| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNB01480 |
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| Symbol | |
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| ID | 3255812 |
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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_006684 |
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| Strand | + |
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| Start bp | 441586 |
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| End bp | 447527 |
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| Gene Length | 5942 bp |
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| Protein Length | 1543 aa |
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| Translation table | |
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| GC content | 47% |
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| IMG OID | 638254799 |
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| Product | UDP-glucose:glycoprotein glucosyltransferase, putative |
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| Protein accession | XP_568822 |
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| Protein GI | 58262824 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG1442] Lipopolysaccharide biosynthesis proteins, LPS:glycosyltransferases |
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| TIGRFAM ID | |
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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 | ATGAGAGCAA ACACAGTGGC TCTGGCCCTC GCAGCTTCAG CGCTCGCGGC GTCCGCGTCT
CCACCAGTAC GCGTAAGTCT CGAGACAAGC TGGGCAGCTC CCCCTTTGGT CCTCGAGATC
CTGTAAGTCG TTTCTTATAG CTGAAAACTA GCTGCTTATA TCTCTATAGC GAAACTGTGT
ATGACGAATA CCCCTCATCC TACTTCCCGC TCCTTCATCT TTTATCCTCT CTTCCTGCAG
ACTCTACAGA TGAGTCCATA TTATCCTCGA CGCTGGACCT CATTCAAGCC TATTCGCTTC
TTCCTTCGCC ATCATCACTA TCTACTTTCC ACCTTGCCTT GTCCCTGCAC TCCACAGCAC
CTAGAATAGA AGCCGAATAC AACTGGTACA ACAGCGCCGT AAAGGGACAG GAAAGTAAGT
TGGGAGTGGA AGGTTGCGAA GGTTGGGTTG AATGGCGAGG GAAAGGGTTC TGTGATGTTG
ACGGGTTAAA ACGGGACATG GAACTGAGTA TTGAGGAAGG AACACATAAA ATGTAAGCTG
TCTCATGATG GAGGGCGTGT TCGATGATGT CTAATCTAGG CCAATAGAAA CCAGAAACCT
CTTTCACTTC CTTTCGATCA CACTTCTCCG TCGGTCTCTT CCACCTCATC ATCTCCTCGG
GCCATATTCT ACTACGCCCC ATTCGCTTCT ACTTCCAATG AACTCCTTGG ATACCTGGAT
CACCATGCGT CTCAATATCC AGAGTTCACT TATACCGTCC GTTACCAGCC CCCTTTGTCG
GATGAGGCCA AAAAACCTTT GTCTCTCTCA GGATGGGGCG CGGAGATGGC CCTTAAGAAG
