| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNK00560 |
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| Symbol | |
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| ID | 3254390 |
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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 | 185139 |
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| End bp | 189339 |
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| Gene Length | 4201 bp |
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| Protein Length | 1058 aa |
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| Translation table | |
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| GC content | 46% |
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| IMG OID | 638253545 |
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| Product | delta DNA polymerase, putative |
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| Protein accession | XP_567620 |
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| Protein GI | 58260420 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0417] DNA polymerase elongation subunit (family B) |
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| TIGRFAM ID | [TIGR00592] DNA polymerase (pol2) |
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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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 | CCGGCCTTCA TTTCTAACAA CAACTACTCT TCTTGCTTCT TGAGCGTGTA CTCCCAAACC
CAGTATACAT AATGGCCATA CAAGAACCCA TTACAAAGAA GAGAAAGCTC GATATCTCAT
CACAGAAGGA GCTTGAGCCG CAACCAAGTT TTACCGAAGT TTTAGAACAG CTTGTGGCCG
AAGAGGATGC GGCAGGAGGT GAGTATTTTT CGGTGAACTT GGCATTTCGA TTGCTAACTG
ATATCTCCAG ATAGCATAGA GACGTCTGCG GCGTGGCCTC GACCGCCAGT CCCGCCATTT
GATGCCAAGA AGGACACGAT CTGTGAGTAA TCCTCGGGCT ATGACTGATC GACCTTACTA
ATTGCTGTAA TTGCTGTAAT AGCTTTTCAG CAGATCGAAA TCGAAGAGTC AGCTGATCCC
AAGCATGGAC CAACGCTACG GCTATTTGGA GTCAACAAAA GCGGTAATTC AGTTTTGGCG
CATGTATATG GGTTCAAGCC ATATTTCTAC GTTGCAGCCC CTAGCGGTTT CCTCAACAAA
GACCTTCAAC CTCTGGCCGA TAAGATCAAT GTAAGAGTTC CCATATCAGG TTATACTGCG
ATCTGGCCTA ACGTACATCT CAGTCTTCTA TATCTGCGCT GGGTCCTTGT GTGACTAACT
GTGCTATCTT CAACCGGCGG TCTCTATGGG GTTATCGAGG AGACGACACC GTACCGTTCA
TTAAGATCAC CGTATCTGAT CCCAAGAACC TATCGAAAGT TAAAGATGAG TTTTTTACAT
TGTCCACTGT ATATGTTGCT GATGATGATT CTCGGCGTCT CTACGTGCCT TTGAGCGTGG
ACAGATAGAT TTCAATGGTC TTTTCCCTCC TGAAATTCTC ACCTATGAGA GCAACATTGC
ATACACCATG CGTTTCATGA TCGATACGAA AGTGAGTGCA CTTTACCAAT CAAAAATTGA
