| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNJ00590 |
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| Symbol | |
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| ID | 3254336 |
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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_006679 |
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| Strand | + |
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| Start bp | 166980 |
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| End bp | 170574 |
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| Gene Length | 3595 bp |
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| Protein Length | 733 aa |
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| Translation table | |
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| GC content | 50% |
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| IMG OID | 638253216 |
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| Product | glycogen (starch) synthase, putative |
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| Protein accession | XP_567312 |
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| Protein GI | 58259799 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 19 |
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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 | TACAGCTGCT GGGAGCACAG ACCTCGCCTC TTCCCCACAT CCCCTGCTCG ACACCACGGT
GAGTCCGTCT TCCATCCATC TCCTGTCCTC CGTTCCCCCT TTCAGGAACA ACTCCGCTCT
TCAATACCGC ATTGGGAAGT CATTTACCCT GGCTCCCGTA TACGAATACC TGTTGTGTCC
TGCATCCTGC ATCCCCAATT CCTCCTCTTC TCTATCATCT CTTCCTCCCC TTCTTCTTTT
CCTCCCATCT ACCGCTTCGC AAAACATCGG GAAAATCCAG CTTGTCTCAG CCAGTGGAAG
ACCGCCTTTG GCTCAGGTCC GTATTGTGTT GTGCCCCGTT ACTACCGTTG GGTGAAGGGA
CGCCCTCTAC TCCGCTCTCT CTCCCGTCTC CTCTCTTCCA TCTCATCCTT CCTCTGAAAG
CAGCCGCTGA CTCTCTTCCA TCCAGAGCGT AAAGAAAAGT AATCCTCTCC AACCAATTAA
CTACTGCCCA TCTATATATC CTCCCACAAC TCTACCTCAT TCAATAACCT GTATCCGTCA
TGCCTCGTTC CGTCCACAAC CCGTTCCTTT TTGAGGCTGC TTGGGAAGTT GCCAACAAGG
TCGGAGGTAT TTACACCGTC ATCAAGACCA AGGTGCCTGT TACTGTCAGA GAATACGGTG
ACCGGTGAGT CTGTCCCTCG AGCAGAATTC GAGGGGGCCA GAGCTAATAT TACTTCCAGC
TTATGTTTGA TTGGCCCCTT GTCTTATAAA TCTGCTCCTG TAGAAGTCGA AGCCGAGGAG
CCGTGAGTTA CTGATACTAA GCAAAAGATA AGGGGCGGGA GCTGACAAAT ACCTAGTGGA
CCGGGACCGT TCGGAGATGC TCTCAGGTCT ATGCAGGAGC GCGGCGTCAA GCTTCTTTAC
GGCCGATGGC TTATTGAAGG CGCCCCTAGA GTGTTGCTCT TTGACACGGG GTCTTGTTAC
GACCGGTAAA TCAAGCAATT TCTCCGTGCT GAGGGAAGAT GGCTGACCGT CCAGGTAGTA
TGGACGAATG GAAGGGTGAC CTCTGGAACC TTGCCGGTAT CCCCTCGCCT CCAAATGATC
ACGAGACCAA CGAAACTATC GTCTTTGGCT ACATGGTCGC CTGGTTCCTC GGCGAGGTAC
GCCGCTCCTC CCTCCCACAA GGTTTCTCCA CGCTAACTCT GATCACAAGT TCGCTGCTCG
CGAAACCGAC AACGCCATCG TTGCCCACTT CCATGAATGG CAAGCCGGTT TAGCCATCCC
TCTTTGTAGG AAGCGACACA TTGACGTCAC CACCATCTTC ACCACCCACG CGACTCTTTT
GGGTCGTTAC CTCTGTGCTG GCAGTGTCGA CTTTTACAAC AACTTGCAGT ACTTTGACGT
TGATCATGAA GCTGGTAAGC GGGGTATCTA CCACCGTTAC TGTATCGAAA GGTCTTCTGC
ACACTGCGCC GATGTGTTCA CCACCGTCAG CCACATTACC GCGTTTGAGA GCGAACACTT
GTTGAAGAGG AAGCCTGGTA CGTTTGTGAA TTCTGGTCGC CATGCCTTTT GCTAACCGCA
CTACAGATGG TGTCCTCCCC AACGGTCTCA ACGTTGTCAA GTTTGCCGCC ATGCACGAAT
