| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNC03670 |
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| Symbol | |
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| ID | 3256520 |
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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_006685 |
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| Strand | + |
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| Start bp | 1158687 |
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| End bp | 1161932 |
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| Gene Length | 3246 bp |
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| Protein Length | 875 aa |
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| Translation table | |
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| GC content | 53% |
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| IMG OID | 638255588 |
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| Product | hypothetical protein |
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| Protein accession | XP_569593 |
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| Protein GI | 58264874 |
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| COG category | [K] Transcription |
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| COG ID | [COG0571] dsRNA-specific ribonuclease |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 25 |
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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 | ATGTCTGCCC CGCTGTTCAC CTCCCCCTCG GGCGCCGAGC TCTCGCTGCA GAACGCTGGG
GGCCATCTCT CGCGCTGGCA CGTGGCGGTC GGGCACACCC CCGCCTTCCG CTTCCACCGC
AGCGACGCGC CCCCCGCCAC GCTCTGCACC GTCCACCTCC CCGGCCTCGG CCCCGTCACC
TCGGACCCCT GCGCCAACAA GGCCCGTGCA AAGCAGTCCG CGTCCTTCCG CGCAGTGCAG
CGCCTCCTCG CCAGCCACGA GCTCGACGAC CGCTTCCAGC CCACGCCCTC GCAGCCCCGC
ACGAGGGCGA GAGACGACAT CATGGCCACA AAGTCCAGGT GCAACTATCG CTGGGAGAGC
AGGAAGCTCT TGATCAAGGA CGAGCTGCCG CAGGGACACG GGAGCGGCGA CTATGCGTAC
CGCACCACTC CCCAGTTCTG GAAGGAGTGC CCGCCCTTTG CGCCCGGAGA ACGGGTGCAT
GCCGCAGTGC TCCTGCTCTC ACCGACGGCC GAAAAGACGT TTGGCCACCC CGAGTGCAGG
CCCATGTGCT TGCTCACCAG CAGGCCCTTG CCGCTGTTCG AAACGCACGA TACGGTCGAG
GTGAATCTCG GCGTAGGGGA GCAGCCCACC CACCGCGGCT GCGTGAGGAT GACCAGCGCC
GGATCCCTGG AAGGCGGCCT CGACGACGTC ACGCTCGGCC AGACACTGAG GTTCACAGAG
CGGCTGATGA GGGCTGAGCT GCAGAGACTC ATCAAGGCAG ATCTTCATCG AATCAAGTGG
CTGCTGCTTC CCCTCACGTA CGGGTACTCT TCCGCTCGAC AACCAGGCCC GTTGGCGCGT
GAGGATATCG CTTGGGAGCA AGTCGAAGCT GTTGCCAATG GGCCCCTGAC AGTTCCGTTC
ACCCTTAAAG ACGAGGACGA CCTCGCCGCG CAATGTTTCG ATGCCATGGC CTCGGCGAAT
TCTGAACTGA CCCGCCGAAG CTACATTACT GCTGTCCGTC AAGACCTCAA TCCCGACTCT
CCCCATCCGG AGCGACCTGA GAAGACGATC CTGCAAGTGA TCCAGGGCGA GAACTGTCTG
TTTCCCCAGC TTGTACACCG CAAGCAGCCC ATCCTCCAAG TCGAGACGGC GTGTCTCGCC
AAAAATGGCT CATATATCAC CACCTCTGCC ACGCCTGCCG AGCAGCGCTC AACGCAGTTC
CTCATTCCAG AGTATGAAAA TCGCCACTGT ATCCCCGCCA GCATCTTCCG CGCCCTCACC
CCCTTTCCCT TTTTCATCCA CCAACTCGAA TGCATGCTCA TCGCGTACGA AATGTCGACC
AAACTGTTTG GATCATTGCT CCATCCCGAA CTCGCTCTCC AAGCTCTCAC AGCCCCTTCC
TCGCAAAACG TCACCCCATG GACCTATGAG CGCCTCGAGA TCCTTGGCGA TACCCTGCTC