GCTAATTCTT TGAAGATTGT GGGGATGAAT TGGGTCAGCA TTCCCGGTGG ACGGTATGAT
CTGCTGGAAG GAGGAAGTAA AAAATCACAG TGCCAAATTG AAATCTCATG CAAGTACGTG
CAAGATGAAG GATTTTCTCA GACCGCTGAC CAGATGGACC TTCTTCAGCT ATAAGGACTT
GATTTCTCAT CCTCCTGAAA ATGAATGGCT GGATATTGCA CCTCTTCGTG TTCTCAGTTT
TGACATCGAA TGTGCTGGCC GCAAAGGCAT ATTCCCAGAA GCAAATGTGG ACCCCGTCAT
TCAAATCGCC GCGATGGTAA CCCGTCACGG TAGGTTCCAA GTTCCCTGGT CATTTACGCA
AGCGTTTTGG TTGATAGTGG TATCTTTAGG GGAATCAAAG CCTTTCATTC GAAACGTATT
CACCCTCAAC ACGTGTGCTC ATATCGTCGG ATCTCAAGTG CTCGAATTCA AAGACGAAAG
ACAGCTTCTT CTTGAATGGC GCAAGTTTGT AGATACGGTT GATCCTGATA TGATTATCGG
ATATAACATT TCTAATTTCG ATCTGCCCTA TCTTCTTGAT CGTGCCAAAG CTTTGAAGAT
CCCGGACTTT GCCTTTTTGG GTCGACTGCG AAGTAAGTGA CGCTCAAAAC TGCATTTATT
GTTGCTTCCC TAATATGTCT CCTTAGATGT CAGAACCGAA GTCAAGGAAA CCCACTTTTC
TTCAAAAGCT TACGGTCAGC GAGATTCCAA AGCTGTTAAT ATGGAAGGTC GACTTCAGCT
TGATATTTTG CAAGTGATGC AACGGGACTA CAAGCTTCGA AGCTATACTC TCAACGCCGT
TTGTGCACAA TTCCTAGGTG AACAGAAGGA AGATGTCCAT CATTCCATCA TTACGGAGCT
CCAAAATGGT ACTGCGGATT CTCGGAGGCG TCTGGCTGTT TACTGTTTAA AGGTGAGTAA
CAGCAAATTC AAGTACCTTC GGCACTAACA TCATTGCAGG ATGCCTATCT TCCACAACGT
CTGATGGACA AGTTGATGTG TTTTGTCAAC TACACCGAAA TGGCACGTGT CACAGGCGTT
CCTTTCAACT ATCTCCTGTC CAGAGGTCAG CAAATCAAGG TTATCTCTCA GCTTTACCGA
AATGCCGCGG ATGCCGGCTA TGTTATCCCT GCTCTCAAAA GCGAAGGCTC CGATGAGCAG
TATGAAGGTG CTACTGTCAT TGAACCCAGT AAAGGTTTCT ACGACGTGCC CATTGCCACT
CTGGATTTCG CGTCACTGTA TCCCTCAATC ATGATGGCCC ATAATTTGTG TTATACAACA
TTATTGGATA AGGGTACTAT TGAAAGGCTG AAGCTCGTCG AAGGAGAAGA CTATGTGCAT
ACACCCAACA ATGGTGAGTG GAACTGTTCG CTGAAAATGA GGCGGACATA CTGATTCCGT
TATAGACTTT TTTGCAACAT CCAAACGTCG AAAGGGACTT CTACCTCACA TTCTCGAAAA
TCTTCTGGCT GCCCGAAAGC GAGCCAAGCA AGATCTCAAA GTTGAGAAAG ATCCTTTCAA
GCGAGCCGTG TTGGACGGTC GACAACTTGC TTTGAAGGTG AGCGCCAACT CGGTCTACGG
TTTCACCGGT GCCACCGTCG GGAAACTTCC CTGCCTTGCA ATTTCCTCAA GTGTTACTGC
CTACGGTCGA CAGATGATCG AGCTCACCAA GAAGGAAGTC GAGGCAGAGT ACTCCATGAA
AAACGGTTAT GACCATGATG CCAAAATCGT CTATGGTGAT ACTGATTCTG TAATGGTGCG
ATTTGGGTGC CCAGATCTGC CAACAGCGAT GAGACTAGGT GAGTGCGGAT GTACAAGTCA
TGTCAAGATC ATTGATTAAT TGGCCAATGC AGGTGCCGAG GCTGCCGATC TCGTATCCGG
CAAATTTATC AAACCCATCA AGCTCGAATT CGAAAAGGTC TACTTTCCTT ACCTACTTAT
CAGCAAAAAG CGTTACGCCG GCCTCTATTG GACTCGGCCA GAGAAATACG ACAAAATGGA
TACGAAGGGT ATTGAGGTGA GCCGACGTGT CTAGTTCTTT CTAGTTATAA TTGATAATGA
TGAGTCACTA GACTGTCCGA CGAGACAACT GTCGTTTGGT GTCCACGGTC ATCGAAACTT
GTCTCTTCAA GATGCTTATT GATCGAGATG TTAAGGGTGC TGAGGAGTAA GCTCCTCGGA
