| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNM00460 |
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| Symbol | |
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| ID | 3255101 |
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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 | 113368 |
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| End bp | 116986 |
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| Gene Length | 3619 bp |
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| Protein Length | 546 aa |
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| Translation table | |
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| GC content | 46% |
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| IMG OID | 638254205 |
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| Product | allantoin permease, putative |
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| Protein accession | XP_568358 |
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| Protein GI | 58261896 |
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| COG category | [F] Nucleotide transport and metabolism
[H] Coenzyme transport and metabolism |
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| COG ID | [COG1953] Cytosine/uracil/thiamine/allantoin permeases |
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| TIGRFAM ID | [TIGR00800] NCS1 nucleoside transporter family |
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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 | CTTCCTCGCC TTCCGAAGAA ACTTGGGCTA CCCCTTCGAC CAGGCATCCT GATAAGGAAC
GCAACAACAG AGCGCTTTTT GTTCTCTTCC GTTTTGAGTT CTCACCGGTA TCACAAGAAA
GAAAGTCTTT CGACATTTCA CACCTATTTT CTGTGAGGCT GTCTCGATCT TATATTGCTT
GGAAGCCCTT CGCTTTGATC TTTGAGACTC ATAGAAAACA GTTACATCGG GCGCTAGTAA
GTTCACATTT TCCACATCCT CGGCCTTAAC AACTCTTCGG CTTCCCGCTT TGTTCTCGTT
ATATCCCATC CACCCTACAT CACATCACAC ACAATGCCTT GTGTTGGGGC CCATCTTTCC
TGTATTTGCT GATGGCCTGA CATAGCCTGG CATTTTCAGG CGGTTACAGT ACGGATAATT
TTGACCGTTA ACAACCCCAT TTGTATCCTC GTCGCATTTT TTTTCCTTTT TCGTATCTCT
ATCCTTATAT CTCGACGCTT TACGACCTCT GCCGAAAGGG CAATCTATCT GCTTTTAGTA
TCAGGTACTG CACCTGACGA CCGGCCATCA ACCATCAAAG ACTCATCAAT CATCACCTCT
CCTAATCACG TCGTAACTCG ATTGATCGGC GAAACAATCA GTGAGTCAGG GCCTCTGAAT
GTCGTGAAAC TCTTTGCTTC TTCAAGTGTG GCTTGGCTAT GGCTGTGATA TTTTTCGAGC
TTTAGCAATG ATACGCTACC CACGGTCTTA TTTGATCTAC CCTTACAAAG GAATGGAAGC
CTATCAGCTC CCATGGGGCA TGTGAGATCC AAAACCCTCG ACGCCACCGC CCATGCAATC
GCTCGGGAGC TGTGAGCATG CTCTTGTCTC TCTTTGGAGC TAGCGCGCTC TCATTTCGGG
TTTGCTCTGT TTTCCTTCCT TCTTCACCTC CGTTTTCCCT TACTGGGCAA GCGTTTCAGG
TCCTAGGCGA CGGCAATCAC GAGGGGACGT GCGTTGCGAT GGGAGCTTGA AGACATTATT
GCCATCAATC ATCAATCACA GTTACTTAAT CATCGACGGA TCATGGTTTT CTCCGCTTCT
CTTCTACATC TTACGTGACG GCAAGCCAGT GCATAAATAT TCGGAGCTTT TCAGTTGTCA
TCTGCTTTCC CCATCCATCT TTTCGTTCTC ATCCTTTTTT TCCATTTAGT CGTGTTATTA
AGGTACTTTA TGCCTGGAAC CATAGCCATA CTGCATGACC CTTAGCCTAC ACGACAGCTA
ATTCACAAAT CTTGCCGCTC AGACATTTCA CATCATGCCT ATCAAATTCT CCAAGCCAGA
CACCAAAAAG TGGTTTACGT TGGATTATTG GCGACTCGAC ACTCCTCCGG CCTCCTATGC
AACTCATGAT GGTTGGAGTA ACGCGGATGT CGATGTTGTT CCTGTGGAGC AACGGAACTG
