| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNF01760 |
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| Symbol | |
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| ID | 3258066 |
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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_006691 |
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| Strand | + |
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| Start bp | 511494 |
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| End bp | 514943 |
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| Gene Length | 3450 bp |
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| Protein Length | 725 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | 638257301 |
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| Product | hypothetical protein |
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| Protein accession | XP_571515 |
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| Protein GI | 58268718 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG2730] Endoglucanase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 20 |
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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 | TAGACTCCGG CCTCTGTCCC ATATACATCC CTTCCATCAC TATACCACCA GCGGGGAGAC
TCCGCCATAG AGACAGATGC CTCGAGACAC TTTCTCCAGC AACCCCTTCA TATCCTCTCC
GGTCTACCAC GACAGGTCTG CCGACATCTC CTCTTTCTCC TACGATGCAA GGCGGTACGC
GCCCTCGCCT TCATCCGAGG CGCTGCCCCA GGAGCTACCT GCAGGAGCGA TGCCTGCTGT
TGCCGACACT TTTTCTGTGC GGAACTTGTC TTCGGTGGGT CACTATGTCT AACATTGGTT
TTTGGCTGCA AGATTCGCTA TGATGTGCCT GAAAGGAAAA TGCGATGTTA CGGATCACAA
ACAACCGCGC GCTTTTTCAT CGTAGTTCTG CGTTTTCCCA CTTTCTTTGG CGTCCATCCT
TCTCCCCGCT CATTTGCTGA CTAGATCCTA GTATTCCCAG CGGCCCAGTA TGTCGACCAC
CCCTAGGATG AACTCTTCAT TCAGCGGTAG GGATAACCAG CTGGAAAAAG ACAACCTGTT
TGGCAGTAGT CCAACGCACT TCAACTCTAG CTCGCGTCTG GCCTACGAAG CAGGGCCACA
TAGCAATTAT ATGGCCCCCG AGCCTTTAGG CTATGGTCGA ACCCGGACCA AGAAGCCGAC
ACGCACTTGC ATACCCACGA ACCCAACCAA ACGTCGACTT TTGTTTTTCG GCGTTCCTAT
TCTCTTGGTC GTTGTGGCAG CTGCTATCAT TGGAGGTGTG GTAGGATCTC AGAAGCGCCA
TAGTGCGAGC AATGACAGCA GTAATGGGGA TTCTTCTTCC GGTACTTCTG GTGGCGGCGG
GTCAAATTCT ACCAGTGATA CAGATGCGAA CACTTGGAAT TCGTTTATTC AACCTGGCTC
GGGCGGTGAT GGGTCTATTG TCACCACAGA TCTCGGTGTA AACTTTACCT ACTCGAATGC
TTTTGGTGGA ACCTGGGCTC AAGATCCTTA TGACCCATAT TCTGTGGGTT TGCTTCACCA
TATCGGGCCC GTTGAAGCTG ATAACAATTT AGGTATCTGG TCAAGCTCAG AGCTGGAGCC
CGAGCTTGTT GGAAGATTGG GTATGGGGAG AACATATCGT TCGAGGGTAA GTGATCATCT
AGTCTTCGCT CTTGTCATGT CAGCACTGAC GACCATTCCT TCCATAGCGT CAATATTGGT
GGATGGCTGG TGACTGAACG TAAGTTTCTT CCCTCCATAA CCATGTTAGA GTCTAACCAG
ACATAGCTTT TATCGTCCCT AGTCTGTATG AGAAATATCA AACTTCCACA CCAAAAGCCA
TCGATGAGTA TACGTTGTCG CAAGCGTATG TCTTTTATTT TCTGGTTTTC TGTGCTGTCT
AATCCCAGTA TTAGAATGGG AGACAACCTC GCTACTGAGA TGGAAGAGCA TTACAAAACA
TTCATCGTAA ACCATTTTAT GTTACTGATC GTACAAGAAG AATGAGCTAA TTTTTTTCTT
CCTTCTAGAC TGAAGAAGAC TTTGCTTTGA TCGCTGGGGC GGGTCTCAAC TATGTTCGGT