ATCATGGAAC AGCACAGACC ACTGATATGT CATTCTCTAG CTATGTCAAG GACACTATCG
CCGATCTTTT ACAAAACAAG ATTGACATGT CTCAGCTCGT GATCACCAAA GCCCTTGCCA
AAGCTGACTA TGCCGCCAAA CAAGCACACG TTGAATTAGT AGAGAGGATG AGGAAGCGTG
ACGCTGGTTC GGCTCCTAGT TTGGGTGATC GAGTGGCCTA TGTCATTGTC AAAGGCGTTA
AAGGCGCTGC AGCGTACGAA AAGTCTGAAG ATCCTCTGTA TGTTTTGGAA CACAATGTTC
CCATTGACAC CCGATATTAT CTGGAAAACC AACTTTCAAA GCCATTGATG AGGATTTTCG
AGCCTATCCT TGGTGAGAAA GCCAATAGCT TGCGTAAGTC AAAACAGTGA ATATTACGCA
ATTAAGCTTA TCCTCGAATC AGTTCACGGT GATCATACAA GAACAATCCA GATTGCCACA
CCTACCATTG GCGGGTTGAT GAAGTTTGCG GTCAAAACGG TGACGTGTAT GGGCTGTAGA
ACCCCTCTTC GAGGCAAGAA CGGTGGGTCA TGACCATGTA TCAAAATCAA TCGCTGATCG
CTGATTGCGA GTAGAGAGTG CCGTTTGCGT TAACTGTCGA CCAAAGCTTC CAGAATTGTA
CCAAAAGCAA GTTGCTCAAA CCTCAGCATT GCAAATCGAC TTTGCGCGAT TATGGACACA
ATGCCAGAGA TGTCAGGGCT CACTACATCA AGTGAGTAGC AGGCTGCAGA TGGCCTGTCA
TTGCCGGTAA TGCTGACACA GCACGCTAGG ACGTTATTTG CACCTCTGCC GATTGTCCCA
TCTTCTATCG TAGAACAGCT AGACAGAAAG AGGTCGCCTC ATCAGTAGCT CAGCTTGACC
GTTTCGAAAA GGAAACTGGT TGGTAAAAAG TTCGTGTTTG AGCTTTTATG ATTCCGCATT
ATGTAACTGT ACATGTACGC CTAGCATATC GTAAAGTTCA TCATCTTGGA ATGCGACTCC
T
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| Protein sequence | MAIQEPITKK RKLDISSQKE LEPQPSFTEV LEQLVAEEDA AGDSIETSAA WPRPPVPPFD
AKKDTISFQQ IEIEESADPK HGPTLRLFGV NKSGNSVLAH VYGFKPYFYV AAPSGFLNKD
LQPLADKINS SISALGPCVT NCAIFNRRSL WGYRGDDTVP FIKITVSDPK NLSKVKGAFE
RGQIDFNGLF PPEILTYESN IAYTMRFMID TKIVGMNWVS IPGGRYDLLE GGSKKSQCQI
EISCNYKDLI SHPPENEWLD IAPLRVLSFD IECAGRKGIF PEANVDPVIQ IAAMVTRHGE
SKPFIRNVFT LNTCAHIVGS QVLEFKDERQ LLLEWRKFVD TVDPDMIIGY NISNFDLPYL
LDRAKALKIP DFAFLGRLRN VRTEVKETHF SSKAYGQRDS KAVNMEGRLQ LDILQVMQRD
YKLRSYTLNA VCAQFLGEQK EDVHHSIITE LQNGTADSRR RLAVYCLKDA YLPQRLMDKL
MCFVNYTEMA RVTGVPFNYL LSRGQQIKVI SQLYRNAADA GYVIPALKSE GSDEQYEGAT
VIEPSKGFYD VPIATLDFAS LYPSIMMAHN LCYTTLLDKG TIERLKLVEG EDYVHTPNND
FFATSKRRKG LLPHILENLL AARKRAKQDL KVEKDPFKRA VLDGRQLALK VSANSVYGFT
GATVGKLPCL AISSSVTAYG RQMIELTKKE VEAEYSMKNG YDHDAKIVYG DTDSVMVRFG
CPDLPTAMRL GAEAADLVSG KFIKPIKLEF EKVYFPYLLI SKKRYAGLYW TRPEKYDKMD
TKGIETVRRD NCRLVSTVIE TCLFKMLIDR DVKGAEDYVK DTIADLLQNK IDMSQLVITK
ALAKADYAAK QAHVELVERM RKRDAGSAPS LGDRVAYVIV KGVKGAAAYE KSEDPLYVLE
HNVPIDTRYY LENQLSKPLM RIFEPILGEK ANSLLHGDHT RTIQIATPTI GGLMKFAVKT
VTCMGCRTPL RGKNESAVCV NCRPKLPELY QKQVAQTSAL QIDFARLWTQ CQRCQGSLHQ
DVICTSADCP IFYRRTARQK EVASSVAQLD RFEKETGW
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