ATGGATTATC TCGTTGTCGA TGACCGTGCT ACTGGGGAGA CCACTTTCCG AGATGAAAGC
GATGAGGTGG CTCGGAATGA AAGTAACATA TTTGCTCACG TATTTGGGGA TGACCCGTGG
GGTGATCAAG CAACGCATTT GACAGCAGCA GAGATCAGAG GTTGGTTGAT TCTCTTTACA
TGAGTCCGTA CTTAGCTGAC GATAACGGAA AAGACATTGG TCTCAAGGCT GCTACTCTTA
TTATGTCTTC AGATGACCCT ATTTCTGCCC TGATTCATCT CTCGCAAGAT TTTCCCAAGT
ATTCGGCTGC CCTCGCTCGT CAAGTTGAGG TACCAGAGGA TATCCAATCA AAGGGCAGGA
CAATTGCTGT CAGAGGAAAC GCGAAAGAAG CTATATATAT TAATGGTAAG CCATTTGACA
GGGATTTGAA TCCGTATACG TAAGTAAACT CAGTTTTCGT TTCGATCCAT ACTGATCACT
GCATATAGTC TTCTGAAAGC CCTTCGTGAT GAGCGCCAGC TCACGGTTTC CCTCACTTCC
TTGGGTCTTA CCCCTAAGCA ATCCATTGAC ATACTGGGGG ATCCCGTCGT TGGCCAAGGC
CAGATTGAAG ATGACATGGG AGAAGGTTTG GTAGACGCAA GTGATAGAAT CGAGGGTGGC
GACGTCATTG TTTACTGGAA TGACATTGAG AAAGACAAAA GATATCAAAA TTGGCCTATT
CATCCTCAGG GGGTAAGCAA TTCCCTTTTT TTTATTTTGA GACATGCTGA AGCGCAATAC
AGTACATGCG CCCTTTGTAT CATGGTCAGT TCCATACCGT CAGGCGGAAT ACATTCAATC
TCATTTTCGC CCTGGACCTC TCGCGAATCT CGTCCCTTGA GCTCATTGTC CACTCCATCT
CTGCCATGAT TCAGAGAGGT TTGCCTATCC GATTTGGTAT AGTACCTGTT TTTGAGCCTG
AACAGCAAGA TGACATCTGT AAGTGCCGTC CTAACTTACA TTTATGATTG CTCAAAGGAA
AATTAGCTTT TCAGATGGCC AAAGTCTTCT GGTACTCTGT CAAGACCTTT GGAAGAAGCT
CAACCCGGGA CTTCCTCGCT GCGGTAAGCC TGGTATTTGC CTACGCTATA TGTGCTGAAC
CTTTCAATCA GATCATCGAC GCAACTCCGC GCCAGCTCAA CAATCCTGCT CCTCAAGTAA
ATGATGATGT TCTCCGTAAA GGGTATGAAG CCCTTTCCGC GACTTCTAAA AAGGCATCTC
TAGCCTTTGA TGATGTTTTG ACCTCTGAAG ATTGGGATCG CCATGTCGAG AAGACTGGGA
ATTATTTGAA GAGGTTGTTA ATTACGAAAA AAGACGCAGA GAATGGCGGT ATGTTCATGA
ACGGGAGGTT TACGCCTAAT GCGCCTGCCT GGCCCAACAT TGTTACGCAA GAGATGCAAT
CGCAGCTCGC ATTCATCCAA GGACAGGCAA GTAAGGTATT TTGTACCTAT CGCAGTTATT
GACTTGGACG CAGGTCATGT TGGATGCAAT CCCCGAAGAC ATCTCAACCA TGTTCTATGA
TTTGCCATCC ACCTCTAAGA GGAGGAGCAG CCTCGTTATT CCAGTTGGCG ACAACAAGCT
CAAAGTCTTC AATTTGGTCG ATCTCTTTAA AAATGAGGGG ATTGAAGGCA AATTGAGCGG
AGAGTTTGTC TATCCCGGTG AGCCGTAACG TCTAGGATTT GTGTTTTACT TGCTGATTTA
AGAGTGTAGA TGGAGAAAGA GGAACGCCGA TCAGTATGTG GATTATAGGA GATCTTGATT
CCCCTGAAGG TTTGGAGACT GTCAAGAACG GCCTACAGCA CCTCCAAACT TCGCAATGTG
CTTCCAGGCT CGGCTTCATT CATGTACCCC CGGCACGTAG CCATTCTTCT TGCCCCGCGG
GCCAATATTG CTTCTCAACT GTGCTTTACC AGATCCTTTC CCAAAACGCA CTCTCTTTGA
CCAAACCTTC TGATCTCCTG GAGCTCATAT CAGATGTCCA GCACTCTATT AAGACAAATT
TGGAAAAAGC TGGCGAAATT GAGGTTGGTA ACCAAGGGGT GGATGACTGT GGAACGACAT
TCACATTGTC TCCCGAGGAT CAACAGAAGT ACTTCGAGGC TAAACCTTTG CACGGTATGA
CGTTTGGCGG TTGGGCTGCT GGAGATATAG CTGCAGCTAG CGAATTCTGG AAAGCTGGGA
CGCAAATCTC CGGAAAGCTT GGCATCACGG ACGGTGTACA CCTGCTTGCT AATGGTCGAG
