| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNA00680 |
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| Symbol | |
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| ID | 3253476 |
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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_006670 |
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| Strand | + |
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| Start bp | 195348 |
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| End bp | 199819 |
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| Gene Length | 4472 bp |
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| Protein Length | 1177 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | 638252401 |
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| Product | vacuole protein, putative |
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| Protein accession | XP_566492 |
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| Protein GI | 58258159 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG0659] Sulfate permease and related transporters (MFS superfamily) |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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| Plasmid unclonability p-value | 0.0220987 |
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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 | CCCAATTTTG GCTGCTCACA AACTTCATCA GAGACCACAC AGATACTCTT TCCGCTATCG
AGACCACGCT TCCTTTCCGT CAATTTTGAT TCTTGATAAC GAATTGTCTC AACGCACAGG
CTACATTATT GATGTCACCC ATCACGCCGT TCTTATAGAT AACTAGGATA ACAAGATGCC
TGCCAGGGAT CCAAACGCGT CTCCCCATGT CCCATCGACC TTCCCCAACC GCCCTGTCTC
ACCTATCAAC TCCCAGCATC CCAATACGCT CTCTCCGAAC GCCTCAGGCT TCTCAGTTCG
CACTGTACAG TCAAATAACG GTGTTTTGAG TCTGCCAAGT CCAGACCATC AGCAGCCGCA
TGGATATTTT ACCCAAGCTT TACGGAGAGT TAGTGGGACA GGAGGACATA ATTTGCCTCG
GATGGAAGCA CCAGCAAGTG CTGGACAAGA TGTACCAGCT GAGAGGAATG GTTGGGACGA
GTGAGTTGCC GTTCGAGGCG CTCATTTCCG CCGTATGAAC TTACCATTTC GACTGTAGTA
CCTCATTCCA CATACAGGCT GGTTCAACGA CTTCCCAAGC TATTCGAGAT TCCACAGCCC
GTTTGGCGTC TGTGTCCTTC TCCACCAGAC CTCGTGCATT CTCATCAGCT TCCCAGGGCG
ACAGCTCGTA CTCCCATTCA GCCCTCTCCT CAAGACATGC CTCTGTAAAC CATGGGCCCA
CTCATTCGGT TGCGACTTCT GCTACTGAAC ATCGTCCTAT ATACCCTAGT CACCTTAACC
CCGCTATCTC CAAGCCAGGT CCGACCCCTG TCTTGGAAGA CGACGAGCGA GACGAGGTTT
CCCCGTCCAA AGGTCTTCAA GCCTTACCCG CATCACCCTT CACCGGGGCC AAATCAGGCC
TGAGTATGAT GCTGGAGCGA GATAAGGAGG AGCGGCGCGT AAGGGGATTG ACAGAGGCTG
CTTCTCTTCG TAGTAAGCGT TCTGGTAGCT CGATTGGTAA GCTAGCAAGT GATGAAGAGG
AGTCAGGCGA GAGGACTCCA ATGCCACGTA GAAGCTCGCT GGTGGACGAC ATTCTCGAAG
