| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNC07070 |
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| Symbol | |
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| ID | 3256668 |
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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 | 2069441 |
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| End bp | 2072768 |
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| Gene Length | 3328 bp |
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| Protein Length | 749 aa |
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| Translation table | |
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| GC content | 47% |
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| IMG OID | 638255927 |
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| Product | endoplasmic reticulum protein, putative |
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| Protein accession | XP_569848 |
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| Protein GI | 58265384 |
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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 | [TIGR00815] high affinity sulphate transporter 1 |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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| Plasmid unclonability p-value | 0.0178437 |
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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 | ATGCCAAGTT ATTTCTTCTT TTCTCTTATA ATCTTCAACT GTATATCCAG AATGGCGAGC
CCATCTTCCA TGCGAGATGA CCATCTGACT TTCACCACTT CTACTTCCGA CTCTGACACA
CTACCATCGA CAAGCCACAA TCCAAACACC GGCACAAACT CGAGGATCGC ACGCAATTTG
TCCGATGTGC TGTTCGGTAA AACAACCATG TCTGGCACCA GTCTCAACAC GACTGCAAAT
GAATCAACAC CGCTCTTGAC GGAACTACCC AGTCATGAAG GTAGGACACC AAGACGGAAT
TTTACAGCAA GTCTTGATCA GGTAGCAGAA GCAGAAGCCC GGAACCGGGT GGTCAAGCTG
AACAATGCGT CAATAATATT GAGCGAGAGT GGAGAATTAG GAGATGCCAG ATCGCCACAG
AAGAGGGCGA GCATAACGAT GGCTTACGCA AAAAGGATCA AGCAGAGATC AAAATATTAC
GTCCCGGTGA CGGATTGGTT ACCAAAATAC AATTGGTCTT TGTGAATTTT ACACTCTGTA
TTTCGAAATG GCAAGCGCGC TGATACATGA CATTGTAGGT TTTCTGGTGA CCTCGTCGCT
GGCGTATCTG TAGCATGTTT GTTGATACCG CAAGCAAGTA AAACCTCCTT CGATAAGGTA
GCAAAGACTG ACTCGAAAGT AAAAAGGCAA TGTCATACGC TAGCGGCCTT GCACGGTTAA
CACCGGTCGC TGGTCTCTGG TCAACAGCAA TACCAGCCCT GATATATGGC GCCCTTGGAA
CATGCCGGTA CGTCTCTGTT ATTAATTTTC ACACTTAGTC TTCCTGATCA GGACCTATCA
GGCAATTATC GATTGGCCCA GAGGCGGCTC TCTCTCTTTT GATCGGCCAG ATGATCCAAG
AAGCGGTGTA TGGTGACCCT CACAGTAGGC CAGCACACCC AGAAGCTGAA GCAGCAGCTA
TCGCTCTCAT CACTACCCTC CAAGTCTGTC TAAAATCCAT TTCTTACGCG CAAGATGTTG
ACCAATCCTT GTAGATCGGC GTTATTACCA GTGTTCTCGG CCTTCTCCGT CTTGGTTTTC
TTGACGTCGT TTTATCACGG GCTTTACTCC GTGGGTTTAT CACCGCCGTC GCCGTCGTAA
GCATCCCGTT TACAATCCAC CATCATCATA GTCATTGACA TATGAGCCTT GCAGATTATC
TTCATCGAAC AACTCGTCCC TATGCTCGGC CTTACCGCCC TCCTCGCCCA GCCTACTGAC
CCCTCTCAAG AACCCCCAAC ACGCCCTCTC TCCAAACTTT TCTTCACAAT TAACAACATA
CATTCCATCA ACGTACCCAC TGCACTTTTG AGTTTTATCA GTTTAGGCTT CCTCATCGTC
GTTAGAGTAA CCAAGCAGAA GATTGCGCAA ACGCCTGGAG GGAAGTGGGT GAGATATGTG
