| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNA06750 |
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| Symbol | |
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| ID | 3253218 |
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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_006670 |
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| Strand | + |
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| Start bp | 1838154 |
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| End bp | 1843070 |
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| Gene Length | 4917 bp |
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| Protein Length | 1147 aa |
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| Translation table | |
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| GC content | 47% |
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| IMG OID | 638252997 |
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| Product | alpha-mannosidase, putative |
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| Protein accession | XP_566906 |
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| Protein GI | 58258987 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG0383] Alpha-mannosidase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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| Plasmid unclonability p-value | 0.854831 |
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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 | CTCCGTGAGT AGCATTTTAT ACCCATCTAC TACCCATACG CACTTAATAC ACTCCGGGAA
ATACATCACC ATGGGGAGCC ATAACCCTAT CACATCCCCC AAGCTGGACT ACCCTCAGAG
GACCACCGAG GCTAGTAAGT AGTCGTCGAT CCTCGACTAT GTTACAAAGC GTTCGCATCC
GCAGCAGGCC AGTTGCAGCC AATTGGATGC GAAAAGTGAA CCAGAGCTCT TCCTTGATTG
ATATCTCCAA GGAGATTCGT TGTTCATATG ATAGTACATT AGCTTTCGTA TCAATCTCAA
TTCCTGCGCG GGACTTCGCA ACTTCGGAGA ATGCGAAGGG TCTGATCGGT GGAAGCTGTT
TGCAAAGACC ATCGAGCGTG AGACAATAGT CGAGGCTGAT GTATCACAGA GTACAAGCAC
CTGGGGTCCA TTCGCGGTCG TCTTGATCAA TTTGTCGTAT GTTGTTTATA TTGTCTGAGT
GGTTACGGGC AATGATCTGA CCTGCCGCCT GCCATGTCAG GGGGGGCACT ACGCAAGCTA
TAACCTCTCC TCTCTTTTGT ATGCTCACCG CTTAGACGAC TCACAACATG TCAAGCTCGA
AGTATGGTCA GCCCCCGGTC TCACCAAGCC CACTTTTGAA GAAGCCAAAC GCCAAACTTT
CAAATCCACT AAGAAGGGCG AATCCTTCGG GCCAAGCTGG ACGAATCATT GGTTCAAAGT
TACTCTTCAC ATCCCCAAGG AGTGGTCAGA TTACGAGAAG GTCCAATTTG AATTTGACTG
TTCTGGTGAA GCCATGATAT TCACCACAGA CGGTGATCCC ATTCATGGCC TGACGGGCGG
GTTTGGGGAC GACCGACGTG TTGAATTTAT CATCCCTCAA TCTGCTCGGA ATGCTGGAGT
CGCCCATTAT TATATCGAGG CGAGCTGTAA CGGCATGTTC GGTATCAATA ACATGGAACC
CCCTGACCCT AATAGGTACT ATCAGTTGAA TTCCGCTGAT TTGGTAGTCC CCAACGAAGA
AGCATGGAAG TTGATGTGGG ATTTCAACGC AATCCACCAA GTGTACAATA CCCTCCCAGG
TGATTCGGCA CTCGCCAAAA AGGCGCAATG GGTGGCCAAT GAGATAATGA ATGTGTTCGA
