| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNK02870 |
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| Symbol | |
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| ID | 3254623 |
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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 | 844663 |
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| End bp | 848067 |
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| Gene Length | 3405 bp |
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| Protein Length | 837 aa |
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| Translation table | |
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| GC content | 47% |
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| IMG OID | 638253778 |
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| Product | nucleus protein, putative |
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| Protein accession | XP_567882 |
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| Protein GI | 58260944 |
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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 | 24 |
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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 | AAGTCTCACA AGCTGCTTTC TCCAATAGCC CGCAGGCCGC ATATCATTCT ACATCCTTGT
CGTGCCATTC TCCGTGGAGC TCGCTACTGA GCCACAGTGC ATAATGTCAT CTTCGGGGGA
GCCATCAGAG ACGAGACAAC GACTGGATCG CAATAGGCGC CGCTCAACTT CATCCGACCG
CTCCGCCCCC GCTCAGAATG GCAAAAAAGC TAAAACTACG GAAGAGAGTA ACCAAAGCAA
CGAGAAGAAT AATGAGGATG GTTCCCGTCC GAATGAGGAT CCGGTTGCCT CGAGTAGATC
GGTAAGTTTG GTGTTAGAAC GACGGATATC AGGAAGTACT GACTGGCCTT TGGCTCCTGA
AGTGCAAGGA ATGTCGCAGG TTGAAGCGAA AGGTATGTGG TGAAGAGCTT ATAAGATATC
GCCCTCACAA ATGTGCAGTG TAACCGCCAA CTTCCTTGCA GCGTATGCAC ACGATTCGGA
AAAAAGTGCG CATATGCTAC CGAACCTCTC CGTAAAAATC AGGAGCAAGT TATCATGCTA
TATCCATATC GTGCTTTACT AACCCTTGTA CGTTCCGCGT CGGCCATCTT GTTCATTTCC
CCATCTCCTC CCACAGATAT ATCATGGGGC TGGAACGAAA AGTCGATTAT CTTCAACACT
TGCTGGAGAC AAGCCATTCC AGTCACGGGG GTGGAGTTCC GCCAGCCAGA TCGGATCAAG
GGCTTAATGT TGGCTCCCCA GCCTCACAAT CCCAATCGCT TCATTCGGAG GAACATGTGA
GGGCTTGTTA CGCGTTCAAG TTTCGATTTT TAATGCCCTT TTCCAGGTTG TTCCGATGCG
GCAACCTCCC TTGCTTCCAA TTCAATATCA GCCATCCCCT GCCCCTACAA GAATCCCAAT
GCGGCCTCCT TTGCTTGCCG GTCAAACACA CTTATCTACA GCTAGGACAC CAGAGACGCG
CAGCTTTACT CCCTCACACA TACCTTCTTA TGAACTTTCC ACCGCTCCTG GCAGCGCCAG
CTCAAGCAGT GCTATTATGA GACCAGAGTC AATGCCCACT ACAGACAATG CAGCGCGCCC
ACTTATCAAC GGAGCCGAGA ATCCAAACAT CTCTTCTTCC AGCACAATGG GCCCATCACA
TTCGATGGCG ACAATCCCCG TGGACTTCAA ATACGACCTT CCGCCGGCTA GTGAGGTCTT
AGAAAGGCAA CCCAGCAGCG TGTCTGGCTA TGAATGGAAT GAGAGATGGG CGACTAAAGG
CCTCGGAGGG AATGATGGTT ATGCCTCTTT GTCGATAGAA CCTGATGGGC AAGGGTATCT
AGGTACGTGA CTCCGAACAA CTTATTCTTG TATTCTTCGC TGGCCACCAT ATCAACGGTT
GTGTTTTCGC TCATACTACA AAATTTTCAG GATTCGCTTC AGGGTCAACA CTGTTACGCA
TCCTGCAATT GTGTGCGGGG TCGGTTTCTC TTGCATCACT GGAATCAGAT CTTTCAGCGG
CTCCGCCGCC ACCTCGACCC CAAGGGTGGA CTCCTACAAT GTCGGAAACC GTGTCTTGCG
TAGATGCGTA TTTTGAGCAC TATCACCCTC AGTATCCGCT GTTACATGAG CCTACGTTTA
