| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNM00740 |
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| Symbol | |
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| ID | 3255241 |
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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_006682 |
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| Strand | + |
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| Start bp | 220161 |
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| End bp | 223572 |
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| Gene Length | 3412 bp |
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| Protein Length | 898 aa |
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| Translation table | |
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| GC content | 46% |
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| IMG OID | 638254226 |
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| Product | conserved hypothetical protein |
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| Protein accession | XP_568327 |
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| Protein GI | 58261834 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG5329] Phosphoinositide polyphosphatase (Sac family) |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 0.125639 |
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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 | AGAGCATATA AAAAAAACAC TATCCATGGC GCAAACAACT TCCCTACCTC CTAGATTCAC
AGTGCCGCCT CTTCCACCTC ATATTTATCG CCGACTAACA TTAATCGTTC ATGATGATGG
AGTCGTCCTC TCTCCAGACA ACGGCCAGAG CATTTTGATC CACTGGGGAG TCAAGGGCAA
GATTGAACCT GTTGATGGCG ACGAGCAAGG AGAGTTGATA ATCGGTGGAG TATTAGGTGT
TGCAAGGCTA TGGGATGGTG AGTTTGACCC ATCAATAAGT GAGCTAATGT CAGCGGCCTA
TCTGTTTGTC TTCTTACCTC GTACCGGGAC ACCTTTGTTC CCTCCTCATG ACGATGATGA
ACCTCCACAT GAACATGAAG TATTTTCTCT GGGTGATGTG CATGCCGTGC CACTCACTCA
AGAAGGTGCC ACTTCTTCTA TCAATCGTAT GCTAGCCATC CAGGTCTCTC GTCAACCCAA
AACGAAAACG AAGTGGAGCT TGGCGCTCCC CATAACAGGT GCTGGTGCCA CAGCCTCAGA
GGAGGATCAC CTGTCCAACT CTGATACCTC ATCTGAGGAG ACGCCTGAAG CCGATGAAAC
TCCTATACCT CCGAAATCTC GGCAATGGAG AAAGTTTATG CCCAAACTAC GAAAGAAGCA
AGATGCATCG ACCACTCCTG AACCTCCAAA GAGGCAAGAG CTGGAACATA AGATTGTTCG
CCAAATCGTC AGGGAGTTTG GGGCAGGCTT TTTCTTCAGC TACGACTTTG ATCTTACTCG
TACGTTACAG CACAAACGAC AGGTCGTTTC GCAGCGAACA GCTACGGGTG CAGCTTTTAG
CGACCTCATT CAAAAGGACA ACACCCTTTT CCCACCGTCT CAATCGAGCA CCTTTCAGAC
ACCTATCAAT CCAGCCCTAG ATGAGGACTT TATTGAGCCA GACATCCAGG TACCCTTATG
GAGAAGGGTT GATAAGCGTT TCTTTTGGAA CGAATGGCTC ATGAAAGATT TCATCGACCT
CGGACTCCAT TCATACGTCC TACCAGTGAT GCAAGGATGG GTGCAATCAG CGACTTTTAG
TATACCTATC CCTCCCAATC CTTTACAGCC TGATGTTTCA CTTGGGGCTA TACCTGTTGA
CCTTGTTGTC GTATCGAGAA GGAGTAAAGA TCGCGCGGGA CTTAGGTATC AAAGAAGAGG
AATCGATGAT AACGGACATG TGGCAAACAT GGTGGAGACC GAAATGATTG TCCGAGCAAA
GGTTCGTAAT ATTTTTCAAC GAGCGCTGAC TCGTTAGGTT GAGGGTAAAT CCTCTCTGTT
CAGTTTCACC CAAGTCAGGG GATCTATCCC GTTACGCTGG TCTCAAAGCC CTTACTCAAT
GAAGCCGCCC CCAATACTCA ATGAGCCTGT CGACAAGACG TACGCCGTTG CCAACTTACA
TTTCAATGAT TTGACATCCC GCTATGGGCC TATTGTAAGT TACTCGGACT ATAGACAAAG
CTCTCAAATC TGATTCTCCG TAGACAATTA TAAATTTGTC TGAACAAGAT GGAAAAGAAG