GACGGGAAGC CTGGAGAGTG TGGCCAGGGG GCGAGAAGTG GCACAAATTG TCCTCGGTAA
AGATTGGGAG AAGAATATTC AAGAGGAGAG TGAGAACGCT GGGATGGAGA AGGGCGTACT
CTGGGGCATT GGACATTGGT ACATTGCTCG AGATAAACAA AACAGTCCGT GGCTGACTGG
TACTTAGCCA TATCGACACT GCCTGGCTCT GGCCCTTCCA TGTGACCCAG CAGAAATCTG
CTCGATCTTG GTCAACTCAG TGCGACCTTA TAGACCGTTA TCCCGAACAT CGTTTCTCCG
CTACCCAAGC TCAACAATTC AAATGGGTCG AACAACTTTA TCCCTTGCTT TTCGCTAGGA
TCAAGGAAAA GGTATCTGAG GGCAATTTTC AACCTCTTGG AGCGACGTGG GTTGAGATGG
ATACGAACCT ACCCTCAGGT GAAGCTTTAA TAAGGCAGTT CCTGTATGGG CAGAGATATT
ATGAGAGCAG GTTCGGCTTT AGGTCTGATA CGTTCGTTTT ACCTGACACT TGTGAGTCTT
GAACCTTACA GCCGGCCTTC CGATCAACGT ACATCTAATA TTACATGCAG TTGGTTACTC
CAGTCAACTT CCTCAAATCT CTCGACAAGC AGGAGCCAAA AATTTCTTCA CGCAGAAGCT
GTCATGGAAT TCTATCAACA AGTTCCCGCA CAGTACATTC AACTGGGTAG GATTGGATGG
ATCTCAGGTT TTGACGCACA TGACTCCTGT GGACAACTAC AACTCTCAGT AAGATCGATA
TCCTTCAGAT TTGCTTGCTG CATAAGCTAA CATTCAAAGG TGTAATATCG ACGACATCCG
ACGAGGAGTT ACTGGTCATA AAAATCTCGA TGTCACCTGT GAGCTGACCC TTGGTCGAGG
AAAATGTATA CACACTAACC TCTCATAATA GCTGAAGCTC TCCTCTTGTT TGGCAACGGT
GACGGTGGCG GCGGCCCTAC TCCTCCCATG CTGGAGAAAC TCCGTCGAGC TCGAGCTATC
GGTCAGCACC CTGATGCAGG AGGTCAACTG CCGCTTGTCA AGATGGGCGG AAGCTTCTCC
GAGTTTTTTG ATAGCGTTAG GAAGGAAACA GAGAATGGGA TCAGACTGCC TTACTGGAGG
GGCGAGCTGT ACTTCGAACT ACATAGAGGA ACGTATACTA CGCATGCCTC AATTAAAAAG
GGTAACAGGA AGAGTGAAAT TCTTATGAGG CAGGCAGAGT ATGCTGCGAC CATAGCCAGC
CTTGTTGATA CTGATTACGA GTATCCCAAA GAGGTAGGAT TCAATCACAT ATCAGTGATC
ACCGGCTAAT AACGTTAAAA TTTAGCGCTT CGATGTTGCT TGGGAAGATC TGTTACTTTG
TCAGTTCCAC GATGTTTTGC CTGGAAGTGG TATCGCTATG GTATGTTGTT GTTTTTTTCT
ATGAACGCAT CGGAACGCTG ACTCCCTGAA GATCTACGAA GATGCTGAAA AGAAATACGC
CGCGCTCCAT TCTTCAATCA CCAGTATTTT GAATGAGGCA AACTCCATCC TCTTTAAGCA
ATCAACTCCA TTAGTCCCTT CTTCTCCTAC AGAAGTCCAA GGCCAGGTAT TCGCCATAAA
CACAATTCCC AATTATTCTC GTCGGGAAAT AGTTGAAGTG CATCTAGGAA AAGGGGCAAC
CAGCCTTCGA CAAGTGTCTG CGCAGGTCAC AGATGACGGA AAGAAAGGAT GGTTGTTAAT
GAGCACGGAA GACGATGGAG GAATGGTTGC GCTACCTAAG GGGGTTTACG CCTCGCCACG
GGTGGCGAGT AAGTCACCTT TTTTGTTCAC GAACATCAAG GAGCTCATGT ACGGCGTAGT
CGTCCTGGAG AAAGATGATG TAGCCGTGAT GTCGAACGAC AATATCTCTT TGCAAATCAA
AGGCGGGAGA ATTACCAGTG TCTATGACAA AGCTTTGGAG TAAATCGACT TGATTTTCTT
AATTGGGGGG TTGATGCTTA TCAAAAAATG ACAGGAGAGA GCTTGTCGCT CCCGGACAGA
CAGGCGGCTT GGTCATCATG GAAGACCATC CCAACTTTTG GGAGTAAGTA TGACGATCGT
CAGAACTAAG AAAAACGCTT ACCAATATCT GGTTGCTATG TAGCGCATGG TATGTTTCAG
TGTGGACGTG CTTTTCTAAC TTGGCTTGAT GCTGATTTCC ATGCAGGGAT GTTGATGAAT
TTCATTTGGA GAAACAAAAG CATCTCAAAT TTGGCCCATT GCGTGTCAAA GAGAACGGTC
CACTAAGGGG CATCATTAGC ACCACCTGCC GAGTAGGGAA AAGTCTTATC CAAATCGACG
TGAGTATCGT ACGATTGCAG AGATTTAGCA AAGCTTATCC TTCCAAAGAT CATTATGGAT
GCCATTGCGG CTTCTGTAAA GCCCGGCGCC CGTAGCATAA TACGATTCGA CACTGTTGTG
TAAGTCTCAC TCAGCCTTAT TTTGTCCAGT GAATGTTGCC TAATCGTTTA ATAGTGACTG