GAGCGCAATG GAATGACCTG GTGCCCCAGC CATTAGCGAG CGAGTAAGTG CTCAAGCAGA
TCAATTTCAA AGTGATATTG ACATCTTCAA AGGTGGGATT TTCTTTTAAA CATCGTTCTC
GCGATCGGTG CCTTTTGTGT CTCTCGTCCA ACATACGTCA TCGACTATTT CCTCGAAGCC
GCCATATCAC AACTCTCTGT CGAATATCTG GAAAAAGGCA GCTTGACATT GGTTCAAGCC
TTCTGTTTAT TAAGTAACAT TTCACAAAAA CGTAACAAAC CGAATTCAGG TTCGGTATAT
ATGGGTAAGT ACACGTATTA CATGAGCTGA TTTGCGAAGT TGACTTGTTA AAAGGTATCG
CATTACGCTT GGCGATCGGA CTAGGTCTTC ATCGCGAGCT TCCCTTTTGG AATATTAGTC
CATTTGATAG AGAAGTCAGG TAAGCTCCGA AATTATCCCT TTTTGATATG GATTGTTCAA
TTCCCCGCAG GCGGCGAACT TGGTGGGTTG TAGTATCATT TGACTCTGGT TCAACGATTA
CATTTGGCCG TCCAATTGTA AATATGACTA CTGTTTAGTA TAAGTAATTG AGACTTACAA
TACCGCAGCT AGAACCTCAT TATCCAGCGG AATCCGATGT GTACATGGTG CATAATGTTC
ATGACAGAGT CAGTGCATAT GTGTCTATCC AATTGCACAA TCAACTAATC ACATAAATAG
GCATTTACCC CAGCGGCTCG ATTACCACCT GTTGAGGTTA ATGAGCCAAC CATCTATACC
GCCCTTATTA ATCAAGCATC CTTCCATGCT TCAACCAATC GTATCTATAC CCGCGTCATG
TCATCACCGG CACCGTCTGC TACAGAGACT TTGGCGCTTG ATTCAGATCT GCTTAGCTGG
TACGCTACTG TACCCGAACA TTTACATCCT CAGAACGAAC CCGTATCACC TCATTGGCTT
GAGTTTGCAC AATACAAGAT GTTTTGGAGG TACTGCAACC TGCGAATCAT TCTTCATCGC
CGTGCTTTTC TTGAGAGAGC TTTGAAAGCC CTCCCATTAT GGGTAACCGA TGAAGACATC
GAAGACGATG ATAACACGGT GGCGGAAATA AAATGTACCC GCCTATGTCA GTATAATGCT
TCCGATACGA TTCACAGCAT GAGTCGGTTC TTTTCGATGC ATCAACGGAT GAGCCGCCTG
GAGAGTTGGT ATGGTCTGTG AGTTTACCTG TCATTTAATC ATGCATCATA AACTCAATTG
AGATCACTTA GCCATTTCCT TTTCCATGCA AGTTTCATCC CTCTTATCGC ATTGCATGTT
GATCCAAATT CCCTTCGACG CCCAGTCTGG GAGGAAGAAG TGTCTCTGGC ACGCGAAATC
CTTGTCTCTT TGAAGGACGA CCCATTGGTC GGGAGATGCC TTTCAATTAT TGATGCTCTT
GTTCCCCATA CTTCTTCGAC ATCGATCGGG CCAGGACAAA TGGGATTCCA AGATACAAGC
ACCATGCTTT ATGAGATGCT TCAAAGCAAT CCCAGCTGGC AAAATTCGCT CGATGTGCCT
GATGATGACC TGGCTCCAAA TTTGTGAGTC GTCGATGACG TTTCCGTGGA CTTTTTGTTG
ACGCAATACA TATAGATTAC CGGTGGCAGA TTTGGCGACT CTGAGCTCTC TGTGGCCCTA
TCGAAGTTCT TAAAAGTAAA AGGAAGTTCT AGTCATGATT CACTTTGTGT GATAGCTGTA
AAAGAGGTAT ATGGGGAACG TAGCATAATG CAATGTAGAT AGATA
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| Protein sequence | MSSSGEPSET RQRLDRNRRR STSSDRSAPA QNGKKAKTTE ESNQSNEKNN EDGSRPNEDP
VASSRSCKEC RRLKRKCNRQ LPCSVCTRFG KKCAYATEPL RKNQEYIMGL ERKVDYLQHL
LETSHSSHGG GVPPARSDQG LNVGSPASQS QSLHSEEHVV PMRQPPLLPI QYQPSPAPTR
IPMRPPLLAG QTHLSTARTP ETRSFTPSHI PSYELSTAPG SASSSSAIMR PESMPTTDNA
ARPLINGAEN PNISSSSTMG PSHSMATIPV DFKYDLPPAS EVLERQPSSV SGYEWNERWA
TKGLGGNDGY ASLSIEPDGQ GYLGFASGST LLRILQLCAG SVSLASLESD LSAAPPPPRP
QGWTPTMSET VSCVDAYFEH YHPQYPLLHE PTFRAQWNDL VPQPLASEWD FLLNIVLAIG
AFCVSRPTYV IDYFLEAAIS QLSVEYLEKG SLTLVQAFCL LSNISQKRNK PNSGSVYMGI
ALRLAIGLGL HRELPFWNIS PFDREVRRRT WWVVVSFDSG STITFGRPIL EPHYPAESDV
YMVHNVHDRA FTPAARLPPV EVNEPTIYTA LINQASFHAS TNRIYTRVMS SPAPSATETL
ALDSDLLSWY ATVPEHLHPQ NEPVSPHWLE FAQYKMFWRY CNLRIILHRR AFLERALKAL
PLWVTDEDIE DDDNTVAEIK CTRLCQYNAS DTIHSMSRFF SMHQRMSRLE SWYGLHFLFH
ASFIPLIALH VDPNSLRRPV WEEEVSLARE ILVSLKDDPL VGRCLSIIDA LVPHTSSTSI
GPGQMGFQDT STMLYEMLQS NPSWQNSLDV PDDDLAPNLL PVADLATLSS LWPYRSS
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