| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNH01310 |
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| Symbol | |
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| ID | 3259089 |
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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_006693 |
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| Strand | + |
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| Start bp | 801102 |
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| End bp | 805270 |
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| Gene Length | 4169 bp |
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| Protein Length | 971 aa |
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| Translation table | |
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| GC content | 47% |
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| IMG OID | 638258352 |
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| Product | alpha-glucosidase precursor, putative |
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| Protein accession | XP_572319 |
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| Protein GI | 58270326 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG1501] Alpha-glucosidases, family 31 of glycosyl hydrolases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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| Plasmid unclonability p-value | 0.538823 |
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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 | CCTTTCTCGT CCCCCACATC TGCTATGACT CTTTTATTCC AGTTTCTCAC CTTGCTTCTC
CCCATACTGG CAGGAGCCAT TCCTGCATAC AGGCCTGCCA CCCTCGAGTC TTTCCAACTA
CGAGATCAAA GCAGCTGGGC CGTTGCCAGT CAGCAACCTG ACTTCTCTGG TGATGTCACA
CAGTGCAAGG GTAAGCAGTC TTACCATGTA CTTACCGATA TATGGCAGCT GACAACACTT
CCAGGCTACG CCATTAATTC TGATTCAGTC AGGCAAACAT CCACAGGTGG AATCTCTGCT
CAGCTCGACT TAATTACCTA CTGTTCCGCG TATGGCACAG ACATTCCATC TCTTACCCTT
TCCGTTGAGT ACGAGACTTC ATCGCGACTA CATGTCCACA TCTATGACAC TCCTGTCAAG
CAATTCCAGA TTGATGACAA CATCTTACCT CGCCCGAAAC GAACCCTCTT TGGGACAGAT
AGTGCTGACA AATCGGATCT CAAGTTCGAC TACGAGAACA GTCCTTTTGC TTTCTGGGTC
ACTCGGAAGT CAGATGGCGA GATCTTATTC GATACCAGAA AGGATGGTAT CCCCATTCAT
GAAGACCCTT CAGACATCTT GGGGTCTCCT AGCAACTACA CAGTTATGCC TGCTCATCCG
CTCGTCTTTG AGGATCAATA CCTGCAGTTG AGCTCCAAAT TGCCTGTCGG AGCGAACATC
TACGGCTTGG GCGAAGCTGT TGTAAGTATC TATCTCAATG TCAAATCTTT TTGAATTACT