GCGAGCGTGA GTATCACGAA GTATTATCAA ATGGCGAAGC CTAATCCTTC AATAGTATCA
ACTACCTCTT CTTGTGGTTG GCTGATGGTG CCAATGTTGG CACTATGCAA CAAGCCGGCT
CTATTGTCTC TCTTGGTTTG AGTTGGAGAG AGGCTTCTGT CGCCATGTCA GTTCAATGGC
AAGCTACAAG GGTTATCGGC TGATCTATCA TCTAGCGCCA TCGGCAACAT TATTATTGCT
GTCGCGGTCA CCCTTAACGG TGTGATTGGC TCTCGACACC ATGTCCCCTT TTCCATTGCC
TCTCGTGCTT CACTTGGTTT TTACTTTTCT TATTTTGCCG TCATTTCCCG TCTCGTCCTG
GGTCTTATCT ATTTCGGGTG AGTTCTTTCC AAGGTCCACG CCCATCACTT TCTAATCTGC
GCAGTATTAA TACATTCATT GGTGCATCTT GCACCCTCAT CTGTCTCGAA GCTATCTGGC
CTCAGCTCAA GACCTACAAC AATACCATCC CCACTTCCCA GGGTGTTACT AGCAACAAGA
TGATTGCATA CTTTGTCTTC TGGGCAAGTG CGTATTTTTA ATCTGCGCGC CATTGAAGTA
CTGTGCTGAA GATGTCTTCA GTTCAATTCC CACTCGTGAT GATCCCCCCT AGGAAAATGC
GATGGTTATT CTTCGTCAAG TCTCTCTTTG CTATCGTTGC TGCTTTCGCC ACTCTCGGCT
GGGCTGTTAA GCAGGCTGGC GGTGGCGGTC CCATCTTTCA GCAACACACC GCTCTCACAG
GCTCTGCCAA GTCTTGGGCT TGGTTGGCCG GTATCAACGT TGCTATCTCC GGTAAAACCA
CTCTTGCCAT CAACATTGTA AGTTTAACCG CACTCTGTTG GCGACTTTTG CTGATGTTTC
GTAGCCTGAC TTGACTCGAT ATGCGCGAAA GACTAGTGAC GCCTACTGGC AGATTATCTT
CATCCCTATC GTCTACTGGG TATTTTCCTT CATTGGTATC GTCATTGCTT CTGCTGGCCA
GGTAAGTCAT ATGTTCCACT CAATCGCCAT ATGCTAATCA TATTCAGGCC ATTTACGGCA
CCCTTTACTG GGATCCCACT AGTATCGTCG CCCTCTGGAC CTCTCGAGCC GGAGCCTTTT
TCGTCGCTTT TGCCTTCGGT TTCGCCACTC TCGGTACTAA CATCTCTACT AATTCTATCG
CCACATCTAA CGATTTTGCA TTCCTTATTC CCAAGTGGCT GAATATCAAG CGAGGCGCCT
TCATTACCTC TCTTGTGGGA GGTTGGGCCA CTTGCCCTTG GAAGATCCAA GCTAGTGCGA
CTTGTGAGTT GCATATCATC TCATACCTTG CTTTCTCATT ACTAATTGTA TCTTTCTGTA
GCCTTGACCA CCTTCTTGTC AGGTTACATC ATTGTCTTGG CTCCATTGGC AGTAAGTCTG
CTTCTGTCTC CACCATCTAC GCTCACTGAC ATACAATGAT CTTTAGGCCA TCATGATTGT
GGACTACTGG GTCCTTCGTA AGACCCACTT ACACGTCCCT ATGCTCTATC AAAATGAAGG
CATTTACAAA TACACCTGGG GCATCAACTG GCGAGCTTTT GTAACTCTTG TGGTTGTTAT
CCCCGTCAAT CTCCCTGGTC TTATCCATGC CATCAACCCC AAAGTTCCCA TCGGCAACTT
CAGCTACTTC TGTACGTTCG CAGGTTACTT ATTAATAGGA CAAGGCTAAC TTAATTATGC
AGACAAGGCC TCTTGGCTCA CATCTTTCTT CATCGCCACT GGAGTCTATC TTATCCTTTC
TTCCATCTTC CCTCCTACCT CTACTTTCGT TGAAGCCACC GTCGAGAGCA TGGATGAGGA
CATTTCAGAC CCCATGACCG ATTCCAAGGG CTGGGAGAAG GAAAACGGGC GAGAGTCTGA
CAGGAACTAC CCCATCATCA ACTCTGTCTA AGTTTCATGT CGCCATACCG CACCAGAAAG
AGAATAGAAT ATCTTTATCA AGAGGATTTT TGTGAACAGT AAAAATATCG TTTACATTCT
TTCACATTAC TTGTTTTTAT AGCTTTTGAT CTATCAGAGG ATAGTGACAT TTGTGTTATA
TATGGGATGT CATGAACTTA TAATTATAAC TCAATTTATA CTTCGTTTTT GGGTTTTTGG
TATGCACTAT ATGTTTTAT
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| Protein sequence | MPIKFSKPDT KKWFTLDYWR LDTPPASYAT HDGWSNADVD VVPVEQRNWR AINYLFLWLA
DGANVGTMQQ AGSIVSLGLS WREASVAIAI GNIIIAVAVT LNGVIGSRHH VPFSIASRAS
LGFYFSYFAV ISRLVLGLIY FGINTFIGAS CTLICLEAIW PQLKTYNNTI PTSQGVTSNK
MIAYFVFWAI QFPLVMIPPR KMRWLFFVKS LFAIVAAFAT LGWAVKQAGG GGPIFQQHTA
LTGSAKSWAW LAGINVAISG KTTLAINIPD LTRYARKTSD AYWQIIFIPI VYWVFSFIGI
VIASAGQAIY GTLYWDPTSI VALWTSRAGA FFVAFAFGFA TLGTNISTNS IATSNDFAFL
IPKWLNIKRG AFITSLVGGW ATCPWKIQAS ATSLTTFLSG YIIVLAPLAA IMIVDYWVLR
KTHLHVPMLY QNEGIYKYTW GINWRAFVTL VVVIPVNLPG LIHAINPKVP IGNFSYFYKA
SWLTSFFIAT GVYLILSSIF PPTSTFVEAT VESMDEDISD PMTDSKGWEK ENGRESDRNY
PIINSV
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