| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNM02250 |
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| Symbol | |
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| ID | 3255092 |
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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_006682 |
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| Strand | - |
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| Start bp | 686017 |
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| End bp | 689424 |
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| Gene Length | 3408 bp |
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| Protein Length | 822 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | 638254381 |
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| Product | chromosome condensation-related protein, putative |
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| Protein accession | XP_568267 |
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| Protein GI | 58261714 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 20 |
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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 | ACCTCGTATA ATCATAACAA CATCTACGGG AGGCTGCCTC TAGAGGTATA CCTACCCCAA
AATTGGGCTT GACTTGTTTC GAACTCAAAG CAACAAAATC CAGACAGTCG GTCCGACAGG
CCAACTAACA GTCGCAACGA CTTTGAACGG ACGACAACCT ATACGGAGAA CATTTTGAAA
GGTATGATGT TGAGACATAT TGGCACTTAC AGAGCACCAT CCCGTAAGAC TGACTGGTCA
GGCTTTGATG TTCGTACTCT TATTCATGCC TATATTCCCA CAAGCGCTAA TGACGAGCCT
GGTGACTATC TGAAAATCAC TGTCAACAGG AATTTCTCCG CTCATGGATT CCAAGCCATA
CCGTCCCGCA ACTCCGGTCA TTTGCCTCTG CTCTAGTAAC ATATGGAAGA CGTGATCCTT
TTATGCGTTC AGGCGATCGA AAAGCCGATG TCATTCAGAA AATCCAGGAA GCGTTCATGG
CCCTCAAAGC TAAGATGGAT CTCGATGCCT ATGTCGAAGC GAGGTATCAC TGTGAAGTGG
CCGTTGGGGG AGGATGGGAT CCATTCCCTA GGACGAACAC AACAATAATG GTCCCCCCTG
CGCAGCCTAT ACGTGCCCAT CCATCTGTTC AGCCGCCACC ACCACCTACA TTTGGGGGTG
TTCCGCGATG GAGTAGTGGT GAGTCCTTCT TGTGGCATTG GAAGGTATCG CGAAAGCTGA
TAAACTCTTA AAAATGTGCT ACAGGTGTAA ACAATAATAG CTCAGGCTTG AATGGATACA
GATCAACATC AGGATTTGCG TCTGGCTCTG TTGGGTATGG CAATACCTCA GCTCACGCTG
TTTCATCGAC TCCCAGCCAC GGTCCGCAAC ATGCTTTGCA AGACTGGAAA ATTAACCCAA
TGTGGAAACC GCTTCGGGCC ATAACGTCTA TGGAAACACT GCCTGATATT AGCGCCAACG
AAAGTCATAG CACCTACCGG ACAAAACGGA CGCAATTTGT CCTACCCAAT GATGTTATTG
AGAAGCTCAA AGCATCTAGG TATATTCCCT TCCCCTTGCT CCTTATCTAC TGCTACTCAT
GTCCTAGTCA GCTGATCATT ATTTTCAAGG GAATCCCCTC AAACGCCACC ACATTACTCA
CTCCGCCTCT TCTGTACTTC CTCTGATCAC TATCGCCCTA CATCCGTACA CGCTCGCCAT
ATACCTCCCT CTACCAACAT CCCTATTGAA TATCCTGGTA ACCCTGAAGT ATCCGTCGAC
GGCACATTAT TGCCCTTCAA AGAGAAAGGT CTGAGAGGGA AGGCTGGGAG TGCCCCGCCT
TTTGATTTAG ATAAACCAAT CAACAATGGT GTGGCGGCTG GAGGGCGAGT GGCGCTAGTA
CCAGGAAGAT TAATGGGTGT CAACGTTGGA CATCGAGGGC CGACGACAGG AAAGAACAAG
ACTCAGTCCA AGGTCCGTTA TGTTTCTTTT TCCTCGCTGG ATGCTGGGCT GCTGACTGGT
TGGGATGACT TCTGTAGAGG TTTTTCTTCC AGATTGTCCT TGCCGAAATG ACAACAAAAG
AAGAACTGCT TGCAAAACTG AATAAGCTGG AACCAACAAA AGCAGAACAT GCGATAGAAC