TACCGACAAC CGAGGGTAAT GCGAGGATGT CTCATGCGGG CTCTTCCAGC TCTCTCCGCC
GTTTTCTCGC CAATGAAGTA AATGAAGAAG AACTCGGACA GGCTCCAGAT GAGAGATCGC
TTTTGTTGGG GGATGGTCGC GAACGGAAAA AGCGTTCTTG GGCCGGCGAG GCGTTATCCA
ATATTGAGGG CTGGAAGAAC AATCTATTAA AGGTGACCCC TAAAGATGTT GTTGAAGGGA
TTATTTTGGA GCCTATTAGG ACATTGCCTT CGGTCATCTT GGGGTTGTTG CTCAATGTGC
TGGATGGTGT CAGTTACGGC ATGATCCTCT TCCCTGCAAC CCCAATCTTT GTCGATTTCG
GCTCTCTTGG TGTATCGATG TTCTTCGTGT CTTGTATCGT CTCTCAGCTT GTGTTCTCGC
TTGGTGGAAG TATTTTCCCC GGTGGCAACG GTTCGATGAT GATTGAAGCT GTCCCCTTCT
TCCATATCTT GATTAATACC TTTGAACAAG TATGCGGTGA CGATGATAAG GCTATCATCG
CGACGACAAT GGTTGCATTC GCATTCAGCT CTATTTTGAC TGGTGAGGAC TGTCTGCTTT
CCACCTATCG TTTCTGATCC CCAGTAGGCT TGGTATTCTT CGCACTAGGT GCGTTTAAGC
TCGGTAGTTT GATCGGATAT TTCCCTCGTC ATATTCTAGT AGGGTGAGTA CCGTCTTTGC
TCATGGTCCC AGTCCTCATT CGTGTCCTAG ATGTATCGGC GGTGTTGGTG TCTTCCTTAT
CGAAACCGGC CTTGAAGTCT CCCGCGGTCT CAAAGAAGAA GGCTTCGAAT ACAACCTTGC
CACACTCAAG CTTTTCTTCG AATCCGGCCA TGCGATCGCA TTATGGACCA TTCCCCTCGC
TCTGGCTATC CTCCTCCGAG TCATTACTCA TTTTTGGCAT CACCAACTCA TTTTCCCAGC
CTACTTCTTC ATCATCCCCG TCATCTTCTA TATTGTCATA GCCATTGGAA GATGGGATCT
GCAGCACTTG AGGAAGATGG GTTGGGTTTT TGATGTAGGG ACAAATACGC AAGCTTGGTG
GAAGTTTTAC ACCCTTTTTG TAAGTTAAAA TGAAAGAAGT GCATTTGAGC GATCACTCAA
TATATGTAGG ACTTTCGCAA GACGAATTGG GAAGCTTTCT GGGCAGCTAT GCCTACGCAG
CTCGCTTTGG TCTTTTTTGG CATTCTACAT GTGCCGCTTA ATGTGAGTTC ATCTAATTTT
ATTAAACTAA ATTGCCCAGC TAACAAGATT ACTTTTCTAC TAGGTTCCAG CCCTCGGTGT
ATCACTCAGT GAAGACAACG TCAAGCTGGA TCGTGAATTA GTTGCTCACG GTGCCTCCAA
TATGCTGGCT GGATTAACCG GAACAGTACC AAATTATCTG ACCTATGTCA ACACAGTACT
CTGTAAATCT ATCACGTCTT GTTTACCTCC ATTACTAATG GCTGTCATTT AGTCTACCGT
GTGGGAGGCG GCTCCAGATT GTCAGGTCTA ATGCTTGCCA TGGGAACGGC CGCCATCATG
ATGATTGGGC CTGCTGTCAT TGCCTCTCTT CGTGAGTTCC ATATGAAACG TTACCTAATC
AGAAAGTTGA TATATGTGTA GCTGTTATGG TCGTCGGTGC TCTGATCTTC GTTCTTGGCA
TTGACCTCCT TATGGAAGCT GTCTGGGATA CAAGGCACCG AGTCAACAAG ATGGAGTATA
TTACTATTTG GGCCATCGCC ATCGGCATGA CCGTGTAAAT TAACAACAAC CATTGGTTTG
GCGTCCGCTC ACACATACTT GTAGCTTCGA CTTTGTCATT GGACTCTTAT TCGGTATTAT
TTTGGCCTGT ATCTTCTTTG TCGTGCAAAG CTCAAGACGT CGAGCTATTC GGGCAGTTTT
CAACGGTGCA ACTGCGAGAT CAACTGTCAG AAGACCGAAA TGGCAAAGAA GTTTCATCCA
GCAGGTCGGT TCTCAAACAT ATGTGATGAA GCTCCAGGGT TTCCGTAATT CTTTTCCTAC
AGCGTGCCAG ATGCGGAACT GATCGATTCG TAGTGTTCTT TGGCACTATC ACCACTGTCG
AGGACGAGAT TCGAAAACTC CTCGATCTTG CTAAGTGGCA GCACAATCCG ATTCGCTTTC
TCATCATTGA TTTTGCTCTC GTCCATGGTC TGGACTTTTC TTCGGCTGAA GCGTTCGTCA
GGGTACAACG TTTGCTTGCT GCTAAGGATG TTCTATTGAT TATGTGCGGT GCAAAATCCG
ATGGACTTGT TGGGACTGCA TTGCAAGGTG TCGGCTTATG GGCAGATCGA GAAGGCACGA
