| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNL04560 |
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| Symbol | |
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| ID | 3254853 |
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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_006681 |
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| Strand | - |
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| Start bp | 269012 |
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| End bp | 272727 |
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| Gene Length | 3716 bp |
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| Protein Length | 810 aa |
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| Translation table | |
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| GC content | 46% |
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| IMG OID | 638253927 |
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| Product | conserved hypothetical protein |
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| Protein accession | XP_568221 |
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| Protein GI | 58261622 |
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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 | 26 |
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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 | CGATTTGAAT CAAAGGCGAC AACAAGCCAT TATTTAACAG TCCGGCAGCA GGCAAGAGAC
TAGCGGACAG GCATCAAGAG GAAAGTCTCT ACACTTTCGT CTCACAAGTA TCAGCCAATC
AACATTGTCT CCACTCGATC ATGGGCAAGT TATCTTTCTC CAGTACTTAT TTTAAATAGA
GGAACGGAAA GCTGATGAGA GGAATATCTG CTTTTCACAT TCTTCCGACT TTTGCCCCTT
CCGCCTATGA TCTATGGGGC TCTTCGCCTT TTCTGCGGTC TATGTCGTCT CTCAAAAAAC
CCATTGTCGC CGTCCCCCCC CCATCCCCCC TCACATCTTC ATTTGTTTGA TGGTACGTTA
TGGTCACAAT CCGCATTATC TTTTGGCGTT CATTACTATC CCATGGGCAA TTCTCGGTTC
CTATATCGCT TGCCACTGTT TATGACGATC CATATATGCG GAATCGATCA CAATTTCGGT
CAATAATATC ACACACAAAT GCTCTATCTA TCAATCTGTC AACAAATAAC ATCATGCTCT
ACAGCCCAAG TATCCGAAGA ACATAACCCT CACAAGTCAC ATCCCCTTGC AGTCATACCC
CAGCGAGCCT CAAAAAGAAA AAGACAATCC AAATCGGAAG ATGAACCAGT ATCTGAGGGA
AGTCGTACGA AAGAAACTAG CGTTGCATCA GAAAAAAAAG GTGGGTCGTT CGTAACACAG
GTAAAATCGC TCTTCCTGAT AAGATGCAAA GGTCCACCTC TTCGTCGAGG CGACGCTTGC
CTAAGATGCA GAGCAAAAAA GCTGGTAAGT GTTCAATCTA GTGCTTCCTC GCATGTGTAC
TGAAATCACC CAGAAATGCT CCGCTGAAAA GCCTTCTTGT GATCAATGTT CAAAGCGCAA
CGATAACTGC GTTTATGACA CAGCAAGGCC TGCCACTCGG GTCCAAAAAT TGGAAGCGAA
GCTAGGTAGG TGATCCATTT ATACCATTTT CGAGGGGTCA TTAACAGAAT CAAAGCCCAA
ATGGAAGACC AAGAAACTCG CCCTTCCATT GAGCAACAAC GACCATCCAG TAGCTCCTTC
GAAAGTTCCA TTTCCCATGG TCTTCTTACA CCGTATGGTA ACAGCATAGG TCAAGATGAC
GGCCTCATAT TCTTCAGCGA AAGAGGCTTT GGAGACTTCA ATAACGCAAT GGTACCTTCA
CCTAATCCTC AAGCTCTGTA TGGCCAACAG AACATAGGAG GGTCGCAAGA TGTTCCATTC
ATGGCATCTT CGTCACCTGC CTTCGTCTCT TCAAAACCAA GCATTGATAT ACCGAACAGC
TTACCGATAT TCAATGAATG GTCCTGGCCT CCGAGTGGAC TAGGACTTAA TCTCTGGAAT
AATCAAGTTG AAGGGAGTTC TAGCCTGGGA GAACCTCGAT TCGCACAAGC TCCCTTCACC
GTGATCGGAA TGTCACAGGA TGTGAGCAAC ACCTGGAGCC CCACTCAAGA AACGAAGCCC
TTGCCTGCGT TTGACGAGAC TACAATACCT ACTAGTTCAA GTGGGCATCA TGTGCTTGAT
CATAGCGCCA CAGGTAGAGG GATGGATGAT CTGAACGTAA GTGGTCCTAT GCTCTTTGTA
CGTCAATAAA TTTAAAAATC TCTAGCAGGC TTTTTTGGCA CCTTCAGACC TTAATACAAA