TCCAGAATTT GCATGTTCAG TCCAAGGAGA AGATCAACGA ATTCATTCGT GGTCATTTCT
ATGGTCACTA TGACTTTGAC CTGGACAACA CCATTTACAT GTTCACTGCT GGTCGTTACG
AGTTCAGGAA CAAGGGTGTC GACATGTTCA TTGAAAGTTT AGCTCGTAAG TTATACTGAA
AGAGGCTGAA AGGCGAAACT AAATAAAGTC CAGGGTTGAA TCATCGCTTG AAGAAGATGG
GCTCCAAGAC CACCGTCGTC GCATTCATCA TCATGCCCGC CGCTACCAAC TCTTACACTA
TCGAAGCTCT CAAAGGTCAA GCTGTCACCT CCCAGCTCAA GGACTGTGTC GAGCAAGTGA
CCAATCGTAT CAGCAAGCGA ATCTTTGAAC ACGCCTGTCG ATACTCTGGC GAGCACGGTA
CAGAGGTTCC TAATCCTGAA GATTTGCTCT CCAACGAGGA CAGGGTTTTG CTCAAGCGAA
GGGTGTTCGC CCTGAAGCGA AACTCTCTGC CGCCTATCGT CACGCACAAT ATGGCGGATG
ACGCAAATGA CCCTATTTTG AACCAGCTCA GGAGGGTACA GTTGTTCAAC AGGCCCGAAG
ACAGGGTCAA GGTTATCTTC CACCCCGAAT TCTTGAACAG TAACAACCCC ATCTTGGGTC
TGGATTATGA AGAGTTTGTT AGGGGTTGTC ACTTGGGTGT TTTCCCTAGT TACTGTGAGT
GTATTTGGTG ACTGTAGAAG AAGATGAAGC TGACATGTCT TGCAAGACGA GCCCTTCGGT
TATACCCCCG CCGAGTGTAC TGTCATGGGT ATTCCCAACA TCACTACCAA CTTGTCCGGT
TTCGGTTGCT TTATGGAAGA CCTCCTGGAG TCTCCCGAGG TAAGTCAATC CCCCACCTTT
TTTTCCTTTT ACTTCTGGCT CACTAACTTG TATTGTAGGA CTACGGTTGT TACATTGTCG
ACCGACGAGG TCAAGGTATC GAAGAATCTG TCGACCAGCT CACCGGCCAG CTGCTCTCTT
TCACCACCAA ATCCAGAAGA CAGCGTATCA ACCAGCGTAA CCGTACTGAA CGCCTGAGCG
AGTTGCTGGA CTGGAAGTCC CTCGGTCTCG AGTACGCCAA GGCTCGTCAA TTGGCTTTGA
GGCGAGCTTA CCCCGACTCA TTTAATGATG ATGAGCCCGA CTTCACTGGT GTGCAAAAGG
TTGGCGCGCC GCTCTCTGCG CCTGCGAGCC CGAGGATGAG GACTGGGATG ATGACTCCTG
GGGATTATGC CACTTTGACT GAAGAGATGG AACATCTTTC TACTCAAGAC TACATGGGTG
CTAAGAGTGA GTTTTCCTTT TCCATCTTCC CCATATGTGA TGACAATGAG TTAACAAATC
TTCAGGCTGG AAAGGCATCA ACGATGATGA TGACGAGAAC CATTATCCTT TCCCTCTCGT
CATGAAGCCC CGTAAACGCT CCGACTCTCT CGCTTCTGCC ATCTCTGGTA ACGCTACCCC
TTCTGGCGGT AGGAAGCTCT CCGAAAATGA TTTGGCCAGG GCCGATGCTG CTTTGAGCAA
TGTTGAGGGG GTTCACGCCG ACGGAATCAA CGGACATCAT TAGGTCACTT GGGCGCTGGA
GTCTCCTTGG CATTGGTAAA GTCATGAAGG GCGGACTGTG TGTTGGCGTG ATTCCGTGAA
AGTATTCAAT TTAATTCAGT GTAAACGGGG AAAGCCCTGT TTACATGTGT CGTTTCTGTA
ATTAGTTCTG CAAAGTCTGG GAAAAGGAGT AAGGAAGGGA TTTCATGAGG GAGGAGAGAG
AAAATGGAGG AGCGCATCTA CCATACCAAA GTGTTTTGAG CGACATTTTG GTATATTTGA
ATTCAACTGT TCCTTGAATG GATATTTTGA ATGAACAAGA GCAAAGCGCC AAAGAAAGGA
GGTCATCTTC TCGAGTCAAA TCCGGACGCA AACTAGAACT GGAACAACTG AACTC
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| Protein sequence | MPRSVHNPFL FEAAWEVANK VGGIYTVIKT KVPVTVREYG DRLCLIGPLS YKSAPVEVEA
EEPGPGPFGD ALRSMQERGV KLLYGRWLIE GAPRVLLFDT GSCYDRMDEW KGDLWNLAGI
PSPPNDHETN ETIVFGYMVA WFLGEFAARE TDNAIVAHFH EWQAGLAIPL CRKRHIDVTT
IFTTHATLLG RYLCAGSVDF YNNLQYFDVD HEAGKRGIYH RYCIERSSAH CADVFTTVSH
ITAFESEHLL KRKPDGVLPN GLNVVKFAAM HEFQNLHVQS KEKINEFIRG HFYGHYDFDL
DNTIYMFTAG RYEFRNKGVD MFIESLARLN HRLKKMGSKT TVVAFIIMPA ATNSYTIEAL
KGQAVTSQLK DCVEQVTNRI SKRIFEHACR YSGEHGTEVP NPEDLLSNED RVLLKRRVFA
LKRNSLPPIV THNMADDAND PILNQLRRVQ LFNRPEDRVK VIFHPEFLNS NNPILGLDYE
EFVRGCHLGV FPSYYEPFGY TPAECTVMGI PNITTNLSGF GCFMEDLLES PEDYGCYIVD
RRGQGIEESV DQLTGQLLSF TTKSRRQRIN QRNRTERLSE LLDWKSLGLE YAKARQLALR
RAYPDSFNDD EPDFTGVQKV GAPLSAPASP RMRTGMMTPG DYATLTEEME HLSTQDYMGA
KSWKGINDDD DENHYPFPLV MKPRKRSDSL ASAISGNATP SGGRKLSEND LARADAALSN
VEGVHADGIN GHH
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