AATGTATGTT CCCTTTCTTG TCTGGTGATT AGGGTGACAA GCATTGATAG GAAGGAGCAA
TACTAATGTA CTGTCTCGTT CTCGTAGTGA GGAAGAAACA AGAAAATGAC GATGATATTG
TGGCTGGTAC AGCATCCATG TCTTTGAAAG ATCCTGTACG TTCATTCCTC ACCTTCAGAT
TATGCCAAAA ACGCTGACCA GCTCCTCTTT CGCTTTATGA ATATAGCTTT CATACATGCG
TATGACACGA CCTATCCGCT CTTCAAAATG TAGTCATATC CAATGCTTTG ACGCTACTTG
GTGGATAGAA AGTAATGCTG TGCACCCACA ATGGCTCTGT CCGCATTGTA GCAAAGAGCT
CCGATTTGAT GATCTGATTG TTGATGGGTG CTTCCTCGTT TTCCCTCTCC CCCTTGGACC
GTAAACTGAC CATTTGTTCT CCATTCTAGA TACGTGATGG ACATTCTTAA GGTTGTTCCC
GATACGGTCG ACGATGTTAT CCTTGAACCC ACAGGCGAAT GGCACACCGA AGATAACAAG
TACGGTACCG CATCTTGGCT CGCCTCACAT GTGAAACCAT CATCAGCTAC CGTGGAGGCA
TCGACACCAG TTGCACCCTC GGTGCCTGCC TCATTTAGCT CAGAGATCGA GACAAAACCG
TCTGTTTGCG ATATGAATGA TATTAGCAGC GGCGATGGAG CGAACAGAGG GGGAACGGGT
CTGAAACGAA AAGTGGTGCA AGTCATCGAT TCTGATGAAG AAGGGGACGG TACCCCTGCC
AAATCGAGTG TCCCTCCAGC GGGCCGCGTA ACAGCGCTGG GATCATCATC CTCAGTCGGT
GGATCAAGGA CAGGAGCGTC AACTCCTATC ATTGACTTGA CCTTATCTGA TTCAGATGAC
GAGACGGACG AGGAGACTGG ACCGGTGACG AGTTCAAGAG CTCCTCCGGC TCCGATACAG
GTACCGAGAA CGTCAACAGC AGCAAGCGCG ATTGTCTCTC CAAAACGACC GGTAAGCGCT
GCTGGCACCC AATTTCATTC ATTTCGCGAG ACTACTTCCA ATGTTGTTCG CTCGCCATCG
ACTAGTTCCT GGCCTGGTCT TTCTGTTGCC GGAATAGGGG GGGTGAGTGG TAGATCCAGT
CCTTTGAATA ACAGTAGCGG TCAAACCTCC GCTTCTGCTT CTGGCTCTGC TACCACATCT
CATCTACAAC CGCCGTCAAA CCAATACCCT CCCATCTCCC CTCCTCATTT TTCGGACCCA
CCTCCACAGA CCACAGTCGC GTCCCCGCGA ATAACAGCCC TGCCACCACC GTCACACATA
TTTCCTTCGT CATCTCCGCC CTCCGCCTCT ATCGCCCCTG CCGTGCCACT GGATCATGTT
CCCCCTGCCC GAGCTTTTTC AGGGCCGGGT TGGGTTAATC CGTTAAGGCC GAATTCTAGT
AGCGAAATTT CAAGTTCGAC CTATGCATCG ACGACGTCGC CGTCGGATAA TAGAGGAAAC
GAGAGAGAGA GTTCCGGGTC TAAATATTGA AGGTGGCAGA CGAAGTGTAG CAGATATAAG
GATGGAACTG GTGAAGGGGA GCACAGCGAG TAGAAAGATA AGTTGTGGTA AAAATGTATC
AGATATATTT GGTGTTTCGG ATAGCTATAG AAATCAACAT GAGGAAGGAA AATCTGGCTA
CAAGGTCTTC GGATGTAAAG AAGGGAAGCA AGAGATAAGG AAGGTCCAGA TATCGTTTTC
AACTAAACCA TTTAGACGTC CCTTTTGTCA GTTTTTGGGG TGTTAATC
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| Protein sequence | MMLRHIGTYR APSRKTDWSG FDEFLRSWIP SHTVPQLRSF ASALVTYGRR DPFMRSGDRK
ADVIQKIQEA FMALKAKMDL DAYVEARYHC EVAVGGGWDP FPRTNTTIMV PPAQPIRAHP
SVQPPPPPTF GGVPRWSSGV NNNSSGLNGY RSTSGFASGS VGYGNTSAHA VSSTPSHGPQ
HALQDWKINP MWKPLRAITS METLPDISAN ESHSTYRTKR TQFVLPNDVI EKLKASRESP
QTPPHYSLRL FCTSSDHYRP TSVHARHIPP STNIPIEYPG NPEVSVDGTL LPFKEKGLRG
KAGSAPPFDL DKPINNGVAA GGRVALVPGR LMGVNVGHRG PTTGKNKTQS KRFFFQIVLA
EMTTKEELLA KLNKLEPTKA EHAIEQLRKK QENDDDIVAG TASMSLKDPL SYMRMTRPIR
SSKCSHIQCF DATWWIESNA VHPQWLCPHC SKELRFDDLI VDGYVMDILK VVPDTVDDVI
LEPTGEWHTE DNKYGTASWL ASHVKPSSAT VEASTPVAPS VPASFSSEIE TKPSVCDMND
ISSGDGANRG GTGLKRKVVQ VIDSDEEGDG TPAKSSVPPA GRVTALGSSS SVGGSRTGAS
TPIIDLTLSD SDDETDEETG PVTSSRAPPA PIQVPRTSTA ASAIVSPKRP VSAAGTQFHS
FRETTSNVVR SPSTSSWPGL SVAGIGGVSG RSSPLNNSSG QTSASASGSA TTSHLQPPSN
QYPPISPPHF SDPPPQTTVA SPRITALPPP SHIFPSSSPP SASIAPAVPL DHVPPARAFS
GPGWVNPLRP NSSSEISSST YASTTSPSDN RGNERESSGS KY
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