GAGTTGAAGT GTTTGAATCA CTGAATGATG CACTGGAATG GACGGAGAAT GTGTATCTGT
AAGCTAAACG GCATGATGAA CAAAGGGCTA TAAATTGACA ATTTTTGTAC AGTACTGCTT
TCCTAGAAAA CCAACAGTTG ATGGACTGCG AAACCACCAC AAAGGTCATG GACTTCCCAA
AAATCGCCAA GCCACCTTTC TCATTGTCAG AGTCTTTCCA AAACAGTCCG CGGAGGAGCC
ACCTGGTTAA AGCAGGTGGA GATACCATAT TCCAAAGTAG GTGCTTTGGC CCTTTTCAAT
AAGACGACGT TGACCATTAA AAAAAGCTTC TTACGCTTCC AAAGATGATG ACGAGCCTTC
GACTCCACCA CCTGAAGAAC CTTTGGCCCA GCCAATTCCA GTCCTTTTGC AAACCTTTGG
TGCCTACTCA GCCTCTTCGG TTTCTTCCAT TTCCACTTCG TTCTGCAAAT CACTCGCCCC
TTATTTCACA AAGTCCTCCA TCATGCCAGG TGACACCCTT TGGATGCAAG GCGATCCTGC
CGACGGGATG TACATCATCG AAGTCGGATG CTTGCGTGCC ACCTACGCCT ATAATGATAC
AACAAACTTA GTACAAGAGA CAATGGTGGC AGGTACAATG GCTGGTGATA TGAGTGCGTT
GAGTGAGACC ACGCGAAACT GTAGCGTTGT GGCCGAAAGA GAATCAGTTC TGTGGAAGTT
GAGCCAGGAG AGACTAGATC AGATGGTTAA GGAACAGCCC GAGGTTGCTC AGGCTTTTAT
CAAGATGGTT CTCAAGGGTG AGTCAGGCCT CTCGTTTTCA GGGAGAAGAC TTAGAAAGCT
GATAATGTTT TAGCGGTGGC GGAAGAGCAG GACGTCTTGT CATCTCATCT TATTGCTGTC
CTGTCATAGA TAGCAGGTCG CTCTCTTATT CCCCATCAAA TGACACAGTC CGGATCGAGG
CTGGTGACTA ATAAACGGCA TATTAGGGAG TTGTAGTAAT GCTTCAGACA CTTATAAACG
TAGAGATGAT CAAAAAGGCA TGAAACGACA TC
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| Protein sequence | MPARDPNASP HVPSTFPNRP VSPINSQHPN TLSPNASGFS VRTVQSNNGV LSLPSPDHQQ
PHGYFTQALR RVSGTGGHNL PRMEAPASAG QDVPAERNGW DDTSFHIQAG STTSQAIRDS
TARLASVSFS TRPRAFSSAS QGDSSYSHSA LSSRHASVNH GPTHSVATSA TEHRPIYPSH
LNPAISKPGP TPVLEDDERD EVSPSKGLQA LPASPFTGAK SGLSMMLERD KEERRVRGLT
EAASLRSKRS GSSIGKLASD EEESGERTPM PRRSSLVDDI LEVPTTEGNA RMSHAGSSSS
LRRFLANEVN EEELGQAPDE RSLLLGDGRE RKKRSWAGEA LSNIEGWKNN LLKVTPKDVV
EGIILEPIRT LPSVILGLLL NVLDGVSYGM ILFPATPIFV DFGSLGVSMF FVSCIVSQLV
FSLGGSIFPG GNGSMMIEAV PFFHILINTF EQVCGDDDKA IIATTMVAFA FSSILTGLVF
FALGAFKLGS LIGYFPRHIL VGCIGGVGVF LIETGLEVSR GLKEEGFEYN LATLKLFFES
GHAIALWTIP LALAILLRVI THFWHHQLIF PAYFFIIPVI FYIVIAIGRW DLQHLRKMGW
VFDVGTNTQA WWKFYTLFDF RKTNWEAFWA AMPTQLALVF FGILHVPLNV PALGVSLSED
NVKLDRELVA HGASNMLAGL TGTVPNYLTY VNTVLFYRVG GGSRLSGLML AMGTAAIMMI
GPAVIASLPV MVVGALIFVL GIDLLMEAVW DTRHRVNKME YITIWAIAIG MTVFDFVIGL
LFGIILACIF FVVQSSRRRA IRAVFNGATA RSTVRRPKWQ RSFIQQVGSQ TYVMKLQGFL
FFGTITTVED EIRKLLDLAK WQHNPIRFLI IDFALVHGLD FSSAEAFVRV QRLLAAKDVL
LIMCGAKSDG LVGTALQGVG LWADREGTRV EVFESLNDAL EWTENVYLTA FLENQQLMDC
ETTTKVMDFP KIAKPPFSLS ESFQNSPRRS HLVKAGGDTI FQTSYASKDD DEPSTPPPEE
PLAQPIPVLL QTFGAYSASS VSSISTSFCK SLAPYFTKSS IMPGDTLWMQ GDPADGMYII
EVGCLRATYA YNDTTNLVQE TMVAGTMAGD MSALSETTRN CSVVAERESV LWKLSQERLD
QMVKEQPEVA QAFIKMVLKA VAEEQDVLSS HLIAVLS
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