| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNK00030 |
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| Symbol | |
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| ID | 3254476 |
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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_006680 |
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| Strand | + |
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| Start bp | 8309 |
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| End bp | 11682 |
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| Gene Length | 3374 bp |
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| Protein Length | 599 aa |
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| Translation table | |
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| GC content | 47% |
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| IMG OID | 638253496 |
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| Product | conserved hypothetical protein |
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| Protein accession | XP_567772 |
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| Protein GI | 58260724 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG2271] Sugar phosphate permease |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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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 | CACAGATTAT AGATACCCTG CTCGGCTCTC GGCTTTCTCC GTCCATATAT CCATCCCACT
GGAGAAGAGA TAAAGACCCC TTGAACATGG GTTCATTCCC CCCACCCACT GCAAGCTCGT
CAAGAGTGAC CCTTGATAGC CATCCCAACG ACCGTCAGCC CCTTCTTTCG TCCTCTTTAT
CCTCTCATTC AGCCCATCAA CACGTCGTCT CACATTATCG CTCTATATCT CCAGCGTCAA
ACCCAGATCC GAATCCAAGT GCGATCAGAG ATATGGTATC CACAATGCTA GGGTTCGCCC
CTCAGGATGT TCCCGAGTCT TCTGTCAAGG ATATAGCTGT CATCGATCCC ACCGCATCAG
TGTATGTCGA CCCTCAAACA GGAGCGCTGA TCGAGGAGAA AAGTAAAGCA GAGAGATGGT
TCGTCGCGAG ACTTGACGCG GTGTTGCTCC TTTTCGTTTG TATTTCCCAG GTTATCAAGT
ACCTCGACCA GCAGAGTGAG TCTTCTTTTC CTCCCCTTGC TTTCCTTCCT GTAGCATGGG
TAAGATCGGG GCGAAGCAAA AGGGAGTCCG CTAATACAGA TTTTGGGATA AAGATATATC
TGCTGCATAC GTATCTGGTA TGAAAGAAGG TGCGCTCGAA TCTAGCTTCC CTTTCCTCTC
CAAAACCCCC ACTAATGACA TCTCGCTTGC TCATGTAGAA CTGAGCCTTT ACGGAAACCA
ATACAACTAT TTCACCACGT AAGCCCATTC TCCCACTTTT GGTCTGCCTT CCTTTCCATG
CTCATCATTG TTCCATCTAT ACAGTTACTT CAACGTCGGC TACGCCATCT TTCTGATCCC
TTCCCAAATC ATCATCACCC GCGTTCGCCC CTCGTTATGG TTACCAGCTC TCGAAGCTTG
CTGGGGTGTT TTGACAATCG CGACGTACAA GGTGACAAAC TATAAGCAAG TGTATGTCTT
CATTGTTTCT TTCATTTTCT TCTTTTCTTA TTTCCTCCTT TTCTTCTTTC TGCTTTTTAT
TTTGCAAAAT ACGGTGTATG ATGTACCATG TACCATTGTG GTGTGGCGTG ATGTGTACGT
GGCGGAAAGC TAACAAATGG CTTATAGTTA TGCACTCCGC GCTTTCGTAA GACACCCCCT
ACCCTCCCTC TGGGGGTTGA AAGATGAACC CAAGTTGACC AGCCTCTTCT CTTCGCCTGC
AATAGACAGG AGCCTTTGAA GCATCATGCT ACCCCGGTGC AATCATGCTC CTCATGTCTT
GGGTGAGTTT TCCTTTTCCT CCATTCCCTA CCCTAGTCGT CATGTTTTCA TTCCCATCAG
AAAATTGCTG ATGGAAAAAT TAGTATACTC CTCGAGAACT AGCACTTCGG ATTGGTTTCT
