| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNE03790 |
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| Symbol | |
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| ID | 3257842 |
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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 | 1082377 |
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| End bp | 1086179 |
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| Gene Length | 3803 bp |
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| Protein Length | 897 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | 638256962 |
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| Product | voltage-gated chloride channel, putative |
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| Protein accession | XP_570966 |
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| Protein GI | 58267620 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG0038] Chloride channel protein EriC |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 22 |
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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 | CAATGACGCC GCTTTGTCAA GTCCTCGGCG TATCTCGACG TCTCGGGGAT TACATGTACC
ACCTCAAACA GCGGCACCCC CTGTGGGTAA TCTGGGTTTA CCAACCCACG AGGCATACTA
CTCGGTCAGT CAACCCGCCA GCGCGGCTAC ACCAAGGTTT AGAGATAAAG GGATTTATGC
ATCTGGTGGA TCAGGAGGAC TGCAGCACTA TTCATCAAGC ATTGCCGGCT ATCCATCAGG
ATCATACGGC GCCATTCACC AGAATCAGCC CTCTAGAGAC CTTGCACCCA CATCAGCGAT
GGGTACTAGT ATGCACTCGC CTTTCCCGTC ACCCGAAGGG TCGGTTCTGA AAAGGTTGAA
GAAGAAAGCT AGTAATGTTG GATTGGGTCT CGGAAGACCG GATAACTATG ACGATGAAGC
AGTTGGGAGA AGAGGGGATG AGGATGAGTT GTTGGAGGAT AATGAAGGCG AACGGGCGAA
TGGCACAAGA GTATGGTACA GCTCCTTTGC AACTATTGAT TGGATCCATG ACGCAGTAAG
TATATCTTGC TTATGTTAAC TTTACATGCG GCTTACGCAA AACAGATCAA GGAATCGTCA
CGAGTGAGGA GACTGAGGAA TGCCGCTTCA CGTTCTCTCC GCGGCAAGAT CGCAAATACA
TGGGATCGCT TCCAAGGATG GCTTGTGGTT ACTCTCACCG GTATCATAAC CGCCCTTATC
GCTTTCCTCA TCATCCGTGC GGAGATGGCA TTCTTTGATC TGAAAGAAGG GTTCTGTTCG
ACATCCTGGG GCACCGCCAG ACGGTTTTGT TGTGCACCGA GGCACCAGTC ACCAGGAAGT
GATGGAGGTG AGGACGAATG TTCAGACTGG ATTGAGTGGG GTCAGTTCTT CAACCCTAAA
GAAAAAGATG GGCCATTTGG CGGCTGGGTG TATGGAGGAC CCGAATTCAT GGCCTATGCT
ACTGTCGCAC TCTTGCTAGC GGTGACTGCC AGCTGTATGA CAGTTTATCT CTCTTCATCC
GCTCACCATA CCACCTCGAA AGACTCTACA TTCCTCACTC CACCGTCTAA AATTCCAACA
GCCAAACAGT CCACCGCTTC CTCCCCTACC AAACGTACCG CCTCTCTCCC GTACGGCCCT
CATAACGAAT GTCAGCCCCT CCTCGATTCG GTCGCTAATG AACCTCCTAC ACCTTTGATC
GAATCGCCTC CCGAAACCTT TCGTAAAGTC ATGTTCTACG CTGCTGGCTC TGGTATCCCC
GAAATCAAGA CGATTTTGAG CGGGTTCGTC ATCCATGGAT ATCTTGGCGG ATGGACTCTG
CTCACTAAGA GTGCGGGATT GGCGTTGTCC GTCGGGTCTG GTCTGTCATT GGGGAAGGAA
GGACCATTAG TCCATATGAG TAGCTGTGTT GGCAATATCG TATCTAGAAT GTTTCTCAAA
TTTGAATGTA ATGAAGGTGA GCTCTTTTCG CTTTTGGTAT GGTCAAGTAC ACAGCAGAGG
CTAATGAAAA CGGCAGCCAA GCGAAGGGAA GTCCTTTCGG CTGCTTGTGC GGCTGGTGTA
GCGGTGGCGT TCGGTGCACC CGTCGGTGGT GTCTTGTTCT CTCTGGAAGA AGTCTCCTAT
TACTTTCCGC CCAAGGTCAT GTGGAGAAGG TAAGCAGAAT GCCGAACAGA ATGCGATCGA
CGGATGACTG ACTGGACGGC AGTTTCTGGT GCGCTGCAAT TGCTGCAATC ACGCTCAAAG
CATTGAATCC GTTTGGCAAC GGAAGCCTGG TACTGGTAAG TCCCTCAAAC TCGTCATCAT
CAGAACTAGA CGCCGACTCG ATACCCAGTT TGCCGTGACG TACACCAAAG AGTACCACTA
