| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNB02640 |
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| Symbol | |
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| ID | 3255644 |
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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 | 773232 |
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| End bp | 778211 |
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| Gene Length | 4980 bp |
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| Protein Length | 1202 aa |
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| Translation table | |
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| GC content | 47% |
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| IMG OID | 638254913 |
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| Product | cohesin complex subunit psm1, putative |
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| Protein accession | XP_568851 |
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| Protein GI | 58262882 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
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| COG ID | [COG1196] Chromosome segregation ATPases |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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| Plasmid unclonability p-value | 0.176363 |
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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 | ATATTCTTCC CCCCACCAAA TTCATAATCT ACCAATATGC CGCTCCAACG GTTGGAGCTC
TACAACTTCA AGTCGTATCG AGAAAAACAG GTATTTATGA CATCTCTTCG GGGTCGTTTT
CCGAACGCTG ATCGGCTCTC GTAATCAGGT CATCTCGTTT GGCGATGTTC CCTTCGTCTC
TATCATAGGT CCAAACGGTG CTGGCAAGTC CAATTTGATG GATGCCATCT CTTTTGTTCT
AGGAGTCAAA TCAGCGCAGC TCCGATCAAC CCAGCTTAAA GATTTGATCT ATCGTGGGAG
GAGAGCTGCA GCTCAGGAAG CCGAGAGTGA AACTCAGACA CAGAGTGAAA GTGGGGACAA
TTCAGGCGAT GCTAGGTCTG CCTGGGTAAT GGCAGTTTAT ATGGACGATG CTGGTAAAGA
ATGGACCTTT CGCCGCAGGT TCGTCGCCTT TTTTAATTAT TAAATGGCCT TGGCAGATTG
ACGAATATGT GCAGTGTGTC TATGTCGGGT TCCTCCTCGT ATTTTCTGGA TGGAAGGTCT
GTTGCTTGGA AAGACTACAA TGCTCAACTT GCCAAGTTCA ATATCCTTGT TAAGGCAAAA
AACTTTTTGG TATTCCAAGG TGATGTTGAA GGGGTGGCTA GTCAGGATAG TAAAGCTCTT
GCTCGCTTGA TTGACCGGAT AAGCGGGTAA GTAAAATTCA AAGCAGTGGA AATACAGCCA
CCAAGTATAT GTGCTCAACA ACGATCAGTT CCCTTGACTT GGCGCCGTCT TATGAAGCTG
CTAAGGCTGC CCAGGAAAAG GCCACGGAGG CGTCCTCAAC GAATTATGCG AAGAAAAGGA
GCATGCTCAC TGAAGCCAAA CATTTTAGAG AGCAACAAGA GGAGATCAAA CAATGGGAAA
GGCTTAACGA CTCCAAGGTG AGCGTGTACT ATGCTCACTG TTAGCGCGGG ACTAACGCGT
GGTATAGGAC GCCTTGACAC AACGCCTCAT ATTGTGGAAA TTATATCACC TTGCCAACAA
GATTAGCCAG TCTACCCAGA AGGTCGAGGA AGCAAACGAT CGCCTAGCTG AATTCAGAGC
CGCCAGTGTA AGCATTTCAA GTGTCAATTA TCATGAATGG GCACTGACGG CCATGTAGAG
TGAAGCCGAC AGCAATTTGT CTGATGTCAA GAGAGAGCAA GCCAAAGCAC AGTTGAATGT
