| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNK02770 |
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| Symbol | |
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| ID | 3254689 |
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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_006680 |
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| Strand | + |
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| Start bp | 816139 |
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| End bp | 819484 |
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| Gene Length | 3346 bp |
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| Protein Length | 827 aa |
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| Translation table | |
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| GC content | 52% |
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| IMG OID | 638253768 |
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| Product | beta-1,3 glucan biosynthesis-related protein, putative |
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| Protein accession | XP_567874 |
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| Protein GI | 58260928 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG4282] Protein involved in beta-1,3-glucan synthesis |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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| Plasmid unclonability p-value | 0.572511 |
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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 | GTGAGCTTGA CTCATTGTTT CCCGCGTTTC CGGCCTCGAG AAGACAGCGC CCCCTGCCGC
CACACACATG CTCCTGTAGT CCTTCCCATA TCCACGACCA CTCAGCGCCT GCCACGTGAC
TCGCTCACCA CGCCATCAAT AGCAGCTTGT CCCGTCCATC TCGTTAGTCG CAACAGCTGT
AAGTGAGCGG CCCATTCAAA CTCTCCCTTT GCTCTCTACA GCTCTGGCTA TGGCTAACGC
CTTGCCCAGC AATCGTAGCG CCGATATTCC GCAGCCTTGC CCGCAAAATC TCACGCCCAA
AATGCCCTTT CTCCAATCCA TCTCAAGCCT CTTTTCAGGC AATTCTTCAA AGTCCAATCC
GAACCGCTAC AACAACAGGC GCTCCGTTAT GGACTCTACC CGCGACGCAT TCAGTCTACC
GACCACCAAT GCTGGTAACA TACACTATGG CAACGGGTAC AATGATGGCG TGAGTCACGC
GATATCATTT TGCTGCGTCA GGTGGTGGCT GACATTGGAC GCGTCAAGCC ACAATTGGAT
AGCGCGTCGT CTTCGCCTGG TCCTAGTAGA CGTAACAGCA ACGCTTACAA CAACAATTAC
CCTCCAAGAG ACTTGTTTGT GCATTCCATT TTTTTTCCAT CGTCTTCGTT AACGTTCCGC
ACAGCTCCGC GAACCCAAAT TCCTATCCTC CCTTAACCCA TACTTTCCAC CGACTGCGTA
AAACCCTTGC TGGCTCATTC CCCGAACTCC TCGAAACACT CAACCCACCT GTCAATCCGA
CTTTACTGGC CACCTTTGAG GCCGAAATCG GGTGTCCACT TCCTCGCTCG GTACGCGAGT
CTATCCAAGT TGCAGACGGC CAAGACCTCG AGACCACTGG CAACATCTCC GGCTCCGGAG
GATTGTTTTT TGGGCTGTAT TTTCTGCCCC TTGAGGAGGT TATGCGGGAG TGGGCATTTT
GGAGATACGC GGAAGATGAC CCTACAGTAG GTGGAAACCC GGCGATATTG GCGACTATGG
CGTCTGTCCC TCCTCAATGG ATCAAAACTG TCTATGCGTG TAAAGGCTGG ATCCCGCTGT
TAAGTGATCG AACAGGGAAT TATGTCGGTG TTGATCTCGA CCCGGGGGCG AATGGCGCGT
GGGGACAAGT CATCGTCTTT GGACGAGATT TTGACCGAAA GTGCGTCCTT TGGAATGGGG
ATGGCGAAGG CGGCTGGGGT AAATGGTTAG CCGCGTTTGT GGATGAGCTG GAGTCCGGTG
AAGGATGGGA AGCGGACAAG GCTGCTTCGT CAGATGAAGA GGAGGAGATC GGGTATAGCA
GCTATAACGG TGGAGGGACA TATGGTGAGG TTGGAAGTGG ACTCCGGCTC GCGGGCCAAT
ACCGAGGATG GAATGTGCTT GAAGCATGGT GGGATAGGAG TGTGAGAAAG TGGGAATCAT
