| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNC00720 |
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| Symbol | |
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| ID | 3256244 |
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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_006685 |
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| Strand | + |
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| Start bp | 205111 |
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| End bp | 209504 |
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| Gene Length | 4394 bp |
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| Protein Length | 961 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | 638255289 |
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| Product | conserved hypothetical protein |
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| Protein accession | XP_569954 |
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| Protein GI | 58265596 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR00727] small oligopeptide transporter, OPT family
[TIGR00728] oligopeptide transporters, OPT superfamily |
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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| Plasmid unclonability p-value | 0.00839319 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | decreased coverage |
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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 | CCACAACTGC ACGGTATCCA TTATCCATCC ATCACCCATC ACGATCGCAT TAACTTTATT
ATTTTTGGTC CACAGCAATC TTCGACCATC AGCTTAAGCA CATTGACGCA CATCATCTAC
CATCTCAAAG TGATCCGTGA TCAGGGCCCT CCGGCATTAT TTACTGTTGT ATCTGTTTCA
CAGTCACACG CCCACGACAC ACCACCACCA AGTCGTCACC AGCTGTCAGC CAATTTGGGC
CACAAAAGCA GGGGAATCAC GGTTGGACGT AGAAGTTGCG GGTAATCGTT CAGCAGCTTC
GAAGTGTCCC CAGTATCGCA CGCTCTCGAG AGTACACGAT CGATCTTGTA CAGCCGACCA
CTATATTTTC GCAAGCAATT CGACACTCAA CATCCTTTCG CTTCAGCACA GTTCAATATC
TGGTGTGACA ATCTCCAGTC GCTGTCAGTT CATTGGAGCT GGACTTAGGC AGTCTTCGTA
TATTCATATA ACCCAACAAC AATTTTATTC TGGCAGCTGG CAATCGCCCA GTTACAACCA
GAGAAACTGT ATTGGAACAA GAGATAGTAT CTCAGATTTC TATTCCTGCA TCGCGCCTTT
CAACCTCCAG CCAACACGCT CCATCCGACT ATTAGACATC ATCTCTCTCG ATCTTTCACT
TGCCAGGAGC TTAGCATCCA CCGTGAAGTC CGAAGCTCGA TAAAATTAAA GAAGCGCAGA
ACGCGCAGCA TATCTCGTGA GCCTCTACGA TCATCGCATA AGCATCTCTT GCACTGCCAG
CTCTGACCGG CTCGTACCTC TCATAGATTC CCATAATGCC CCATACAACC AACGTCTCTT
TATCGCCTCG GCCCACGACA CCATCTGGCT CTCTGCCGCG TACGGATCGT TCTCGCCGAC