CAAGAAACGC GAAGCAAATC TCAAGAAAGC TGAAAAGGTT TTTGAAGACA AAGTGCGTTT
ACAGATCAAC GTCCACCATT CGCGGCTGAT TCTCGAAACA GAAACCCGAG CTAGTGGCCA
TAGATACCCA GATCGCTCAT TCCCAGAAAA GGGCAAGCGG CGCCGCCGCC CAGGAAGAAA
AAGTAAAAAA GGATGAAAAG AGGCAGGCAG ACACGGTCAA AGAGCTCGAG AAGGGTTTGG
AACTCATTAC GAAAAATATG GAGGAGGCCG GAGGTGAGTG TGCCTGGCGC AGAGAGGTTG
TGGGAGTTTG ACAGCTGATG AGCATATCAT AGAGAGGCAG CGGCAAAGGA GTCAGGCGTC
GGGTATAACT CTATCGGGAG CTGACCTGAA CGAGTATCGC CAGCTGTGCG TATACTCTTG
ACTGACATAT TCATTGACAA TGGCTTACAA TCAGCGCAGA CGCGCATCCG CTAACCTTCA
TGCTGTTCAA GAACGTCAGC AGCTTGAAAC GCTTCGGCGT GAAGAGAAAA ATCTCAGGGA
TGCTCTTGCT TCAGTGGAAG ATCAGATACA GCAAGCTCGG CGACGACGCG AAAAGCTTAC
TGGAGAAGTT GGCAACCTTG CTGAACGGGA AGAAACTGTG AGTCATAGTC TGTCCCGAGC
CTGTCTAACA TCGTAGATGA CTGCCAAGAT GAACGAGATG AATGATGAGC GAGAGCGAAT
CAAAGGCCAG TTGGACCACG CACAGGCCGA AAGGCGCCGG ATCAAGCAAG TTATCCCTGT
TAATGATCTA TCATTCCATA CTGACGATCA TTCTCAGTAT GCGGGAGACT GAAATAAATG
AGCGTCTTCA GGATACTTAT CACAAGCTTC TCCAAGCTGG GGCTGATAGA CGTGAAAATG
AGAGGGAGGC TAAGCTAAAG GAGACCCTCG CTAGCCTTAA ACGAATTTTT CCCGGTGTAC
ATGGTCGAGT TGTCGACCTG TGTAGACCCG TGGCGACGAA ATACGATACA GCTGTCATGA
CTGTTCTGGG TAGGAATATC GATGCAGTAG TTGTCGAACA CGAAAAGGTT GCTATCGACT
GCATCGAGGT GAGTTTCTTC CGCTCACCCA AATTTATCAT GAGTTTTGCT TACAGTAAAA
CCAGTACATG CGGAATCAAC GAGCAGGACA AGCCACTTTC ATCCCGCTTG ACACTATACA
GGTGAAGCCT GTCCCTGAGC GGCTCCGCAA CTTCGCTCGT GGCGCCCGGC TTGCCATTGA
TTGTATTGAG TATGATCCTG CTGTTGAGCG GGCTATGCAG CATGCTTGCA GTAGCTCGTT
AATTTGCGAT ACCATGGATA TCGCGAAATA TGTCTGCTAT GAAAGGGGTC AGGAAGTCAA
AGGTACGTCA TGGTAATTTT GGCCGTGCAC CATCCAGACT AAAATTATCC ACAGCTGTAA
CCCTCGACGG CACTGTGATC CACAAAAGCG GTTTAATTAC GGGTGGCCAG GGATCAGGAG
GAGGTAGGAA ATTTGACGAT AAAGAAGTCG AAGGTTAGTT TTTTTCTCGT TACCTAGCTG
CTCTTCTTTT TTCTAAATTA GAGTCATTAG GTCTCAATAA ATTAAAAGAA ACCTACCTTG
GCCAGCTTCA AGAACTTTAT CGATCCAAGC CTCAAGACAA AGGCGATGAA GCTCTCCTGG
AGAGCCTTTC TCGGCTTGAT GCTGAATCCA ATATCGCCAA GGATGACCTC GTGAGCTATA
AATGGTATTT CCTTCTTGAG TAGATGAACT TACCTCGTTG CTGTGTAGCA TGCTATTCAA
GTCCGTCTTC ATGGCCTTCG TGAGGAACTC ACACATGTCA TTTCCACTAT TGAACGTCTC
ACCCCCGACG TCGAGGCTCG CTCCCGATCT GTCGCGTCAT CAGAGGAGCG TTTAGCTGCT
CTGGTGGAAA CTATTGAGCA GGCAGATGAT GAAGTATTCG ACACTTTCTG TCAGAGGATT
GGAGTTTCTA ATATCAGGGA ATACGAAGAC GTACAACTCA GAATTGCCAA GGAGGCGAAT
GATGCCATGG AGAGTTTTGC AGCTCAACAG GCGAGAGTAA AACATCAGTA AGCACAAACA
GTAACTGCTT CAAAAGGCAA ACGTCTCTGA CACTCCAACA GGATTGACTT TGAGTCCTCT
CAGCTCAGAA ATACCCGCGA GCGCATTGCC CATCTTCGAA ATCTCGCTAG CAAAGCAGAA
AGCAACGTTA CTGAACTACG TTCTCGGCGC GAGGAAGTCC AGGCAGAACT CGAATCCCTT
CAAGCCGAAA TTGATCGTCA GCGAGGTAAA CTCAACGATG CTAATGACGT ACGCGACGAA
GTGATTCGCC GTGTTGATGA GATGCGCGAG CGCTCTCGAA AAGCGCAAAA AACTTTGGAC
AGGGTGATCA AAGAAATTGC GACGTGGAAT GATGAGATCT TGAAGTATGC GTCAGATAGA
CATGCTATCT ATAGAAGATG TAGACTAGAA GAAATTGACC TGCCGCTGGT CAAAGGAAGG
CTCGACAAAG TTCCGATCGA AGAGGTAGGT GGCTATGTGA TTCCAAAATG GTATTCAACC