CCGGAGATTT TGATTTTGGT TGTTGGGACT ACGGGTGAGT TTACGTTTCG TTGTGTTGTG
TGAATGGGAC CCTTGTTGAT AAGCCTTTGG ATAGTTCTAA CAAATGTACT GAAGTGGGAT
GACATGGGAG TTGAAGTATT GGGCAAAATC AAGGGCGGGT CGAGCCTTCC TTTCGGATGG
CCTATATACA AAAAGACAAT GAAGTATTTC AATTTTACCG TAAGCAATCA TTTATCCCTG
TCAATCCAAG CTCCCGCTCA AACGAGGATG CGCTTTTGCA GCTTCCAACA GCATTCGTCA
GCTCGGTAGT GGGTGTCGTA GACTCTATCG TTGCAGCTCG AGAGAATGCG GCAAAGTACG
GGTACGCCGT GTCGCCGAAT AGGGAGTTGG TCGCCTTGGG TGAGTCGTCT TTCAGCTGAC
ACATTTGCAA TTTTGATTGA TGTATTCCCT TTCAGGCGCT TCAAATCTCG TCGGCTCGTC
TATCGTAGGA ACTGGAGCAA TCCCAGTTTT CGGTTCCATT ACGCGTCAGT CTCTAAGTGC
CTTGCACCAT TCCCCTAAGG TTGCTTGGCT GATACAATCG TGTATATTTC AGGATCTCGT
CTAAACGGCC AAATTGGCAG TCGTACCCAG ATGGCAAGTA TAATTACCAG TATCTGCATG
ATTTTTTCCA TCTTTTTCCT TTTACCTTAT CTCTACTACC TCCCCAAGGT GCGTCCAATT
TTCGTTTCTG CGCTCAAGCA GAAGGTCCTG GCCTTCTCGC ACTGACTATG TGGGTGTATA
TGTTTTATAG GCGGTTTTAG CAGCAATCGT CACCGTGGTT GTCTACGCCA GTAAGTTCTT
TTGTAATGAA TATATAAATG GAGTCGCACT GATGAGGGGG TGTGTTCTAG TTTTGAATGA
AGCACCGCAC GAAATTCTAT ATTTCTGGAG AATGGGAGCT TGGACAGATT TCTTGCAGAT
GGTAGGGACC TTTTTCCTCA CGCTGTGTTT CTCCATCGAG GTATGTCCCC TTTTTATCCC
TCTCCGTTTC CAATTCCCGC TGCCAACCAT CCACAGCTCG GCCTCGTAGC ATCCGTCGTC
TTCTCCCTCA TTCTCGTCAT CCAGTCCACC TCCCAACCGC GTATCAAAAT CATCGGCCGC
GTACCGGGCA CAAATGAATG GGTACCTATC GATGAGGATG AATCAGCACA GGAAGAGATT
CCGGGGGTGT TGGTGGTGAG GATCAGAGAG AATCTGAGTT TTGCGAATAC GGGGCAGTTG
AAAGAGCGGT TAAGGAGGGT GAGTCGTTCT GTGTTTAGGC GTTATCCCTT CCCCCTTCCT
CTTACGACGG ACGTCAAAGT TTACTGCACA GGAGCAGAAA TCTAGATCAA AGCTAATGAC
AACGGAAATT TGTAGTTGGA GTTATATGGA ATGGATAAGA GTCATCCAAG TGATGAACCA
AGGAGGGAAT CTGCCAAAGC TCTCATTTTA CACATGGGCG ATGTCGAGCA GATTGACGCG
TCGTGAGTAG TTTCCCATTC CCTTCCTTCC GCCGTTCGGA TCCGTCAAGT TCCTCTCTAG
CAGTTAACTG ATCTCTGGTC TATACCGTAT AGAGCCACGC AAATCTTATA CGAACTCACG
AAAGCGTACC ACGAGCGAGG CGTAGGCGTG CATTTCGCAC ATTTAAGACC GGGGCAGGTG
AATGCGTTTG GTATTGCGGG TATCACAGAT ATTGTGAGTT CAATTTCAAA TTTCAATATA
TCTCCATCCT GTATAATGCG GACGCGTGTT AATAATACAA TTGAAGGTCG GCCCAAGTCA
TTTCCATCGG GATTTGAGTA ATGCCATGAG AGAAGTGGAG AGTATGGGTT ATGGGACGAG
CATCTTTGCG AGATGGGATC CGTCATAA
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| Protein sequence | MPSYFFFSLI IFNCISRMAS PSSMRDDHLT FTTSTSDSDT LPSTSHNPNT GTNSRIARNL
SDVLFGKTTM SGTSLNTTAN ESTPLLTELP SHEGRTPRRN FTASLDQVAE AEARNRVVKL
NNASIILSES GELGDARSPQ KRASITMAYA KRIKQRSKYY VPVTDWLPKY NWSLFSGDLV
AGVSVACLLI PQAMSYASGL ARLTPVAGLW STAIPALIYG ALGTCRQLSI GPEAALSLLI
GQMIQEAVYG DPHSRPAHPE AEAAAIALIT TLQIGVITSV LGLLRLGFLD VVLSRALLRG
FITAVAVIIF IEQLVPMLGL TALLAQPTDP SQEPPTRPLS KLFFTINNIH SINVPTALLS
FISLGFLIVV RVTKQKIAQT PGGKWVRYVP EILILVVGTT VLTNVLKWDD MGVEVLGKIK
GGSSLPFGWP IYKKTMKYFN FTLPTAFVSS VVGVVDSIVA ARENAAKYGY AVSPNRELVA
LGASNLVGSS IVGTGAIPVF GSITRSRLNG QIGSRTQMAS IITSICMIFS IFFLLPYLYY
LPKQSSPWLS TPMVGTFFLT LCFSIELGLV ASVVFSLILV IQSTSQPRIK IIGRVPGTNE
WVPIDEDESA QEEIPGVLVV RIRENLSFAN TGQLKERLRR LELYGMDKSH PSDEPRRESA
KALILHMGDV EQIDASATQI LYELTKAYHE RGVGVHFAHL RPGQVNAFGI AGITDIVGPS
HFHRDLSNAM REVESMGYGT SIFARWDPS
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