TAAGTAGCAG TATTATTCGT GAGCAATTGC TTTTCTTATG CTGATGCTTT ATTAGCTTGT
CGGTCCCATC ACTCCAGTGA CATTCCCGCT TGATGACTTC GAAGCTTTGG AGGTGTACGA
ACACAGGAAA CGTGTCAAGC CTATCATTGA TATTCTTAAG ACGATGTACG ATGATATTGC
TGCCTTTGAC AGGTATGGAT TTTCATAAGC CATTGGAAAT GGGATCGTTG ACTCTTTCGT
AGACCAACAT TGGCAAACCT TATCTCCAAA GTCTCTTCTG TAGTCACCTC GGCGTATAAG
CCTCTTGATG GTGAGGGAAT CTTTGCACCT ACCCAATTGA CTAGGACGAG GTATTATGAG
AGACTTGACG ATGGATCCAT GTGAGTCACG GTATGCCAGC CTTCAAAGTT AAAGGGTTGA
CATGTCACGG CAGGTCATTC AAGCTCGGGG ATGAGGACAT GTCCTTGTTG AAGGTGGCAA
TTGTTGTGAA CCCATTATCC GAGCAAGCTC AAAAGTGGTC ACCTCTCATC CAGGTATGTA
ATATGTAATC CACTGGGGCG TAGAAGTCGT GAAGCTAAAT CGACCGTAGA CTTTGTCTGA
AATGGAGCAC GTCTTTGTGT CTGTATATCT AGAGCCTGAG GCGCTAATGG AGGAGGTCAA
GTTGAAGAGG TTCTATCGTA CTTCTGTACC TTCCAGGTTG ACCTTTGATG TCGACGGGTG
CGTCAAAAAT GATCTTACGG CCCTAACGTG AATGCTTGAC TGATGCTCGA CTACAGTGCT
GCCATAGCTC CTGGTCTGAC ATTCAACAGC CTTCCTTCCA ACCCTATCTA TACTCTTGGT
CTCGACACTC CGCCGTCCTG GATCGTCTCA CCCAGGACTT CACCATATGA TCTGGACAAT
CTTCTCCTCT CCTCCATCTC GTCACCTGTC TCTGTCACCT TCCAGCTCAA GCAACTTTTG
ATTGAGGGCC ACGCTCGAGA GGCAGGCAAT ATTCCTCCTC GCGGTCTTCA GCTACAGCTC
AAAACCCTTG GTGGAGATAT CGCTGCCGAT ACGCAAGTGA TGGCTAACCT CGGTTACTTA
CAATTCCGCG CCACGCCTGG TTACTATACT TTGTCGATCA GACCGGGCAG AGGTGAAGAA
GTCTTCAACC TTGAGAGCAT TGGTGCTGAG GGTTGGGATA GTCCGTCGGT TGAGGAAGTC
GGAGAAGGTG TCGACCTGGG AAGCTTTGAT GGACAGACGA TATACCCAAG GTTCGCAAGA
AAAGAGGGTA TGGAGAAAGC CGACGTCCTT CAAGAGTCAG TTGCTGCTCC GGAAGGATTG
GCGAAACAAG TTTATTCAAA GTAAGCTCGG CGACTTACAG TACGAGACTG ATCATCGCTG
ATGATGATTT AGGATGAAGT CTATCGTTGG ATTGTCAACA AAGGCTACGC CCGCTAAGAC
TGAGCATGCC GATATTAACA TTTTCACTGT TGCGTCTGGT CTTTTGTACG AGCGTTTTGC
GTCAATCATG ATTCTTAGTG TCATGAAGCA CACCAATAGC TCTGTCAAAT TTTGGTTTAT
CGTAAGCTAT TCACCTTGAT ACGAAATAAT CGACTTATTG ACCTTCGTTA GGAAAACTTC
CTTTCCCCAA CTTTCATTGT GAGCCATTTC TCTCTTTCCG TCGGCTAAAT AACATTAACA
GGTGTTCAGG CGTTTATCCC TAAGCTTGCC GAGGAATATG GCTTTCAATA CGAGTTCGTG
ACTTACAAGT GGCCACATTG GCTGCGAGCT CAGACAGAGA AACAACGTAT CATTTGGGCG
TAAGTATTTT TGTGATTTCC TTCACGCAAG ATCTCACACT ATCTGTCAGA TACAAGATCC
TTTTCCTCGA TGTCCTTTTC CCCATGTCTC TTGACAAAGT CATCTTTGTG GATGCCGACC
AGATTGTTCG TACTGACATG AAGGAGCTAA TGGATGTCGA TTTGCATGGA AGGGTCTACG
GCTATGCGCC TATGGGTAAC AGCCGAAAGG AGATGGAAGG TTTCAGATTC TGGAAGAGCG
GATATTGGAA GGAAGCGCTG AGAGGAAGAC CGTACCATAT CAGGTATTGA CATCTCGAGT
TCTGTTCTTC GAATTATGTA CATACTGACT GTTGAATAGT GCTTTGTATG TTGTTGATCT
TAAAAAGTTC AGGCAGCTCG CTACGGGAGT AAGTAAAATC TGATTCATTT TACCAGGCAA