GACTCATATC TACTCAATTA GCCCACCAAA GATGAGGACG TGGTAATGAG GGATGAGGAA
GCTACACAGA AACCAGTGCA AGTCGATGAT TACGGCTTGG AACCGGATTT TGATGTCTTA
GAAGAGGAAG ATAGGGAGGT GAGTACTATT ATCGCACTAG CAGTTTTTTG AACAACTGCG
CTGACTAGAG TTGCACAGAA CGAAGATGAA GAAGTCGGCC GCGAATTCGA AGCTCAAATC
TCCAAAATGA GAAATGATCT CGAACGTTTG GCCCCGAATA TGAAAGCGGT GGAACGACTG
GACGAGGTTG AAAGGGAACT GGATGATGCG GAGCGAGAAG CGGAGGAGAC GAGAAAGGAG
AGCAAACGAG CAAAGGACGA TTTCCAGGCG ATAAAGAAAA AGAGGTAAGT TATCACATCG
AAGGCTTACG GGATGATTCT AATGATAAAG AAGATGCGAT CTGTTCAACA AGGCATATAA
TCACATGTCT GAAGTCATCG ATAAGATCTA CAAGGACCTG ACCAAAAGTC AGAATCAGGT
AGGAGGTACA GCGTGGTTTA CTCTAGAAGA GGCCGAGGTG AGTACTCAAA TGTGCTGAGT
GGATTTAATC TTACTAATGG ACGTCGTGTC TTAGGAACCG TATCTTAGTG GTGTCAATTA
TAGCACCATG CCTCCTGGAA AACGATTTGC GGAAATGGAG CAACTTTCCG GCGGTGAAAA
GACAATGGCT GCTCTTGCCC TTTTGTTCGC CATCCACAGG TCCGTTTTCC AGTACAACAG
ACAGATTCAA TCGCATGCTG ACAGATTGAC AGCTTTCATC CTGCGCCTTT CTTTGTCCTT
GACGAAGTTG ATGCAGCTTT GGATGCCACG AACGTACAGA AGCTGGCAAG ATACGTACGA
AGCCAGGCCG ACAGGAATGT ACAGTTCTTG ATTATTTCCC TGAAGAGCAC TTTGTGAGTA
ACCCATTCTC AGACGACCGT AGTGTTAACG CTCACGCTTG ATCAAGGTAC GAAAAAGCGG
ACGGATTGGT TGGCGTATAT CGAGAACAAG AAGAAAACAG CTCAATGACT CTAACTCTCG
ATTTGAGAAA GGTAAGTTAG ATTACAATTC AAGTGGCGTA ACATGCAGTA AAGTCTGACA
ATTCTGCAGT ATGGCAACTA GGACGACTCG TTCATTTATC AGTCTATATA ACTCTTATGT
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| Protein sequence | MPLQRLELYN FKSYREKQVI SFGDVPFVSI IGPNGAGKSN LMDAISFVLG VKSAQLRSTQ
LKDLIYRGRR AAAQEAESET QTQSESGDNS GDARSAWVMA VYMDDAGKEW TFRRSVSMSG
SSSYFLDGRS VAWKDYNAQL AKFNILVKAK NFLVFQGDVE GVASQDSKAL ARLIDRISGS
LDLAPSYEAA KAAQEKATEA SSTNYAKKRS MLTEAKHFRE QQEEIKQWER LNDSKDALTQ
RLILWKLYHL ANKISQSTQK VEEANDRLAE FRAASSEADS NLSDVKREQA KAQLNVKKRE
ANLKKAEKVF EDKKPELVAI DTQIAHSQKR ASGAAAQEEK VKKDEKRQAD TVKELEKGLE
LITKNMEEAG ERQRQRSQAS GITLSGADLN EYRQLRASAN LHAVQERQQL ETLRREEKNL
RDALASVEDQ IQQARRRREK LTGEVGNLAE REETASWTTH RPKGAGSSKL SLMRETEINE
RLQDTYHKLL QAGADRRENE REAKLKETLA SLKRIFPGVH GRVVDLCRPV ATKYDTAVMT
VLGRNIDAVV VEHEKVAIDC IEYMRNQRAG QATFIPLDTI QVKPVPERLR NFARGARLAI
DCIEYDPAVE RAMQHACSSS LICDTMDIAK YVCYERGQEV KAVTLDGTVI HKSGLITGGQ
GSGGGRKFDD KEVEDKGDEA LLESLSRLDA ESNIAKDDLH AIQVRLHGLR EELTHVISTI
ERLTPDVEAR SRSVASSEER LAALVETIEQ ADDEVFDTFC QRIGVSNIRE YEDVQLRIAK
EANDAMESFA AQQARVKHQI DFESSQLRNT RERIAHLRNL ASKAESNVTE LRSRREEVQA
ELESLQAEID RQRGKLNDAN DVRDEVIRRV DEMRERSRKA QKTLDRVIKE IATWNDEILK
YASDRHAIYR RCRLEEIDLP LVKGRLDKVP IEEPTKDEDV VMRDEEATQK PVQVDDYGLE
PDFDVLEEED RENEDEEVGR EFEAQISKMR NDLERLAPNM KAVERLDEVE RELDDAEREA
EETRKESKRA KDDFQAIKKK RCDLFNKAYN HMSEVIDKIY KDLTKSQNQV GGTAWFTLEE
AEEPYLSGVN YSTMPPGKRF AEMEQLSGGE KTMAALALLF AIHSFHPAPF FVLDEVDAAL
DATNVQKLAR YVRSQADRNV QFLIISLKST LYEKADGLVG VYREQEENSS MTLTLDLRKY
GN
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