ACATTCGTTT TGAGTATCAA ATTATCAAGC AATGCTGAAC CTTGAACTTG TCTTAGTATT
GCATTAGGCT ATTGGGCTGT TGAGACAATC GACGGCGAAC CATACCTCGC AAAAGTTTCT
TGGAAGTCAG TCATTCCTGG AATTTTTGAA AGACAGTCGT CGCTTACCAC TAAGATCAGC
TACTTCCTCA AGGCCATTGA TTGGGCTCGA AAGTATGGTC TCCGTGTTTT AGTCGACTTC
CATTCGTTAC CAGGCAAGTC AGATTCATCT CTTGAACCCT CTACTTAACT AACTCCTGTA
TGATAGGATC CCAAAACGGC TGGAATCACT CTGGCAAATC CGGGTCTGTC AATTGGATGT
ACGGTGTCAT GGGTATCGCC AATGCGCAAC GCTCTCTTGA GACGCTCCGA TCGATCGTCG
AGTACATTTC CCAAGATGGT GTCAAACAAG TCGTGCCTAT GATTGGGCTT GTTAATGAAG
TTCAAGCAGA GACCGTCGGC GGAGATGTGT TGGCTGCCTT GTAAGTGTCA ATCTCTTGAT
TGAAGGTTTT ATATTTGTTA ACTTTATTAT GTTTTTAGCT ATTACCAAGC CTACGAGATG
ATCCGAGAAA TAACCGGCTA TGGTGCAGGC AATGGTCCCG TCATCTTACT GCACGAAGGT
TTCTACGGGA TCGCGGCTTG GAATGGATTT TTGGCAGGTG CTGACAGAAT GTAAGGGTGT
ACACATCTAT CATTGTACTC TGGCTAAACT TCTGCCATCC AGTGGCCTCG ATCAACACCC
GTACTTGGCG TTTCCCACCA CCCAGATCGC TGACAACCAC ACTGTCCAAG CCCATACTGC
CTGTGGCTGG GGTGGCGGTA CCAACGACAC TTCCACTGGC TACGGCATCG TCATCGGTGG
TGAATGGTCC AATGCAATCA ACGATTGTGG CTACTGGCTC GACGGTGTTG ACTCAACTCC
TCAATTCGAG GTCACGGGAA CCGGAAGCTG TGCCGCGCTC GATGAATGGT TCAACTATTC
CGATGAAACC AAGCAAGGCA TCATGGGCTA TACTTTGGCC AACATGGATG CTCTCCAAAA
TTACTTTTTC TGGACTTGGA AAATTGGGAA CAGTACGGTG AAGGGATATC CGACCAGTCC
GATGTGGCAT TACAAATTGG GATTGGAACA AGGATGGATG CCAAAAGACC CTAGAGTTGC
AGGTGGTTAC TGCCAAAGCA TCGGTGTAGG AGGGAACCAA GTAAGCTCTC TTCACATTCC
TGCATTAGAA ACCCGAGTGC TAACGCTCTC TTCAAGTTTG CCGGGACATA CCCTGCTTCA
GCTATCGGTT CCTTCCCCAC CGAAGTTGCT ACACCAACTA TCGATCCGAC GCAAGTTGCT
TCTCATTCCG TTTGGCCTCC CACCGCCCTT GGGCCGTCTC CATCCTACTC TGCCGCGCAA
ATAACTCTCT TCCCCACACT TACCCAGACC GGCACTAGAA ATGTTCTTGC AACGCCTACA
CACCCCAGTA ATGTGACACT GGAAGGTGGT TGGGCAAATG CCGCCGATAC CACCGGAGCT
TGGGTGAGAG TGGCTGGATG TGATTACCCA GAGTAAGCAC TTAGTTGGTT CCCTTCAAGG
TGGCCATGCT GACGATTACG GCCTGTAGTG AATATGATGC GAATACGGTG GCTGTTCCTA
CCGCCCAGTG TACCGGCTCT GGCTCTACAG ACAGTATGCG GAAAAGGAGT TTGCGAAGAT
GATAAAGAGT GGCGGAGCGG CCTTTATAAC AACTTTGGTT TGAATCAACG GACTTCTTGT
GGCATATTAG ATGAGCTTTA AATCGTTTCG CATTATCTTT ACATGATTTT TATATTGAAT
ATATCTCCAT AACCTATACG TAACATCGGG
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| Protein sequence | MSTTPRMNSS FSGRDNQLEK DNLFGSSPTH FNSSSRLAYE AGPHSNYMAP EPLGYGRTRT
KKPTRTCIPT NPTKRRLLFF GVPILLVVVA AAIIGGVVGS QKRHSASNDS SNGDSSSGTS
GGGGSNSTSD TDANTWNSFI QPGSGGDGSI VTTDLGVNFT YSNAFGGTWA QDPYDPYSVS
GQAQSWSPSL LEDWVWGEHI VRGVNIGGWL VTEPFIVPSL YEKYQTSTPK AIDEYTLSQA
MGDNLATEME EHYKTFITEE DFALIAGAGL NYVRIALGYW AVETIDGEPY LAKVSWNYFL
KAIDWARKYG LRVLVDFHSL PGSQNGWNHS GKSGSVNWMY GVMGIANAQR SLETLRSIVE
YISQDGVKQV VPMIGLVNEV QAETVGGDVL AAFYYQAYEM IREITGYGAG NGPVILLHEG
FYGIAAWNGF LAGADRIGLD QHPYLAFPTT QIADNHTVQA HTACGWGGGT NDTSTGYGIV
IGGEWSNAIN DCGYWLDGVD STPQFEVTGT GSCAALDEWF NYSDETKQGI MGYTLANMDA
LQNYFFWTWK IGNSTVKGYP TSPMWHYKLG LEQGWMPKDP RVAGGYCQSI GVGGNQFAGT
YPASAIGSFP TEVATPTIDP TQVASHSVWP PTALGPSPSY SAAQITLFPT LTQTGTRNVL
ATPTHPSNVT LEGGWANAAD TTGAWVRVAG CDYPDEYDAN TVAVPTAQCT GSGSTDSMRK
RSLRR
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