TAGGATTGGG ATTAGACATT GAAGAGGTTG AAAGAGGATT AGAAGAGGCT AGAAGGTTGA
CAGGCTACGG TGTGAGTGAA ACTGAAGGGA AAGGGAAAGG GAAAGGAAAG GGCAGAGAGG
GGACCAATGG GAACACAAGT AACAGCAACA GCCCGCTGCA AGAAAGCCTT GGTGAGTATA
CTGCTTCTCC CTAGAGTACG TATACTAATA AGCAACAGGC GGTTCTCAAC ACCTCGCTGC
AGTACCGGGA ACTCCTGTAA CCCGTGATTC CGATGTTCTC CTCCCACCTT CATCTCCCGA
ACAACCATCC ATCCCCAAAA TTAGACATCC ATCTCCTTCC CCCGTGAGAG TCATTACACC
AGTGACATCT ACCATTGATC ATCCTCTCAA ACCGGGACCA CCCTCTACTG TTTCCGGTTC
AGGTTCAGGC TCGGGATACC TTTCACCTCC TACTCATTCT CCATCTCGGC GTAAGCGCGC
ACCTGCCCCT GCACCTACAC CCATTGACCT CCCCACACGA GCCGATATCC AAGCCATGTC
CGCTATCGCC CAAGCTGAAA CTTCGGGTCT CCGCGGTGGC TGGGTGATGA ACCTCGATAC
CTCTGTCGGA TCCGCCGCCC GTCGTGCATC TCGTCTGTCT TCTCTCGGCT CGGGATCCCA
GGGAAGGGGA AGTATGGATG CGGAGATGGT GGATATTGAT CTTGAAGGTG GACGGGCAGT
ACCATTTGGT TCGCCAAACA TGACAGAGGA CGAGTTGGAG AGGCAAAGAG AAGAGGAAAG
GATGGCACAT GCGGGATTGG AACATCGACG GAGTCCCGTG ATGCTCAATT CCCGTACCCC
TTCTCCTCTC GCCCGTTCCC CTCATTCATC TCATTCCCCA CTCTCTCCAC ATTCCCCCTC
TTTCCATTCT CCTCACTCTC CATACTCTTC TCGCCCACCC TCTTTCGAAA CTCGCACCGC
CATCATCACT ACCGAAGACC CTTCCCGGGA AAAGACACCC AAAGCATCTC TTCGCTCACC
AAACGCCCCA TCCCCATTGG ACGTTACCGC AATCCCTCAA AGTGTATTGG ACGCTACTAG
CATGATTCGC CCCCCGCCGC CTGTAGCAAA CAACTCAAGC TTAACAATTC GGGGATACGA
TGGTGAAGAG AGGGATCGAT CTCTTGTACG AGCCAACTCG GGAGCTTCCA ATGGTCAAAG
ATCTCCCCGG CCAGAAAGGT CGGGGACGAC GCCCATTCCC GGTTCCGGAC CGACGCAGCA
GAGATCGATG ACAAGGGGCC AGCGGGAGTC TAGCGTCATC TCCACAGATA GCCATGACGG
TTTGCTCGAA AGTGTTTCAT ACCGTAGAAG TGTGTCTCCC GTCTCGGTTT CTGATGCTTC
CGCACTTGAA GGTGAAGAGG TAATGGAAAG CCCTAGTACT ATCAAGAGTA TGGAGAGTGA
GAACCAAATA AAGGAGAGGA AGACGGGGAT AGAAGAGGGC TTTCAGGAGG TGAGCCTTTG
AGAGGCGTTT CGGATGATTA TGCCAGGAAT GTTGCCAAAC TGTGGACTGT TGAGCGTCGT
GGGCCAGGTG TAAGAGGACG GGTCAAGACT GTCTTATGTT TTATCATGAG CATATTCAAA
AAAGAGATGT TTTCTGCATT GTTAGACAAG CTTTTAGTGC CTTTATTCAA ATCCTGCATT
GACTTCCATC TTGAAGAGCT TAGGTATATG TAGGAAAAAA AAGGCGGTAA CAGTTGGGCG
CGAAGAGGCC CAAGGAGAAA AATATAGAGT GCTTATTCCG AGTACGATCA TGGACAATAG
ATACCACTTT CTTTCTTCGC AAAGATAAGC TATATACCCA CTTCTTTCTT ACCATTGATA
TTGAAAATGT GTTTTATCTC ATCGTACTTT GGCATGGATT TTGATA
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| Protein sequence | MPFLQSISSL FSGNSSKSNP NRYNNRRSVM DSTRDAFSLP TTNAGNIHYG NGYNDGPQLD
SASSSPGPSR RNSNAYNNNY PPRDFSANPN SYPPLTHTFH RLRKTLAGSF PELLETLNPP
VNPTLLATFE AEIGCPLPRS VRESIQVADG QDLETTGNIS GSGGLFFGLY FLPLEEVMRE
WAFWRYAEDD PTVGGNPAIL ATMASVPPQW IKTVYACKGW IPLLSDRTGN YVGVDLDPGA
NGAWGQVIVF GRDFDRKCVL WNGDGEGGWG KWLAAFVDEL ESGEGWEADK AASSDEEEEI
GYSSYNGGGT YGEVGSGLRL AGQYRGWNVL EAWWDRSVRK WESLGLGLDI EEVERGLEEA
RRLTGYGVSE TEGKGKGKGK GREGTNGNTS NSNSPLQESL GGSQHLAAVP GTPVTRDSDV
LLPPSSPEQP SIPKIRHPSP SPVRVITPVT STIDHPLKPG PPSTVSGSGS GSGYLSPPTH
SPSRRKRAPA PAPTPIDLPT RADIQAMSAI AQAETSGLRG GWVMNLDTSV GSAARRASRL
SSLGSGSQGR GSMDAEMVDI DLEGGRAVPF GSPNMTEDEL ERQREEERMA HAGLEHRRSP
VMLNSRTPSP LARSPHSSHS PLSPHSPSFH SPHSPYSSRP PSFETRTAII TTEDPSREKT
PKASLRSPNA PSPLDVTAIP QSVLDATSMI RPPPPVANNS SLTIRGYDGE ERDRSLVRAN
SGASNGQRSP RPERSGTTPI PGSGPTQQRS MTRGQRESSV ISTDSHDGLL ESVSYRRSVS
PVSVSDASAL EGEEVMESPS TIKSMESENQ IKERKTGIEE GFQEVSL
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