GAAAGAGAAA CATCAATTCC TGAAGTGTAA GCATAAGCTG TCGTCGCTCA GATGTTGTTA
CCTGGATCTG CGCTAATGTG ACCAATAAGT CGAGCTTCCC CTTGATATCT ACTCTGACTT
TGCCACCTAT GATACGCAAT TCGGAACTGT TGCTCGGCCC ACTCACAGGA ACACCAGCTG
GGATGCTGCC AAGTGAGTCG GCATTGAATT GCTAAAGAAC CCCCACTGAT CTTTCGTTCA
GGTTCGAGGT CTGCGCGCAC AAGTTTGCTG ACTTATCCGA GGTAAGCCTT TCAATCTCGC
TTTGACATAC AAGTCATACC TGACGACATC GTAGTATGGA TATGGCGTCG CAATCCTCAA
CGACTGCAAA TATGGCTAGT AAGTACTTTC AACCTTACTT TCGGTGTAAA AATACTGTGA
CTAACCTTTC CATAGCGCCA CGCAGGGTAA TGTCATGCGT CTTTCGCTTT TACGAGCCCC
TACCCAGCCA GACGCAGATT GCGATATTGG AACGCATTCG TTTTCATTTG CCATTTATCC
TCATAGTGGT ACTTTCATTG AAAGTGATGT GGCCCAAGTC GCCTATGCCT TCAATTCACC
ATTGTCCGGT GAGCCATCAT TTCTGTCAAG CAACCGAAAC ATTCTCGCTG ACAACATTTC
CAACAACTGT AGTGTGTTGT GCTCCGAAAA ACTTTTTGAC AAACGTTTCA CCATTAGCTA
GATCATCTCC CTTTACACTT GAAGGAGCAG ACAATGTCAT GCTGGAGACC ATTAAACGAG
GCGAGGACGA TCAATTGTCT GGAGATAAGA CCAAGACCAT CATTTTGAGG GTATACGAGC
ATCTCGGTGG CCATGCTAAA GTCAAGCTCA ACGTGTGAGT CTCAAGTGGC ATTTCACTTT
CGAGTTGTGT TAACGCTACT TTCAATTCGG GGTAGAAGGC ATCTGGCTGT GGTGAAGGCT
GAGCTTGTCA ACATCCTGGA AGATCATCTT GAAACTCTTC GTCTCTACCC GCTGGACGAC
AAAGAAAAAG CACTGTCAGA CCTCGGGAAT GAAGAGAATC CTCATTCCGG CGACAACGTT
TACGTCCAGC TGAACTTGAG AGGATACGAG GTGCAGACTG TAAGACTGAC GGTAAAGGGT
AAGAAAAGTA AGGCAGAGTC GGAAGGATGG ATAAAGTTGT AAAAAGGTTT TGCAGTTGCC
CAAGTGTAGG TTTTGTAAAG GACGAAGAAT ATCGAACGAA TTAGGCAATT GTCTAAT
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| Protein sequence | MGSHNPITSP KLDYPQRTTE AKYKHLGSIR GRLDQFVGGH YASYNLSSLL YAHRLDDSQH
VKLEVWSAPG LTKPTFEEAK RQTFKSTKKG ESFGPSWTNH WFKVTLHIPK EWSDYEKVQF
EFDCSGEAMI FTTDGDPIHG LTGGFGDDRR VEFIIPQSAR NAGVAHYYIE ASCNGMFGIN
NMEPPDPNRY YQLNSADLVV PNEEAWKLMW DFNAIHQVYN TLPGDSALAK KAQWVANEIM
NVFETGSLES VARGREVAQI VLGKDWEKNI QEESENAGME KGVLWGIGHC HIDTAWLWPF
HVTQQKSARS WSTQCDLIDR YPEHRFSATQ AQQFKWVEQL YPLLFARIKE KVSEGNFQPL
GATWVEMDTN LPSGEALIRQ FLYGQRYYES RFGFRSDTFV LPDTFGYSSQ LPQISRQAGA
KNFFTQKLSW NSINKFPHST FNWVGLDGSQ VLTHMTPVDN YNSQCNIDDI RRGVTGHKNL
DVTSEALLLF GNGDGGGGPT PPMLEKLRRA RAIGQHPDAG GQLPLVKMGG SFSEFFDSVR
KETENGIRLP YWRGELYFEL HRGTYTTHAS IKKGNRKSEI LMRQAEYAAT IASLVDTDYE
YPKERFDVAW EDLLLCQFHD VLPGSGIAMI YEDAEKKYAA LHSSITSILN EANSILFKQS
TPLVPSSPTE VQGQVFAINT IPNYSRREIV EVHLGKGATS LRQVSAQVTD DGKKGWLLMS
TEDDGGMVAL PKGVYASPRV AIVLEKDDVA VMSNDNISLQ IKGGRITSVY DKALERELVA
PGQTGGLVIM EDHPNFWDAW DVDEFHLEKQ KHLKFGPLRV KENGPLRGII STTCRVGKSL
IQIDIIMDAI AASVKPGARS IIRFDTVVDW KEKHQFLKFE LPLDIYSDFA TYDTQFGTVA
RPTHRNTSWD AAKFEVCAHK FADLSEYGYG VAILNDCKYG YATQGNVMRL SLLRAPTQPD
ADCDIGTHSF SFAIYPHSGT FIESDVAQVA YAFNSPLSVC CAPKNFLTNV SPLARSSPFT
LEGADNVMLE TIKRGEDDQL SGDKTKTIIL RVYEHLGGHA KVKLNVRHLA VVKAELVNIL
EDHLETLRLY PLDDKEKALS DLGNEENPHS GDNVYVQLNL RGYEVQTVRL TVKGKKSKAE
SEGWIKL
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