ACCATAGTTG TCAATCCAGT ACGTCCATTC CCCTCATCAG AAAAAGATAA TAAAGAAGAA
TCAGACTATG GAGGCTGACG AACACTTGTG CGATTACAGT CGGCAGCATG TTAGCAGGCG
CATTGCAAGC TGCGATATAC AATAGCATGG ATGGGCGGAA TGGCATTAGT GGGTGGCGTT
GGATGTTTGT CAGTTCCCTC CTTCCTCTCT CGCCTCATCA GCTCTCCCCC CCTCCCTTTC
CACTTCTCGC TGATAGCTGA GACCTTGACA TCACAGATTA TCGACGGAAT TGTCACTCTC
CTCGTAAGCT TTGCAGGGCT CATACTGATC CCCGATTTCC CTTCGAAACC AAAGTACGTC
TTTCGTTGCC TCTGTACCGT CTTCCTTCTG CTCATCGGCT CTTACTGATC CTCCCCACAG
TCCCTGGTCA TTCTATCTCC GCCCATCCCA TATCTCCATT GCCCGCTCTC GGGCCGCCCA
ATTCCATCGT GCCGATAACA AGAAATTCAC GTTCTCATCT GTGAAGAAAG CCGTGACAGG
GCCGCTGTTT TACTGCTTTG TGGTACTTTA TGTGGCTACT GTCCTGGGCC AGGGGGGATA
TAATTGTACG TCTCTCTTCG TTCGGTTTCT TTTCTCCTCA CACACCCCTC GTTCTCCAGT
TGAATATATA TAGATGCTAA TTGTCATATA CTTGACCGCA CATTACAGAT TTCAATCTCT
GGCTCAAAAG TCTCACAAAC CCAGATGGTA CACCCCGATG GTCCGTAGCG CAGATCAATG
CAATCCCTAT CGGAGGTAGC GCCATTGCCG GTATGTCTCT ACCTCCTTTT CTCCCCTTCC
CTTTTCTTTT ATCACCGTCT TCCTTGTTTT CTAGAGCCTT TTTTAGGTCA AGCTGAGCTC
ACACTGTCCA CAGTGGCAAT GATCTGGGTA TGGGGCTTCA TCTCCGACTA TTTCCAAACC
CGCTGGATAC CTGTCATCAT CCAAGCTGGT ATCGGTCTCA TCCCAGGGAT TATCATGAGT
ATCTGGAACG TGTCGGATAA TGCCAAGTAC TTTAGCTGTG AGTCTCTGTC CTTGCCTCCC
CCTTCCCTTT GCCCAATATA GTATTACAAT ATCAAGGGGA ATTTGAGCCT ATTACCTGAA
CTTGAGACAA GAAGCTAACA TTCATCATTT ACTTTACAGA CTTTACATGC TACCTTTCCC
TCGCTACGGC TCCTCCCATC TTCGCGTGGC TTTCTGACCT GAACCCATTC GACGCCGAAC
AACGCGCATT TACACTTGGT TTTGCGATTG CGTTTTATTA CGCTTGTGGG GCGTGGTCCG
GGCCGCTCAT TTGGCCGGCG TCGGAGGCAC CTGTACGTTC TCAACGTTCT TCCCACTTCT
TTTGCCATCT TTCAGTCTTT GTACTTTTCC TCCCCCTTCC ATTTTCCCGT ACTCGCCCCA
TTCCCCTTTT TTTTCTCTAT AATGAAGTTG GACACGCGCT GATAGTATCA ACTTTAGCAC
TATCGTCATG GATGGCAAGT CACAATTGCA ATGTGGTGTT TGGTAATCAT CATGGCTTGT
TCCCTGAGAA TAGTAGAGCT CAAATTCATT CGGTACGTTC CATGTCCTCT AACATCAGCT
TACCCCATTC TCGATCGGAT AATATATATG GCAATGCTAA TTTCTCCTTT CATCGTTTCT
GTTCTGTCCC GCTTTCCTCC TCCTTTGACT TACCCTCCAC CAGACCGCAG AACGTTCGAA
AGGCGGTGGA CGCTGAGAAT GCAGAGAGAA TCAGGCAAGA GGAAGAAGAT GAAGATGATA
AGAAAGACAC TACGGTGGGA AGGATCATCT CTGTTGTTAG CCGTGCGTGA GCATGAACTG
GAGCTTCAGT AAAAATTTTA ACGTTGTTAC GATGGGTATA ACCTTGTTGG AGAATGTTTC
GTAAGATTTG AATCAAAGTT GTCATAATAT AACAAAGGTC TATAGTTGTT CAATATGAAT
TAGGGAAATT ATCG
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| Protein sequence | MGSFPPPTAS SSRVTLDSHP NDRQPLLSSS LSSHSAHQHV VSHYRSISPA SNPDPNPSAI
RDMVSTMLGF APQDVPESSV KDIAVIDPTA SVYVDPQTGA LIEEKSKAER WFVARLDAVL
LLFVCISQVI KYLDQQNISA AYVSGMKEEL SLYGNQYNYF TTYFNVGYAI FLIPSQIIIT
RVRPSLWLPA LEACWGVLTI ATYKVTNYKQ VYALRAFTGA FEASCYPGAI MLLMSWYTPR
ELALRIGFYH SCQSIGSMLA GALQAAIYNS MDGRNGISGW RWMFIIDGIV TLLVSFAGLI
LIPDFPSKPN PWSFYLRPSH ISIARSRAAQ FHRADNKKFT FSSVKKAVTG PLFYCFVVLY
VATVLGQGGY NYFNLWLKSL TNPDGTPRWS VAQINAIPIG GSAIAVAMIW VWGFISDYFQ
TRWIPVIIQA GIGLIPGIIM SIWNVSDNAK YFSYFTCYLS LATAPPIFAW LSDLNPFDAE
QRAFTLGFAI AFYYACGAWS GPLIWPASEA PHYRHGWQVT IAMWCLVIIM ACSLRIVELK
FIRPQNVRKA VDAENAERIR QEEEDEDDKK DTTVGRIISV VSHLNQSCHN ITKVYSCSI
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