CTGACATTTT TACAGTCCGG GAGTGGCTAC CGCAGAAACT CGAGCTCCAC CGTGCAGACA
ATGTGGGCAA GAGAGTAAGT GAATGTTGGG GGACTGCAGC GGTGACAGCT AACGACAATG
TTACTCAGTA TCGCTGACCC TGTCGATGAA AACCTTTGTC AGTTTCTCAT TAATCGTTCG
TTCTGGATTT ACTAACATGC ATCGCAGACG GTACTCATCC CTTCTACATG GAGGTAAGGT
ATAACGAAAC CTCCTGCACT CTTGCTTCAC ATGGCGTATT CCTGCGAAAG TAGGCCTATT
CTCTGTAGAA GATCGGAAGA TGCTAATATA TTCACAGCTC GAATGGTATG GACGTTGTCC
TCCGAGATGG TGCTATTCAA TACCGAGTCA TTGGTGGTAC ACTCGATCTC TGTAGGCATC
GCATTTCTCG TCCCCCTTTA TGTCGTATCT AACCATTCTA TCAGACTTCG TTTCCGGTCC
AAGCCCCAAC GATGTAACCG AACAATACGT ATCCACCGTC GGCCTTCCGC AATCCATGCC
TGAATGGTCC TTTGGATTCC ATCTTTGTCG ATGGGGTTAT ACTTCCGCCA ACGACACTCT
CTCAGTTGTC AATAGGATGA GAGACGCTGG GATTCCTTTG GAGACGTGAG TATTTGTGAT
TTTCTCGGCC GTTCAAGGCA TGCAAGCTGA CATCAAGCTG CGTAGACAAT GGAATGACAT
CGACTGTAAG TCATGATATT CGGATAGACT CTATTACGTT TGCACATAAA CTGATATATT
CGGGCCATGC CTTCCTCTTT CCGCACAACC AAAAACGCTC TGATGTCGAT CTTCACTGAA
CATCCGATCT TGGTTGATAG GGATGAGGAG TGAGTAGTGA CGAATCACCA TGTTCTTTGG
CTAATATGAG GTGAAGGCTA CAGAGAATTC CAATTTGACC AGAACTATGG AGAGGTCGAT
TACCGAAACC TAGTGGAGAC TCTTCACTCT CGCAACCAGC ACTACGTAGG TTTCGTTGAA
TATTGGCAGC TGTCAGATTG TGGTGCTAAT TATATCTCAC AGATTCCCAT ATTCGACGCG
GCTATCGGTC ATCCGCTCAA TGCTACGGAT AGGGTATGTT CCTACCTGTC TCAGCTTCGT
GAAATTATTA ATACTGATAT CAACTACTCT ATAATAGTTC GATGTATATG ACAAGGGTCA
CGAACTTGGA GTTTGGATGA GAAACCCTGA TGGTACTGAG TACGTCGGTG CCGTCTGGCC
AACTTTCGCC GTCTTCCCAG GTAAATAGAT ACCTTTAGCT TTCACCCATG AATATTGGCT
AATAGGTTAT AACAGACTGG TTCCACCCCA AGATGCAGGA GGTTTGGACA GAGGCCTTCT
ACAATTACTC CCAGATTGTC GATTTTGACG GTATCTGGCT TGATGTAGGT TGTAATCAGT
TGCAGATCGA CAAGTTTGAC TCATTTAACT GACCGCTCGA TAGATGAATG AACCGTCATC
TTTCGTCGAC GGTTCTGCCA GCAACTCTAC AATGTCTTTG GAGAATACTA CAGTCATTCC
TCGTATGTGT TTTGGCGACC CAGGCATCAG GGAAGAGGCT AACCATAGGT GGCAGCCGAT
TATTCTACCG TCGCATTCCC TACTGACTGG CCTGAGGGTT ATTCAAATGT GACTGGCATC
AGCGGTAACG TCGTAAGTCG CCATTGCCTC CTACCAAATA AATCTTCGCT GAAAGCATTC
AGACTGTAGA TGGCGCCCTC ACTTACGGTG CAGATGGCGA CGCCGCTAAG AACACCGCTC
TTCGTCGTTC CCTCATCGGT CGAGACGATG TTCTCACCAT TCCTTACGTT GACGTCCCTC
CCTACCCTAT CAACAACGGT TACGGGAGAT TATCCGCCAA GACAGTCAGC CCTAACGCTA
CCCATTATGG AGGTCTTCAA GAATACAGTG TTCATAATCT TTGGGGTTCC ATGGAAGAGG
ATGCTACGAA CAACATGTTC TTAGCCTTAA AGCCTGGGAA GAGGCCATTC ATGGTTTCTC
GATCTACGTT TGCCGGCAGT GTGAGTAATC ATATTTTGGA TACGTACTTC CGGGCGAGCT
AAAACTCAAA AACAGGGTCG AAAGACCGCT CATTGGCTCG GTGACAACTT CTCCACTTTG
TGAGTTTACG GCCATCATTC ATCATTCTTG AATATTTTGC TTACCTAACC GCTTCAGTGC
CTATATGAAG AGGTCTATCC AAGGCGTCTT ACAGTTCAAC TTGTTCGGTA TCGTGAGTCA
