| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNB05310 |
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| Symbol | |
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| ID | 3255752 |
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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_006684 |
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| Strand | + |
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| Start bp | 1501247 |
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| End bp | 1504454 |
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| Gene Length | 3208 bp |
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| Protein Length | 912 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | 638255173 |
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| Product | hypothetical protein |
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| Protein accession | XP_569040 |
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| Protein GI | 58263260 |
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| COG category | [J] Translation, ribosomal structure and biogenesis |
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| COG ID | [COG0349] Ribonuclease D |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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| Plasmid unclonability p-value | 0.153123 |
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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 | TATCCCATCG CACATTCATC GGTAGTTGCC GTGCGATGGC AAGCCAAAGG GTACAGTACG
CGTCGTCTAG TGTTTCCCGT ACAAAAGCCT TACAGGCGCG ACCCATCTTA AACGACGCAG
AGCTCGGCAT CGGAATTTGG CAGAAAAAGA CGGCTTTCTC AGACCAAAGA CCAATAACGT
AAGTGGTTGG AAGAATCTGC AAATATTGTT GGCTGCTGAT CCATGACGCT TTTTTTCGTC
GTGTAGTCCA TCTAGGCAGC TACCTGACGG TCGACAGACA CCCATAAGCA TCAGCAGTCA
ATCCTCAGGT CCTCCGACAC CAATCTCCGT CTCATCTTCT TCACCGTCTC CGCTTGTGAA
TAGGCCTCGA GCTGTGCCCC GGTTTAACTC ATCTATCGCT CGCACCGCTT TCACATCTCC
AAGAGCAAGC CTTGGCCGGA AGACTCCTTC GACCGAGAAC AGTAAACCGC TTCATCCGTT
CTTTTTAAAC AATAGGAGGA CCAATATCCC TACACCGACC AAGCCACGAC GCGTAGCCAA
TTACACCAGT ACTGAAGCGG AGAGCTCAAG CAGCCAGCAA ACTTCAAGCA GTCAAAGTAC
ATCAGAATCC GTATCTTCAA GTCAACGAAA TCAACTCGCC GAAGAAGAAG ATATTATCAA
GCTTACGCAA AGTGTCGAGA AGATGAGAGT CGCTCCATCA CCTAAAACCC AGCCACCAGG
TCCAAACACA AGCAGGTTGT TCGTGCGTCG ACCTCTTGTC AAGGCAGAAA GTGTACCCGA
GCGCCAATTG ACATTTGGGC GACTGCCGGT CAATGGCAAC AAATCAAGTC TAGTTGATGA
GCCAGCCGCC ATTCCTTTAG TACCAGATAA CCATGAGCCG GAGGCTCCAC CTGTTTATGT
GTTCAATCTT CCCGATAATC CGGATCCCTC GTTACCACTC TTCGACTACA AGACTTACCC
TCGACCTCCT ATGGTGGTGT ACACCCGGTC AATGTCGGAA GCGGAAGATC TGGTTGCTTG
TCTGAAAGGA CCCATTTTAG GATTCGATCT GGAATGGGCA ACGTCGTATA ACAAGGTGTG
GGATGCGAGC ACAGGGAGGT ACGATTTCCA GCAGTACCCC ACTGCTTTGG TGCAATTATG
TGATGAGAAG ATGATCGTCC TGATACATCT TCAAGATAAA ATGGGTCAGT TATTCCGACC
TTCGTACCTC AGGTGTCCCA CTTTTTACTG ATAGTACAAT TGTAGACCTT CCGGCAAAGG
TCGCTGAACT TGTACGTGAC CCTAAAATCT ATAAACTCGG CGTCCAATCT ATGGGTGACG
GCCGGAAACT CGTCCGCGAT TTTCCCCATC ACTTCCGACA AGGTGGACCC GCCGGGCTGT
ATGAACTATC TCGGATGGCG CACGCTATAG ATCCACAAAG AGCTGGCCAT GGATCAAGGT