CTCTTCCTCC AGACACTGCA GCGTCTGGTA TCAACGATTT ACCCCGTCGG GAATTCTTTT
CAGAAGGTAG TGATGGTGAA GACTATGATG ATGAAGAAGA TGAGGAAGAG GAGGATGACG
TTTTTGCATT CAATCGACCA GCAACCGCTG CTCAACCTAA TGGAGCGAGT TCATCAGGCT
ATGGGACCGC GCCAACGTCT GGTAGGCCAA CGACAGCTGG TATTAGCTGG ACGCAGACGA
CTGCTGAAGA AAGAGGTCCA GCACACGTCG GTACAAGCAC AGGTCCTGGT ACTCTGTCTT
ACGATGGTCC AACACCTTTG CGAGATCAGC CACAATCTGT CAACAGCAAT AATAAAGATG
CTGTGCCTAC ACCAACTGGT GTCATCGATG TCGGCGGGCA TTTACCAGAT ACCACATACG
ATGTCAACAA TCCCCCGCCA TTCAGTGGTA AGAATAACCC CAATAATTCT AGTTTTGCGT
ATAACATAAC GGGACGGTCA TATCGTCCAA GAACCGGGCA ATCTTTGCTT GATCGAATAC
ATAGGCGGAG AACACCAGAG ACTGGAAAGT CAAGTGTGAC CACCATGACC GCTCTGACAA
GTGCGCACAC GGACGACTCT GCAGTATCAG ACTTCGCATC GACAAGCGAT GTGGATCACT
ACTCGCACAC CCCTCGTCGA CGAATTAGTC AGGGCAAGCG ACCAATCAGT TCTGCTCCCC
CAATTTCAGA AGACGGGGTG TATAGTGAGG ACGGCAATTT CGGCAGACGT AGGAGACGAA
GCCGAGGAAG TATTGGGATG ACAGAGTTAA CAGGAGATAT GACAGTTCCA GATGGGATGA
CTACCTGGGG AGATGGAATG GGCGGTTTGG CCAAAGGCGG AAGTGATGGG GAGGTGCAGA
GTGCTATGGA TGTGGATTTC GATGAGGAAG ATAGTCCGTA TCCGGAAGTC CGAGCTTCGG
TGTCTAACAT TGACGATCCT GACATGCCTG GTAAGCGCAA AACTATGGTT ATAAAATTAT
CATTGACACA TCTCAGCTAT GACCATCCGA GCTTGGGTCC TTGGTATATT CCTGACTATT
CTCGCCTCTG GCTGTAACAC CTATTTTCAC TTTCGTACGC CTGCTCCTTA CATCTCTCCT
CTCATTGTAC AGTAAGTGTT TCATCCTGCC GGGCGCGCCA GGTCTAACAA TAGATTGTAG
AGTTGTAGCA TACCCCCTGG GTAAGTTTGC TGCATGGATT CTCCCTATCG ACACGTATAA
GCTCCCTTTA TGGCTTGGTG GGCGTGAGTT CAGTTTCAAT CCCGGCCCGT TCAACATCAA
AGAACACACC GTCATCGTCA TGATGGCCAA CGTGGCTATT GGGCCCGCTT ATGCCCTTTA
CGCCACTGTA TCAAGCGAAC TCTATTACAA TCACCCGATG GGCTTTGGTT TCTCTATCAT
GTTCCTGTTC GCCACACAGA TGACAGGCTT CACACTAGCT GGTATTTGTC GACGATTTGT
CGTTTGGCCA GCTTCAATGA TTTGGCCCGG TAATTTAGTG GTTGCTACCA ACTTGAACAC
CTTCCATGCG GAGGAGGATG GTTTTACGGG TGGTATGAGC AGGTTCAAAT TCCTCATCGT
GTGTATGGCA GGATCATTCG CATGGTACTT TTTCCCAGGT AAGTATTGTG GATCGATGGA
ATAGGCAAAT ACGCTGATGC ACCATCCAGG CTTTGTTTTC ACGGCTTTGT CGTATTTCTC
ATGGGTTTGC TGGATTGCAC CAAGGAACAA CGTCGTCAAC CAACTGTTTG GTGTGTCGAC
TGGTCTCGGT ATGGGATTAT TGACATTCGA TTGGACCCAA ATCACTTGGA TCGGCAACCC
TCTTACTACC CCTTGGTGGG CTGAAGTGAA TGTTGGAATT GGATTTGTGA TCTTCTACTG
GATACTTACT CCGATTCTCT ATTACACCAA TGTACGCTTG AAATTCGCTG GATTATGATC
ATCAAAACAC TGACATTCTT CACAGGTGTG GCATACTGCA TTCCTTCCTA TCAGTGTCAT
CCAAGCTGCT GATCGGTTCG GAAGTACCTA CGATGTTTTC AACATCCTCA CTCCTGAGAT
CACCCTTAAC AAGACCGCAT ACGCCGAATA TTCCCCGATA TACCTCTCTG CATCGTACTG
CGTCACATAC ATGGTGGCTT TCGCTCTCTC AACTGCCTTG CTCGTACACA CCGCTCTATA
TCATGGTCCG CGAATCTACC GCGCCATCCT CAACATCAAG ACTGAAGCGG ACGACATCCA