AAATTCTTCA TCACCATCCA CGTCTATCTG CACGGTGGAG GCGCAAACTC TCGTGAAGAC
TCGTTGAAAG TGTGGCAGGA TAGACACAAG CTTGTCAGTA ACCGTACACT CACCGCCAAC
GCAATCAAGC TCGGGCTGGT GGAATTCGTG AGAGATAAAA GGCTTAAAGT GAAAGAGTGG
GTACCACGAG ATTGGGAGCT AGAGCTGTTG CCGGGGCAGA TTGCGCCCAA GAAGGCTGTG
CAAACAAGTA ACGATGGTCC AGAAATGAGG AAACTGGGAG ATAAGGCAGG TTTTTTTTTC
AATTTTTCTA TAGCCAAATC TAACATTTCC ATTTCTATAG CTCCTAGCAG ATATTGTTGA
AGCCATCATT GGAGCCTCGT ATGGCAGGGA CAAGAACTTT GACAATGTCA TCTCCACATT
GATACATCTC AATGTCCCCC TCGATCTTTT TAGTACTTGG GAAGAGATCA AACATGTGCT
TCCACTGTCG GATGATGAAC ATGATACCGA AGAACATGGG GCTGCCGATG CCGAAACCGA
AACGGACTCT TTCTCAGCAT GTGAAATCCT GGGGTACAAA TTCAAGCGTA AAAGGAGGTA
CGAGGATGTC ATTGTGAGTT GATTCTGCCA TTCTTTTTTA CTGAACCAAT CCATGTGATC
TGACATGTTA TCTCACAGAG TATGAGTAAT CAGCCTCATG CGAGGAGGAT CCGCGAAAAC
TACAAGATGC TAGGTAATGC AGTCTTGGAT CTTCGTGAGT GTTATTCCCC CCCAAAGGTA
TTCTAAACAA AAAAACTGAA GCTTGGGGCA GACGTCATTG AATTCCTGCT GGCAAAGTAC
CCTGAAGAAG GACCTGGTTC TTTATCCAAC ATGAAAGTAT GTCCATCCAT TGAATCGTTT
GTGATGGGCC GGTCACTGTT GCTAATGCAT AACAACCATG CAGACGTTTC GTACCACAGA
GGTATCTTTA TATATATATA TTCCAATCAG ATCGCTGACG AACATGAAAT AGGGACTTCG
ATGCGCGCTA GCGACTGAGC TAGGCCTACA AGACCTCCTC AAGGATGGTG ATGAAAGGGC
GGAGAGGGAA CTGGGTCGCG CGACATACTT TATGCGCGAC GCAAAGGCTC AGGCGGATGC
TGGCCTTTCA GACGAAGAAC AGGGAGGTAT ACACTACTGG GATGGTGTCG CTGTCAACCA
TGTGAGTTTG AATTTTGATC CTAGTTTATG AAAAGATGGA GAGGTGGAAA AAACTAAAAC
TTGAACGACT GTGCAGTTTA CGGGAAGCAT TATCGAAGTC ATCTACGGTG CTATTTTCCA
GGACTCTGGT TTTTCCCTTG AACATACCCA GAGGATATTC GATAACCACA TCGTGCCTTT
TATCGAGAAA TATTGCAAAG GTCCCAGTGC AAGCGATCTT CACCCAAAGG GCTTGTTAAC
TAGATGGATG CAGGCCAAGG GCTGTGCATA TTGGAAACTA GATGCAGTCG GGCCGAAATT
ATGCGAGGGT GTCGGTGAGT GTGTATTCCT TGTGGTTAAA AATACTACTT GGGTCCATTC
TTCAAGCTGA AAAGATAAAT AGTTACCTGC CATGATCAAG ATGTGGCGCG TTGCAAGGCT
TTCACTACGC ATGTGGCCGT GAGGAACGTA TGTGAAGAAG CTATAAAACG TTTGCGAGAT
GAAAACCGAA TCAAAGATAT TTGCGACTGC CCGTCGTTCA AAGAGATCGT CCCCGAGGAC
AAGACGTTTG GGAAATGGAG ATGATAAAAA AGTTTCTAGA AGTGTATATG GAATCCCCTA
TACTTG
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| Protein sequence | MSAPLFTSPS GAELSLQNAG GHLSRWHVAV GHTPAFRFHR SDAPPATLCT VHLPGLGPVT
SDPCANKARA KQSASFRAVQ RLLASHELDD RFQPTPSQPR TRARDDIMAT KSRCNYRWES
RKLLIKDELP QGHGSGDYAY RTTPQFWKEC PPFAPGERVH AAVLLLSPTA EKTFGHPECR
PMCLLTSRPL PLFETHDTVE VNLGVGEQPT HRGCVRMTSA GSLEGGLDDV TLGQTLRFTE
RLMRAELQRL IKADLHRIKW LLLPLTYGYS SARQPGPLAR EDIAWEQVEA VANGPLTVPF
TLKDEDDLAA QCFDAMASAN SELTRRSYIT AVRQDLNPDS PHPERPEKTI LQVIQGENCL
FPQLVHRKQP ILQVETACLA KNGSYITTSA TPAEQRSTQF LIPEYENRHC IPASIFRALT
PFPFFIHQLE CMLIAYEMST KLFGSLLHPE LALQALTAPS SQNVTPWTYE RLEILGDTLL
KFFITIHVYL HGGGANSRED SLKVWQDRHK LVSNRTLTAN AIKLGLVEFL LADIVEAIIG
ASYGRDKNFD NVISTLIHLN VPLDLFSTWE EIKHVLPLSD DEHDTEEHGA ADAETETDSF
SACEILGYKF KRKRRYEDVI SMSNQPHARR IRENYKMLGN AVLDLHVIEF LLAKYPEEGP
GSLSNMKTFR TTEGLRCALA TELGLQDLLK DGDERAEREL GRATYFMRDA KAQADAGLSD
EEQGGIHYWD GVAVNHFTGS IIEVIYGAIF QDSGFSLEHT QRIFDNHIVP FIEKYCKGPS
ASDLHPKGLL TRWMQAKGCA YWKLDAVGPK LCEGVVTCHD QDVARCKAFT THVAVRNVCE
EAIKRLRDEN RIKDICDCPS FKEIVPEDKT FGKWR
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