AGCTAACCAG TTTTAGGATC GACTTCGAGG GCAATACCAT GCACTTTCAG CCGATCCTAA
TTCACTTGCC AACCTGGACC AAGATCTTCC CAATTCAATG CAGGATCAAA TCCCTATATG
GACATTGGAT CAAGACTGGT TGTGGTGCCA AACTTGGTGC AGCGATGAAA GTTTGGCCAC
GGCGAAGACT AGTATGTCAT TGTGCAACCT TTTGAGTGTT GGTACTGATC ATATTTGATA
GTCGACCTTT GTCAAAACCC TCTTACTGTA AGTAATCTAC TCATAAATAC CTCGAATAAT
TGGCTGACCC CTTAACAGAA AGAACCCAAG CTTGTTCGTG CTCGACAGAT TCCAGAATGG
GACGTCTACG ACCAAGAAAT TGCCGCGTTC GGTGCTCGGG TGTCAGAGGA GGGTGAAGAA
AGCGGAGCTT TGGCTATCAG CGTGGATGAT TTGGCGTCAG AAGGCTATGT TTCTGGGGTC
GAAGGGAAAG AAGAGGAGAC AGAGCGTGAA GCTGAAGGAC GTATTGGGGA TGAGTTGTGA
TCTATTATAA CTGACTAAAT AGACAAATAA CACAAAATCA AATGCATTAT TTGTTTCTCA
GG
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| Protein sequence | MRANTVALAL AASALAASAS PPVRVSLETS WAAPPLVLEI LETVYDEYPS SYFPLLHLLS
SLPADSTDES ILSSTLDLIQ AYSLLPSPSS LSTFHLALSL HSTAPRIEAE YNWYNSAANR
NQKPLSLPFD HTSPSVSSTS SSPRAIFYYA PFASTSNELL GYLDHHASQY PEFTYTVRYQ
PPLSDEAKKP LSLSGWGAEM ALKKMDYLVV DDRATGETTF RDESDEVARN ESNIFAHVFG
DDPWGDQATH LTAAEIRDIG LKAATLIMSS DDPISALIHL SQDFPKYSAA LARQVEVPED
IQSKGRTIAV RGNAKEAIYI NGKPFDRDLN PYTLLKALRD ERQLTVSLTS LGLTPKQSID
ILGDPVVGQG QIEDDMGEGL VDASDRIEGG DVIVYWNDIE KDKRYQNWPI HPQGYMRPLY
HGQFHTVRRN TFNLIFALDL SRISSLELIV HSISAMIQRG LPIRFGIVPV FEPEQQDDIS
FQMAKVFWYS VKTFGRSSTR DFLAAIIDAT PRQLNNPAPQ VNDDVLRKGY EALSATSKKA
SLAFDDVLTS EDWDRHVEKT GNYLKRLLIT KKDAENGGMF MNGRFTPNAP AWPNIVTQEM
QSQLAFIQGQ ASKVMLDAIP EDISTMFYDL PSTSKRRSSL VIPVGDNKLK VFNLVDLFKN
EGIEGKLSGE FVYPDGERGT PISMWIIGDL DSPEGLETVK NGLQHLQTSQ CASRLGFIHV
PPARSHSSCP AGQYCFSTVL YQILSQNALS LTKPSDLLEL ISDVQHSIKT NLEKAGEIEV
GNQGVDDCGT TFTLSPEDQQ KYFEAKPLHG MTFGGWAAGD IAAASEFWKA GTQISGKLGI
TDGVHLLANG RLVGPITPVT FPLDDFEALE VYEHRKRVKP IIDILKTMYD DIAAFDRPTL
ANLISKVSSV VTSAYKPLDG EGIFAPTQLT RTRYYERLDD GSMSFKLGDE DMSLLKVAIV
VNPLSEQAQK WSPLIQTLSE MEHVFVSVYL EPEALMEEVK LKRFYRTSVP SRLTFDVDGA
AIAPGLTFNS LPSNPIYTLG LDTPPSWIVS PRTSPYDLDN LLLSSISSPV SVTFQLKQLL
IEGHAREAGN IPPRGLQLQL KTLGGDIAAD TQVMANLGYL QFRATPGYYT LSIRPGRGEE
VFNLESIGAE GWDSPSVEEV GEGVDLGSFD GQTIYPRFAR KEGMEKADVL QESVAAPEGL
AKQVYSKMKS IVGLSTKATP AKTEHADINI FTVASGLLYE RFASIMILSV MKHTNSSVKF
WFIENFLSPT FIAFIPKLAE EYGFQYEFVT YKWPHWLRAQ TEKQRIIWAY KILFLDVLFP
MSLDKVIFVD ADQIVRTDMK ELMDVDLHGR VYGYAPMGNS RKEMEGFRFW KSGYWKEALR
GRPYHISALY VVDLKKFRQL ATGDRLRGQY HALSADPNSL ANLDQDLPNS MQDQIPIWTL
DQDWLWCQTW CSDESLATAK TIDLCQNPLT KEPKLVRARQ IPEWDVYDQE IAAFGARVSE
EGEESGALAI SVDDLASEGY VSGVEGKEEE TEREAEGRIG DEL
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