CTACAAGCTC ATGAAAATGT ACCCCGAGGT GCCCGATTGG TGGTTCCTTG CACTTTTTGC
TGTCGTCTTC GTCTTTGCTG TCGTATCAAT AGAGGTGTAT CATACAGAAC TGCCAGTTTG
GGGATACCTT ATCAGTGTCC TTCTTCCATT CATCTATATC ATCCCGACAG CGTTCATTTA
CGCGATGACC TCTCAGCAAA TCACTATTAA CCTTTTGGCG GAGCTTATCC CTGGATACAT
CTTTCAAGGA CAGCCTCTTC CTGGCATGGT ATGTTTGTCA GCGTCAGACC TTATACTGTT
GCTGACAATG TCTTAGATCT TCAAAGTTTT CTCTGTGCAG ACAATCGTAG AAGCACTATC
ATTCGTCCAA GACCAGAAGC TTGGCCATTA TATGAAAGTC CCGCCTCGCG CAACATTTGT
TGCTCAGCTT TCAGCTACGA CTGTGGCGTG CTTTGTGCAA AGTGGAACCA AAGAGCTCTT
GTTCCATGTA GTCAAGGACA TTTGCACGGC CACTCAAAAG AGTCTGTTAA TTTGTTCATC
GACCAAAGTT TTCTTTACTT CGTCGATTAT CTGGTACGTG GCTTTGAAGG TGTAAGCGGA
ACCGCCGACT GACCATGTCT GACCACAGGG GACTTATAGG ACCGAATCGG CTTTTCAGCA
AAGGGGCTTT CTACTACCCG CAACTCTTCG CACTCGTCTT TGGTGCCGTT CTTCCTATAC
CTCTTTGGTT CTGGGTCCGA CGCAACCCTC GCTCTATCTT CCGCAACCTC AATTTCCCGG
TCATGTTCAA CGGCGCATTG TCTATCCCCC CGGCGAGTGG CGTGAACTAT GCGAGCTGGT
TGTCCACGGG CTTTATATTT CAATTCTGGT TGAGAAGGAA GAGATTTGCT TGGTGGTCCA
AGGTGCGTAC TGTGCAAATC GTGTGACAAG GATGACTTGC TAATTCTGGT GTACAGTATA
ATTACGTTCT CTCCGCTGCC CTCGATGTCG GAACTGCCCT CTCTGCTGTC GCCCTTTTCC
TGTTTATTGA TTTACCAGGC GCTTCCCTTT CTTGGTGGGG AAACAACGTG TATAAGCAAA
GTAGGTCTTC TCCTCATTCT CACGCATCAC TAGGCACTGA CAAGACGTCG ATAGCGGTTG
ATTGGGATGG TGTCGGTGCT ACGTACTACA AGCCTCCACC AGAGGGCTTT GGCCCGGATA
CATGGAAGGT TTAA
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| Protein sequence | MPHTTNVSLS PRPTTPSGSL PRTDRSRRPL PPDTAASGIN DLPRREFFSE GSDGEDYDDE
EDEEEEDDVF AFNRPATAAQ PNGASSSGYG TAPTSGRPTT AGISWTQTTA EERGPAHVGT
STGPGTLSYD GPTPLRDQPQ SVNSNNKDAV PTPTGVIDVG GHLPDTTYDV NNPPPFSEDG
VYSEDGNFGR RRRRSRGSIG MTELTGDMTV PDGMTTWGDG MGGLAKGGSD GEVQSAMDVD
FDEEDSPYPE VRASVSNIDD PDMPAMTIRA WVLGIFLTIL ASGCNTYFHF RTPAPYISPL
IVQVVAYPLG KFAAWILPID TYKLPLWLGG REFSFNPGPF NIKEHTVIVM MANVAIGPAY
ALYATVSSEL YYNHPMGFGF SIMFLFATQM TGFTLAGICR RFVVWPASMI WPGNLVVATN
LNTFHAEEDG FTGGMSRFKF LIVCMAGSFA WYFFPGFVFT ALSYFSWVCW IAPRNNVVNQ
LFGVSTGLGM GLLTFDWTQI TWIGNPLTTP WWAEVNVGIG FVIFYWILTP ILYYTNVWHT
AFLPISVIQA ADRFGSTYDV FNILTPEITL NKTAYAEYSP IYLSASYCVT YMVAFALSTA
LLVHTALYHG PRIYRAILNI KTEADDIHYK LMKMYPEVPD WWFLALFAVV FVFAVVSIEV
YHTELPVWGY LISVLLPFIY IIPTAFIYAM TSQQITINLL AELIPGYIFQ GQPLPGMIFK
VFSVQTIVEA LSFVQDQKLG HYMKVPPRAT FVAQLSATTV ACFVQSGTKE LLFHVVKDIC
TATQKSLLIC SSTKVFFTSS IIWGLIGPNR LFSKGAFYYP QLFALVFGAV LPIPLWFWVR
RNPRSIFRNL NFPVMFNGAL SIPPASGVNY ASWLSTGFIF QFWLRRKRFA WWSKYNYVLS
AALDVGTALS AVALFLFIDL PGASLSWWGN NVYKQTVDWD GVGATYYKPP PEGFGPDTWK
V
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