AATATGGACT GATTTAATGT CTAGTGCTGA CAAGACGTTT GCAGCCCATG GTTGGCCCTG
ACGTCTGTGG CTTTAATGGC AACACGGATG AAGAGCTTTG TAACCGATGG ATGCAACTTG
GTGCTTTCTT CCCATTTTTC AGGAACCACA ACATCAAGTA AGTAGCCCAT CTAACTAATT
TAGGGATGAA GGATGAGTCA TTGATCCAGG TTTCGTAGAT CTGCAATTAG CCAAGAGCCT
TATGTTTGGG ACTCTGTCCG TGATGCCAGT ATCAAGGCCA TCAACGCAAG GTATCAGATG
TTGCCTTACT GGTCCACATT ATTCGCCAAG TCCTCTCTTG CCGGAACGTG GGTTCTGATC
GCTCCCTAAT CACGAAGATG CTAATTTTTT CGCTTAAAGT CCTGCCGTTA TTCCCCTCTT
CCATGAGTTC CCCTCCCCCA GTTACCTTGA CAACGACTAC CAGTTCCTCA TTGGTCCCTC
TGTACTTGTC ACTCCAGTAC TTCAACCTAA CGAGTCAACT GTAGTTGGCC AATTCCCCAC
CATGAATGAT GTTTTCTGGG TTGATTGGTG GACTCACTGT AAACTTGACA CTTCTTCCGG
CGAAGATGTT ACTCTCGATT TGCCTCTCGG AAACATAGGT GTGCACGTCA GGAGTGGTAG
TGCTTTGTTG CTCTACGACG AGCCTGGTTA TACTGTCAAG GAGACAAAAG ATAATGGTTA
CGCTATACTG GTCGTGCTTG ACGGCAAAGG TTACGCGGAA GGCGATGCCA AAATTGATGA
TGGTGAAAGT TTGCCTGGTG GGTTTTCTCC TTTTATCTGG ATATTCCGCA ATCAAGGCTG
ACCCATTGGC TGCAGTCACC GAACAGACTT GCCTCACATT TAAATCCACT GATTCCTGCA
AACTCTCTTC CACAGCTGTC GGCAGCTACA CCATTGCTGG CAAGCTCAAG ACTATTACCA
TTGTTGGTGT TTGGACTGAA CCTTCCGAAG TCACCCTCAA CGGTAGCAAG GTCCAAGATA
GCCAGGTTGA GTATGACAAG AGCTTAGGCA GAATCAAAAT TACCGGTCTT GTTCAGGACC
TCAATTCTGC CTGGGAGCTT ATGTGGTAA
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| Protein sequence | MTLLFQFLTL LLPILAGAIP AYRPATLESF QLRDQSSWAV ASQQPDFSGD VTQCKGYAIN
SDSVRQTSTG GISAQLDLIT YCSAYGTDIP SLTLSVEYET SSRLHVHIYD TPVKQFQIDD
NILPRPKRTL FGTDSADKSD LKFDYENSPF AFWVTRKSDG EILFDTRKDG IPIHEDPSDI
LGSPSNYTVM PAHPLVFEDQ YLQLSSKLPV GANIYGLGEA VSGSGYRRNS SSTVQTMWAR
DIADPVDENL YGTHPFYMEV RYNETSCTLA SHGVFLRNSN GMDVVLRDGA IQYRVIGGTL
DLYFVSGPSP NDVTEQYVST VGLPQSMPEW SFGFHLCRWG YTSANDTLSV VNRMRDAGIP
LETQWNDIDW MRSYREFQFD QNYGEVDYRN LVETLHSRNQ HYIPIFDAAI GHPLNATDRF
DVYDKGHELG VWMRNPDGTE YVGAVWPTFA VFPDWFHPKM QEVWTEAFYN YSQIVDFDGI
WLDMNEPSSF VDGSASNSTM SLENTTVIPP DYSTVAFPTD WPEGYSNVTG ISGNVTVDGA
LTYGADGDAA KNTALRRSLI GRDDVLTIPY VDVPPYPINN GYGRLSAKTV SPNATHYGGL
QEYSVHNLWG SMEEDATNNM FLALKPGKRP FMVSRSTFAG SGRKTAHWLG DNFSTFAYMK
RSIQGVLQFN LFGIPMVGPD VCGFNGNTDE ELCNRWMQLG AFFPFFRNHN IKSAISQEPY
VWDSVRDASI KAINARYQML PYWSTLFAKS SLAGTPAVIP LFHEFPSPSY LDNDYQFLIG
PSVLVTPVLQ PNESTVVGQF PTMNDVFWVD WWTHCKLDTS SGEDVTLDLP LGNIGVHVRS
GSALLLYDEP GYTVKETKDN GYAILVVLDG KGYAEGDAKI DDGESLPVTE QTCLTFKSTD
SCKLSSTAVG SYTIAGKLKT ITIVGVWTEP SEVTLNGSKV QDSQVEYDKS LGRIKITGLV
QDLNSAWELM W
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