CAGTGGTGAC CAATGGCTAC CAAGAGCTAG TCAACAGCCT CGAAAGAGAT GATCTCAAAT
ACGTTGGATT CGACTTTCAT GCAAAATGTC ACGGAATGAA ATGGGAGAAC ATCGTCGAAC
TCGTCGACTC TCTCGACTTT GAGTCCATGG GTTATCTTTG GACCTTGCAA GGAGATGCCA
TTCGAGAGCA AAAGGGTGCT TTCAGGACCA AGTGAGCGTC TTGTTGCCCA TAATGTTTGA
CATAAAGCTG ACAGTACTGC AGCTGTATTG ACTGTCTTGA TCGAACCAAC GTCGTCCAGT
CTGCGATCGC TCGTCGAGTT CTTAACACGA TGCTCATGCA ACTTGGCCTC CAGATCAGCG
CTCCCACTGT GGAAAACATT TTCAACGATA TCTGGGCGAA TAATGGTGAC ATTATCAGTC
GTTGCTATGC GCATACTTCG GCATTGAAAG GAGATTTCGT GAGAACAGGG AAACGAGATC
TTTCGGGCAT GGTAAGTGTC TAATCGCAAG GTCACATTCC CATACTGAAC ACTATAGTAG
CTCCATGATG GTGTCAGCTC GCTCAGTAGA ATGTTCTACG GCGCCATCTC TGATTTTTTT
GCGCAAGCTG TCATATCTTT CCTGCTTGGC CATCGAAACT TGGCAGTCTT CAGCGAGTTT
TTGGAGACTC TTACAAGCGA AGATGCTTCC AGTGTAGTGA GATTGGATAG GATCAGGAGT
GTTGCCAGTG AGATCTTCGC CAGCTTGATA TATATATATA TTGGAAAACT GACCAAGTGG
CAGTTGAAAC TTGCTCCGCT AGGGTTTTAA GCGATGGAGA GGAGAAAATT GGTGGATGGA
TATTACTTTC GCCGGACCCA AGGAGTGTTA AAATAAGTTC CGACCTGGAG GAGAAGATTC
TACTCCTGGT ACGACTTCTC CTATTCCCAA AAAGGTACAG ACTAATTATA ATTATAGACA
CGAAGCGCCA TCTACGTAGT CACCTTCAAT TACTCTCTTG AAAAGGTCGT GCAGTTTACC
CGCATACCCT TACCATCCAT CACATCTATT CAAAAGGGAG CATATATTTT ATCTACCTTG
CAAGAGGCAA GTCGGGATCC CAAAGAAGTG AGTTGCACCT ATCCATGATC ACAGCTGACA
TTGCTAGAAT GCCGGCTTTC TCATCAACTT CTCCCCCACC GACGAGTCTA CACGCTACAG
TACATACTCC CTACGCAACA AGACTGCTCC CGCTACTCCA ACAAAGAGGC CGACAGCCGC
TACACCCTCG ACGCCCACAC CTTCTGTCGA ACATGCCACC ATCAACCCCG ATGTTACCGA
ATACTACGCA TTCAAGGCTC TTCCAGGACA ATCAGGTGAT GCGACTTGCG CGGAGACTGT
GAGTCAGATA GTGGAGCAGA TCGCCGAAGC GTGTAAAAGG AACGATTTGG TAGTTGAAAA
AGACGTCGTT AGGTGAGTTT TTTATGTTTC ACGTACCGGG CCTTCGGTTG CCTGACTCTT
AATGTAGCCT TACAGAAGCC GAATCTTCGA CGTCTCTACT TGCGAAAATG GATTACGCTT
TCAAGCGAGC ATTGTGGTTG TAAGTCATCA TGAGGTGAAC TAAATCCTCC CGAATGCCAG
CGCCCTGATT ACGATGAGAT ATGGGCATAA CCAGAAATTT TTGGGAGGAA AAATATATGT
ATATAGCTTG CTGCATAGCC TAAATTTATA ACTTAATAAG CATATATTAT TCTCCATGAA
GTTTGGCGCA CAGTAAGCAG GGTTCGGACG AGTATGAACA ATAAGACATC TTTTAGGTAC
ATTAATTACT TCTTCAAGTA CTGCTAGATC AGACAATTAC TGAGAAGCAA AA
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| Protein sequence | MAQTTSLPPR FTVPPLPPHI YRRLTLIVHD DGVVLSPDNG QSILIHWGVK GKIEPVDGDE
QGELIIGGVL GVARLWDAAY LFVFLPRTGT PLFPPHDDDE PPHEHEVFSL GDVHAVPLTQ
EGATSSINRM LAIQVSRQPK TKTKWSLALP ITGAGATASE EDHLSNSDTS SEETPEADET
PIPPKSRQWR KFMPKLRKKQ DASTTPEPPK RQELEHKIVR QIVREFGAGF FFSYDFDLTR
TLQHKRQVVS QRTATGAAFS DLIQKDNTLF PPSQSSTFQT PINPALDEDF IEPDIQVPLW
RRVDKRFFWN EWLMKDFIDL GLHSYVLPVM QGWVQSATFS IPIPPNPLQP DVSLGAIPVD
LVVVSRRSKD RAGLRYQRRG IDDNGHVANM VETEMIVRAK VEGKSSLFSF TQVRGSIPLR
WSQSPYSMKP PPILNEPVDK TYAVANLHFN DLTSRYGPIT IINLSEQDGK EAVVTNGYQE
LVNSLERDDL KYVGFDFHAK CHGMKWENIV ELVDSLDFES MGYLWTLQGD AIREQKGAFR
TNCIDCLDRT NVVQSAIARR VLNTMLMQLG LQISAPTVEN IFNDIWANNG DIISRCYAHT
SALKGDFVRT GKRDLSGMLH DGVSSLSRMF YGAISDFFAQ AVISFLLGHR NLAVFSEFLE
TLTSEDASSV VRLDRIRSVA IETCSARVLS DGEEKIGGWI LLSPDPRSVK ISSDLEEKIL
LLTRSAIYVV TFNYSLEKVV QFTRIPLPSI TSIQKGAYIL STLQEASRDP KENAGFLINF
SPTDESTRYS TYSLRNKTAP ATPTKRPTAA TPSTPTPSVE HATINPDVTE YYAFKALPGQ
SGDATCAETV SQIVEQIAEA CKRNDLVVEK DVVSLTEAES STSLLAKMDY AFKRALWL
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