TTGGGAATAT ATCATCTTTG TAGTCCTTGG TGTCTTTGGC GTAAGTCTCA AACTCATTCA
TCCTTTTCGT CAGACATACT GATGCTTCGG CGTAGGGTTT GTATGGTGCG GTCTTTGCTC
GACTGAACAT TATCTGGAGC AGACATGTGC GGAATGGGAC TTGGCTGAGG AGACATCCCA
TCTTTGAAGT TGTACTTGTG TGTATCAGGC TAATCATTCT CTTGAGATGG CAAGTCTAAC
ATGGAGCACG CAGGTCGTGT TGTTGACAAC AATAGTGTCT TTCTCAAATC CATACACCAG
AATGGGCGGC ACTGAATTTG TGGCCAGCGT GAGTCCTTCT AGTCCTAAAT CAAGGACAAA
CCGGACTGAC TGTCTTCAAA GTTGTTTGAG GAATGCAATT CATCTTCTTC AAGCAGCCTC
TGCGTCAACC ACCCTCATGA GCTCGCCACC GTGATCTGGG AAGTTTTCAT GGCCCTGATC
ATTAAGGGCT GTTTGACGAT CATCACCTTT GGCATCAAGG TTCCAGGTTC GTGCCTCTTG
AAATCTGCAA AGATAGCTTT ACGCTGACGG TTTTGTAATA AAGCTGGCAT TTTTATCCCC
TCTCTCGCTG TTGGTGCTTG CTTTGGCAGA ATCGTTGGCC ATATGATGGA GTACATCGAA
TTCACCTATC CTGAATTGTC AATCTTCAAC GTCTGCAAAG ACACTGATTG TATTGTACCC
GGTGTTTATG CCATGGTAGG TCTTGCAAAT GCACGGAACA AAATAATATG CTGACACTGA
GCGTTGCAGG TCGGAGCAGC AGCTACTTTG GCAGGCGTTA CACGCACGAC GGTGTCACTG
GCTGTTATCA TGTTTGAACT CACGTCAACG CTCAATTATG TTGTGCCAGT GATGTTAAGT
ATTTTGATTG CAAAGACCGT GGCAGACGGG TTGGAGAAGA AGGGTATTTA CGACTTGGTC
ATTGAGTGAG TTCTAACCAC ATATCACATG GAAAGCAGGC TGACGAGGAA CGAAGCTTAA
ACCAGTTGCC TTACCTTGAC TCGAAACATG AATACCTCTG GGGCTCTCGC CGCGCATATT
CTGTAGCCGA TCGCTCTGTT CCTCATCTGC GCGCAGATAA ACCTCACACA GTGAGATCGC
TCACCGGTAA ACTGCTTGAA CTCGTGCGTT TGGGTATGGA GGATACTGGA TTCCCTGTCT
TGGTGAAGGA AATGACTAGT GCTGGAGGGC CAGGTACCAG TGCTGGTGTT GGATTGGAAG
GGGGGATCGG TAGCGGGAGA GAAAGGAGCT GCCTTAGGGT GGTTGGGTTC TTGGGTATCA
ATGAATTGGA ACATGCTCTT TGTAAGTAGG CTTCGTTGGA TGCGGAGATA GCTAGAGGCT
GACATAGTGA CTATAGCTGA GCTAGCGGAT GAGCCTGATG CTGCGATCAA TCTCATTCCC
GACGATGCTT CACAAGCGAG GGTACGCAGT AGTGCAATGT CAATCTTCAG CTTTGCCGAC
TCGTTTGTCG ATAACGTGTG GAATCCATGC GACCTCAGTC GATACATCGA TCAAGTGAGT
CTATCTTATA AATTTCTCTC CTAAAACACA AAGCTGATAG GCATACCAGG CGCCGATAAC
TGTACAGATA CACTCTCCTC TTGAACTGGT GCAGCAGTTG TTTGTCAAAC TCGGAGTCAG
GCAGGTCATC GTCGTGAACT CTCGGGGTGT GTTTCAGGGC ATAATCACCA AGAAGGCTTG
GCTGAACTTC CTGAGCGAGT TGGAGGAAGG CACAGGACAT TGAAGTGTTC TTTATTTGTA
ATCTATTAGT CATTTCGCTT AGAAAGCGTA GACTATCATT TTTTACGACT GTTTTTATGA
CCGCCATTCT TGTTTCATGA CTAACGCATT GCGATGGGTG TATTCATTAT GTACATACAT
ATCTCCATGC ATGTTTCGAC GTT
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| Protein sequence | MGTSMHSPFP SPEGSVLKRL KKKASNVGLG LGRPDNYDDE AVGRRGDEDE LLEDNEGERA
NGTRVWYSSF ATIDWIHDAI KESSRVRRLR NAASRSLRGK IANTWDRFQG WLVVTLTGII
TALIAFLIIR AEMAFFDLKE GFCSTSWGTA RRFCCAPRHQ SPGSDGGEDE CSDWIEWGQF
FNPKEKDGPF GGWVYGGPEF MAYATVALLL AVTASCMTVY LSSSAHHTTS KDSTFLTPPS
KIPTAKQSTA SSPTKRTASL PYGPHNECQP LLDSVANEPP TPLIESPPET FRKVMFYAAG
SGIPEIKTIL SGFVIHGYLG GWTLLTKSAG LALSVGSGLS LGKEGPLVHM SSCVGNIVSR
MFLKFECNEA KRREVLSAAC AAGVAVAFGA PVGGVLFSLE EVSYYFPPKV MWRSFWCAAI
AAITLKALNP FGNGSLVLFA VTYTKEYHYW EYIIFVVLGV FGGLYGAVFA RLNIIWSRHV
RNGTWLRRHP IFEVVLVVLL TTIVSFSNPY TRMGGTEFVA SLFEECNSSS SSSLCVNHPH
ELATVIWEVF MALIIKGCLT IITFGIKVPA GIFIPSLAVG ACFGRIVGHM MEYIEFTYPE
LSIFNVCKDT DCIVPGVYAM VGAAATLAGV TRTTVSLAVI MFELTSTLNY VVPVMLSILI
AKTVADGLEK KGIYDLVIDL NQLPYLDSKH EYLWGSRRAY SVADRSVPHL RADKPHTVRS
LTGKLLELVR LGMEDTGFPV LVKEMTSAGG PGTSAGVGLE GGIGSGRERS CLRVVGFLGI
NELEHALSEL ADEPDAAINL IPDDASQARV RSSAMSIFSF ADSFVDNVWN PCDLSRYIDQ
APITVQIHSP LELVQQLFVK LGVRQVIVVN SRGVFQGIIT KKAWLNFLSE LEEGTGH
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