCTGTTC
TGACTGACAC GCGCTAGCTT TGTGGCCGAC ACTCTCAGAA TGGTGGGGAG GAAGATGAAG
GAGAAGGAGG TTAAAGAGGA TGACGTTGAT CTTGCGGTGA GTGATCCATA TTTCCATTGT
ACCGTTTGCC TTGCTGATTG TGCAATTATT CGATGGGTAG ATGGCCGAAG CAAAAGTGAA
GTGAGTTTGA CCCTCTGAAA CTCAATCCTT GAAAGAATCA ATCAGCTAAT GGTAGTGACT
TCCAGAGAAT ACAACAGATA TGCTGACAGC AACCCAGTTC CTCCTCAAGT ATGTACACTG
ACTGTGTCTT TCGGTGATTA TGCTGATCCA TAACAAAAGA GTGTCAAAGG GAAGAATAAG
CAGCGGGATT CAGATGTGGA TAGTATGGGT AAGTGACCTG TTAAGATTGA GATTCTATTA
TGCTAACCAT AAATTAACAC AGCGGCAAGC GATGACGACA TGGATTTGGA CGAGATGCCG
ACTCAACAGC GAGCTCCGGT GAGACGTACA ACCGCGAAAC AGTCAGTTAG GTCAGCGAAG
GGCAAGGGCA AACAGCCTCT GGTGAGTTTC ATTAACGTGC TCTATTAGTG TAGCAGTGCT
GACCGATAGT TTTCTCAGTT TGATGACGCT TCAGAAGAAG AAGAAGAAGA GGAGGATGAG
GAAGAGGAGG AAGAAGAACC TGCACCCACA AAAAGTCGAG GACGAGCAGC AGCGGCTTCG
ACCAAGAAGG CACCTGCGAA AAAAGCACCT GCAAGAACGC CTGCTAAGTC GACGACAAAG
GCACCAGCTA GAAGAGTTCC TACAGCCAGT CAACGCTCGA CAGGGAGAGG AGTAACGCAA
TCACAATTAA CGTCGGTGCT TTGCTTTTTG AAATTCGTGA AAGAAGCCAC TGACTTACGC
GACATAGGTT TTCAAGGTCT GGTGCAGGCA AGGCATCAGC AGTGCCAATC GAACTGTCAT
CAGATGAGGA TTAGACGTGA ATGAAGAGGG AATCTGCGCA AACTGTAACT TATTTTCAAC
GTCAATAAAT TTGGATCAGA GTGAGATCTA GCCCACTGCA ATAATTTAAG AAGATTCCCT
TTCTATGCTT AATGATCCTT TATAGCCCTT TACTCGTATG CCACGGTCAT TGTGGAAAGT
TGTGAAAGTT CGTGCAGTCG
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| Protein sequence | MSAPNRVPDS QPSSETGDEP PLSIVEPDLE NCFRILIATD NHIGYAEKDP VRGQDSINTF
REILELARDH DVDFILLAGD LFHENRPSRT CMHQTIALLR EFTLGDKPIE FELLSDPMDG
STPGFSFPAV NYEDPNINIA IPVFSIHGNH DDPQGTGPEG ALCALDVLSV SGVLNYFGKS
DLVADESAAD NPEKGIQIRP VLLRKGTTHV ALYGCGNIRD QRMYQELRAN KVKMFMPTGG
NVPDSDWFNI LLVHQNRVRH GPQNYVPENM FDDSMRLVIW GHEHDCRITP ESVADKSYFI
TQPGSSVATS LAPGEAIPKH VGLLSIQGSQ FQLEEIPLKT VRPFELDEVV LSYAAEQGAV
DLNDRDSITS FLREQVEALI LQAKKNWKEK NNGSTKNMML PLIRLKVETT DAKEMVNPVR
FGQEYVNRVA NPRDILQYYR KKKNERKVKN NPDMPDIDHD EWEEDPESLT ADERLSKLRM
ATLVKQYLQA QSLDVLVENG MEDAVMRFVD KDDKDAIKDF VADTLRMVGR KMKEKEVKED
DVDLAMAEAK VKEYNRYADS NPVPPQSVKG KNKQRDSDVD SMAASDDDMD LDEMPTQQRA
PVRRTTAKQS VRSAKGKGKQ PLFDDASEEE EEEEDEEEEE EEPAPTKSRG RAAAASTKKA
PAKKAPARTP AKSTTKAPAR RVPTASQRST GRGVTQSQLT FSRSGAGKAS AVPIELSSDE
D
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