AAATCCAGGT CCTATCGATG GTGATCGACA TAGTGGTAAA CCGTTTATTC AAAGTGAACA
GCCGACTTCG TCACTGCAGG GTCTAGAAGG CCTATCTTAT CCCTCACGGG TCCTCCAGAT
GGGGGGCGGA CCAACGCAGC AGCGTCCTTG GCGTTTGAGA GAAGATGACG TGAGCGCCAG
TGCTCGGGAG TATCTGTTAG TCCCTTGCAC ACAATGACCT AATTCGTCCA AACTGATCTC
AATCTGATTA GACTTGATCT CTTCTTCAGT CCTGAGCCAC CTCGGTACCA ATTCGGCTCT
GAAGCGTTCA CAGAAGCCCA GTTCAGGGCG AAGCTCACTC TTCAACCCTC CTTACAACCC
CATCCATCTC TACTTTTCTC CATGTACACT CTTGCAGCTT CAACGTCCTA CATCCCTGCC
ATCCGTTCCC TCGCAGATGA GCTGTCAGAA ATAGCCATGA AGAGAATTGA GGAAGCAATA
AGAAACAAGG ATAGGCTGAT TGATGCCATC AATGCTTGCA AGATCATGAG CAAATGGTTC
TACGCCAAAG GGAAAGCGTT TGAAGCATAT CAATATTCGG CCAAAGCCGT GTCGTAAGTA
ATCTCAATGT GTGTAAGAAC AGGGAAGAGA GCCTGACGGA ACACAGTCTC TGTTTGGCGT
GTGAGCTCCA TCGAATACCT TCTTCCGTGT TTCAGCCATA CCAATCAAAG TCACCTCCTT
CTGAGGGTGG TATTCTATCA GCTCCAAAAG ACCAATGGGA GTTGTGCGAA CGTATACACG
CATTGTAAGC CAAATTCTAT TACAAAATGA GTTAACAGAT GCTGACGAAC CATCTGTCTA
TAGTTGGGGA GTATGGGGTA ACGAGAAGGG GCAGGAGATC TGTACTTCGT GGACTGGATT
GTTGAAAGAC GAACTGATTA TCACTCCTTT GCCACGGCCA CCAGAGCATT TATTTAACGT
AAGGCACTTT ATGTGATGCC CATCCTGTCA TGAAGCTGAT GTTAGGATAA GGGTGCAATG
CATGGCATCG AGGATATAAC ACTGCGAGAT TTGTACGACT TACCACATCG CACCAACCCT
CCGTGTTTTG AACCCTTATA GTAAGTCGTC TTCGATAGTC CACAATGACA AAGCGCCGAC
TGAATTCATT CATAATAGCG CACTTTTGCT TGCTAGTGTT CACCTGTTTA CTCGAGCGAA
CAATTTGACG TCTAATCCTC CGGAATCTAA TCCTTCATAC CGTTCTTTAT CACTCGCATC
ATCAGTCTCC GTGAGGCAAA GGTTTCCTCG AGCATGTGAG GAAATTGCCT TGGCCTGTAC
TTATTTAGAG GAGACTGTGA GTCAGAACTG GCCCCTTGAA GACGGTCCTG AAGGACAAGC
CGGGAAAGGA TGGTTTATTG AGGACGTACC CGTAATGTTC CTGTTGCTCA AATGCTCTAA
AATTCGCCTG TTATTCCCGC CTCAAGATCC TGGCAATCAA AACGAGTTTA TCTCACTGGT
AATGGAAAGC GGTGACTTGG TGATGAAGTG GATAAATAGA ACAGATTTTG GAAACGTTGC
TGGGAGTGCA CCGTCTGCCA GGAAAGATAA CAAAGACTCG TACAGGAATA AGAATGGTCT
GAGTGGGCCC TATAGATTTG TGCAATGGAG GTTTGTTGCC GAGCGAATGA AGGAGTGTGC
AGCGCTGCTG AGAGAGAGTG GAAGGCTACT TGGTGAGTAC CAATCTTTGT CGCCGCTTGC
AAAACCCTTT GTCTGACAAT GGTCTTGATG GGAAACAGAA GCCCAAACAT GTTCGGAAAA
GGCTGAAGCT ATTCGGGAAG GAGTCGAGAA GCTACCTAAC TCATTTTAAA TAACAATTAT
TGTATCCTTG TTGAGGTATC AATTGTTGGA TCTATCAGCT GTATCAGTAC ATGTGAATTA
TGAATATCTC AGCTTTCGGT GTTCTAGAAC TGCAAACACT AGATGGAAGC ACAAGCACAT
TATACTTGCA TCGTCGCTCG GCCGAACGAG TACGAAAAAT GTACATGTTA AGGTAA
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| Protein sequence | MAQVSEEHNP HKSHPLAVIP QRASKRKRQS KSEDEPVSEG SRTKETSVAS EKKGPPLRRG
DACLRCRAKK LKCSAEKPSC DQCSKRNDNC VYDTARPATR VQKLEAKLAQ MEDQETRPSI
EQQRPSSSSF ESSISHGLLT PYGNSIGQDD GLIFFSERGF GDFNNAMVPS PNPQALYGQQ
NIGGSQDVPF MASSSPAFVS SKPSIDIPNS LPIFNEWSWP PSGLGLNLWN NQVEGSSSLG
EPRFAQAPFT VIGMSQDVSN TWSPTQETKP LPAFDETTIP TSSSGHHVLD HSATGRGMDD
LNAFLAPSDL NTKNPGPIDG DRHSGKPFIQ SEQPTSSLQG LEGLSYPSRV LQMGGGPTQQ
RPWRLREDDV SASAREYLPE PPRYQFGSEA FTEAQFRAKL TLQPSLQPHP SLLFSMYTLA
ASTSYIPAIR SLADELSEIA MKRIEEAIRN KDRLIDAINA CKIMSKWFYA KGKAFEAYQY
SAKAVSHTNQ SHLLLRVVFY QLQKTNGSCA NVYTHYADEP SVYSWGVWGN EKGQEICTSW
TGLLKDELII TPLPRPPEHL FNGAMHGIED ITLRDLYDLP HRTNPPCFEP LYALLLASVH
LFTRANNLTS NPPESNPSYR SLSLASSVSV RQRFPRACEE IALACTYLEE TVSQNWPLED
GPEGQAGKGW FIEDVPVMFL LLKCSKIRLL FPPQDPGNQN EFISLVMESG DLVMKWINRT
DFGNVAGSAP SARKDNKDSY RNKNGLSGPY RFVQWRFVAE RMKECAALLR ESGRLLAFGV
LELQTLDGST STLYLHRRSA ERVRKMYMLR
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