TGATCAAACT TGCGACGCTT TGTAGAGCGT ATCTGGGGAA GGAGTTGGAT AAGGATACGA
AAATTAGAAG GGGCGATTGG GCAGGAGAGC TGAATGAGGT GCAGAAAGCG TGTAAGTCGT
CTAGCCTGAT TTTTCAGTTA TAGCTTCTGT GGCTGACATT CAGCTACATT ATAGACGCCG
CCAACGACGT TTTTGTCTCT ATACAAATAT TCAACGCCCT CAGAAAGCTC GCCGAAGAGA
GGAACGTCCC TCTTGACTTT GATAGTTGGT CATCCTCTGT CATATGTCAG CCTGAAAGAA
TAGCTCCATT AGCCACTTCT GTGACGATGG CAGCAGCTAC TGGAGAGAGC GTATCTGTCA
ATAGAGTTTT GAAACCGGCT GTTACCATGC CCTGTGGGTT ACCGTCACAA GCTATGGAGC
CAGGGAGGAT ATCAAATCAA AGGCAGAGTA GCCAATCGCA GGCTCAGCCG CCGGTTGCTC
TTCAAACGGC GACGACAGCA AATCATGCTC AAAGCCAATC CCAAGCACGA CCTGATGCTC
AAGCTGTGGT TCAGTCACAA AATCAGCCCC AGTCACAACA ACCTACGACA CAGCTACAAT
CCACGTGCGC GTCACCCAAT GTTGGGAGAC ATGTCCAAAT CACAGGGCCT GAATATTCTA
ATCAAAAACC CGTATCTGTT AAACAAGCCG TAACTGCGCC ACTTACTCAG TTGTCATGCC
CAGCTTTATC TCAGCTTCCG TCCACAGCCT CCACACCAAC CCAAGCGCCT GCTCAAAATC
AACCCTTGCC CCACGCTCAG CCTTCGACCC GTATCATTCA TTCCAACATC CGTCCCTGTG
CAAACATAAC TGGCAATGCT CATCCCTTTT TGTACGGCGC TGACGAAGAA GACGATGAAT
TCGAATCCTA TGACTCTACT TATGGGTCCG TGGGTTCCTT CCAAATGGGT ACGTCTAACC
CTATGTATGC GGCTATTCAG CAGCACTTAC CGCATCTCCT GCCTCCTACA GGATCTTCTA
ATGCTGCCAG AGAGAGAGCG AGGCAGATGG GGCAAAGAAC GCCAGCGCAG ATACTATCAG
CCATGGGTCC GGGTCCGTCG AGGTCAAAAA GTCGGACGAG CACAGGTTCA AATTCTAGCT
CGTGGGGAAG AAGCAAGGAT GGTGGAGCTA GAAACGGGGG AAGCGTTGTC CTTCGAGGGA
AGGTGATATA TACCCCATCT GGAGTGAAAC CTCCTCCGCT AGCAAAGATG AAATCGCTCA
CCGCGTTTTT GGAGGGAAAG ACGTTTGAGC GGATTGCGGT AGAGAAAAGT ATTAAGCTTA
ACACTTGCCA GTGAGTGTTC ACACCTCGGA CTACAAATGC TAGGCATAAA ACTAACGCAT
TACTAATTGC AGGGGCTATG TCATCGAGGC AATATCTACG CTTGGGACTA AACACTTTGA
AAATGCAGCA CTCGAGAGAA TGTGGCAATT GGCCACACCT GATATTTGGA TTTTTCACAG
CAGCCAGCAA CTAATGCAAG AGATGATACA GATGTTTGGG GAGCATCCAC GGAAAGAGGA
GATTGAGAGA TTGGCAAAAG AAAGGGAGGT GAAATTGAAG GAATCGGGTC GATGGAGAGA
AAGCGGTGCC ATGAGTTCCT CTCATCCTTG ATAGAATATC TATTAGATAT TCAAAAGTTG
ATTAAAGCTG CTTACTACGA CAGTTGTATA TTTACATATT TACTTGGGAA CCATTTGAAA
TAATGGCTGT GTATTACTGT CTACCATA
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| Protein sequence | MASQRVQYAS SSVSRTKALQ ARPILNDAEL GIGIWQKKTA FSDQRPITPS RQLPDGRQTP
ISISSQSSGP PTPISVSSSS PSPLVNRPRA VPRFNSSIAR TAFTSPRASL GRKTPSTENS
KPLHPFFLNN RRTNIPTPTK PRRVANYTST EAESSSSQQT SSSQSTSESV SSSQRNQLAE
EEDIIKLTQS VEKMRVAPSP KTQPPGPNTS RLFVRRPLVK AESVPERQLT FGRLPVNGNK
SSLVDEPAAI PLVPDNHEPE APPVYVFNLP DNPDPSLPLF DYKTYPRPPM VVYTRSMSEA
EDLVACLKGP ILGFDLEWAT SYNKVWDAST GRYDFQQYPT ALVQLCDEKM IVLIHLQDKM
DLPAKVAELV RDPKIYKLGV QSMGDGRKLV RDFPHHFRQG GPAGLYELSR MAHAIDPQRA
GHGSRLIKLA TLCRAYLGKE LDKDTKIRRG DWAGELNEVQ KAYAANDVFV SIQIFNALRK
LAEERNVPLD FDSWSSSVIC QPERIAPLAT SVTMAAATGE SVSVNRVLKP AVTMPCGLPS
QAMEPGRISN QRQSSQSQAQ PPVALQTATT ANHAQSQSQA RPDAQAVVQS QNQPQSQQPT
TQLQSTCASP NVGRHVQITG PEYSNQKPVS VKQAVTAPLT QLSCPALSQL PSTASTPTQA
PAQNQPLPHA QPSTRIIHSN IRPCANITGN AHPFLYGADE EDDEFESYDS TYGSVGSFQM
GSSNAARERA RQMGQRTPAQ ILSAMGPGPS RSKSRTSTGS NSSSWGRSKD GGARNGGSVV
LRGKVIYTPS GVKPPPLAKM KSLTAFLEGK TFERIAVEKS IKLNTCQGYV IEAISTLGTK
HFENAALERM WQLATPDIWI FHSSQQLMQE MIQMFGEHPR KEEIERLAKE REVKLKESGR
WRESGAMSSS HP
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