| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNL03880 |
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| Symbol | |
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| ID | 3254894 |
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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 | 60609 |
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| End bp | 64873 |
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| Gene Length | 4265 bp |
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| Protein Length | 1166 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | 638253860 |
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| Product | hypothetical protein |
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| Protein accession | XP_567947 |
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| Protein GI | 58261074 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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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 | CTCCCTCCAT CCTCTCGCGC TATGGATCAT ATTGAATTAT AGGGTATCAA GAGAGGAACA
AACCATCGTA GGCTGGTCCG CTCTCAAAAA TGGCTTCGGC TCCCATTGCC TCGGCATCGG
AACAGCCTTT GACATCCACA AACCCCCAAC TAGGACCAGA GCCATACTTT ACATACCCCA
CGCCCACTCC AGATCAACTA GAAGAAGAGC TTCCGCCTTA TTTTGAGAAT GAGAATGTTT
CATTAGGGTT AGTTCTGGAT CGGTTCGCTC GAAAAGGGAA CCATGATCTC AGAGTGCTCC
TTGGCGAAGT GTAAGTGGAG CCCATCTTTG CCTTCCCATT GTATATTGAT CTATTGGATG
TAGTCTTCCT CAACTTTCCA TTCGTGAACG ACCAAAACCT ATAATAGAAT ATGCTAAAAC
CACCCGACAA GCACTCCTCA AATATCTCGC TGTCCTTCGA TGGAAGACCT CTGTCGACAT
TGCATCTACA AGCACCGGAT CATCCGTCGC GAACACAGCA GGTCCAGCAT CTTTTCCTAC
GCCCCATTCC AATAATGATC CCAATGACAA CTCTCCAGAT GCCTTCGCAG GAAAAGGCAA
AAGCAAGACT CAAGCGGATG AATCGGTCAT CAAGGGCAAA GTGACAGATG CAAAACGAAT
TGCGCACTTT ATGGAACATC AAAATCAGCA ACATGAAGTA GCAATCGAGC ATGTCAAGCA
TGTCACCAAA GTAGTAGAAG GCTTGCGTGA AAGGAACCCC GACCTCCTTA CAGCCTTATC
CCTCCTCGCT ACCGGCACCT ACAATCGTCT TCCCGCATCG CTTGTCGACC CTTACTTACC
CAAACCAGTT TTAACAAATT CTGCCATTCT TAAAGTCCTC CGTCGGCTCA ATCGTCAAAT
CAGATACCGC CTTCGCTGCC TCGACTATCT TCCTCCAGAG CTCATTGTTG AAGATATAAA
AGATGGTCGG ATGTACGCCC GAGGGGATGG ATGGAGAGCG GAACTTACAG TTGTCGGATT
TGAGGATACT AGCCGATGGT GGTTGACAGG AGTAGAGTGG GGCTGGAAGG CAAAGGAGAA
GGGCGTGGAT GACCCTGGAG GCAGGGTCAC CAAGAAATTT ACCGGCGAAG AAAGACAAGG
GATCTTAGAT ATTGCGAATG GCGAAGTTTT ACCTCCCAGA GAATTACCTG AGAATGAAAT
GGAGGTGGAT ACGGTCATAA CAGAGGATCC CCAGGTGAAG AAGAGTGAAG TGGTCGAAGT
AGTCAAGAAG ACTGTTGATG CGCCGTTAGT AAGGGTATAC AATTTGCTTC GTGAGTGTTC
CTTTCTTCTT TTGGAAAGAG TAACTAACAG CATTACAGAA CACTTGTCAT TATCATATCG
GCTAGAAGTG TTGTTCACCC AAGCAATTGC TCTTAGTCAG GGCAAGTGGA GAGGGCAACT
CATTCCTGAA ATGGATCGCG AGGATAAGAC TTTACGATTG AAATACTGGC TGTAAGTGCC
GATATGCAAG GAGGTTTAAC TCTTAATCTG ATACCTTTTA AAGCCGTGAA AGACCCATGC
AAGTACAGCG TCAAGACTCC ACTTCCATTA AACGTCCTCA AGCACCGGCA ACTCTTCCCG
CATCTCGTCA GACAATGGTG GGCGGCATCA TCCACATTAC TCTGGCGGAA AAGACGACTC
CTCGTTCCGA ATTGGATAAC CTCCTGAGCG ATATAGCATG CGGTGGACTC GTTCCAAGCG
AGAGGGTGCT GAGATTGGAA TTAAATGTCA AATGGGTTGT TGATGAAGCT GGTGTAGGCG
GAGGATTAAA ATCTGGTGAC GTTATGGACA ACAGCATGCT TCATTTGGTA CGTGATCGTT
GTAAATTTCA TCTCAGCTAC TAACTTAACG GCAGGATCCC GATGCTCTAA GCGTCGAAGA
TCTGCTTCAC GTCTGCACCC GTACCCATGC CTCTCATCTT ACCCGCTCCC ATGGCACCTC
CCTCCTCACA TCGCCCCGCT TCCTCAATGC TTCTTCCGTT CAACCTTCTC TTCAAGAATC
CACCGATCCA TCCGCCCGTC CGCTTACTCT TCGAGTACCT TTACCTTCCC GCTACGCCGT
TTCTCATCTG CTTATCGGCG TCTCTTCCTT CAGTGGGCTG CTGGAAGTCG AGGATGAAGG
TGCAAAGGGA AATGATGCTA GAGCAGAAAG GGCGGCTATG AGCATGAAGA GTGTGAACGA
GGGCAAGACA AAGCTGGTTG ATGATATCAC CAGGCTGACG ACTGCCGTAA GTTCGGTCAA
CAAATGGTTC ATAAACGTCA AATACTGATC TTCACGGATA CAGATTGTTG TAGAAAACAT
CGAGGCTCAA ATGAGACAAC TGGGATGGAA GCCTACCCGC CAAATTGCTT TACGTCTTAA
AGGTATGTTC CGCGTTGTCA TTACTATTCA ATTTGGACAT TTCTGACATT TTTACAGATC
TTATCAAAGC AGACCTTCAC CCAGTCACCA CAGTCTTTGT TCCTTTGGCC TCCTCGCCCA
ACCACTACTT TGTCACCAAA GCCGTCCAGA ATGGGATAGT TTTTGAGCTT CTCAAGGTTG
CCAAAGTACC CAACGAGAAT GGGTTAGGAA TGAAATATAT GGTAGGAGAT AGAACGATGA
TGGATTTAGG TAAGTTGAAG GCGAGAAGAA AAAGTGGAGA TGATAAACTG CAGCGGTCTG
CGTGAGTTGC CTCGCGTTAA GTGCCATACT CCCTGCTGAC ATTCATTGTA GTTTTGAGGT
CCAAAATAAA GACCTAAAGG ACCTATTCAT CCTGTCCAAG TAAGTTGCGC ATTGAACTCC
TCATCTTCAA ATCTAACGCG CACGTAGCGC TCTCGTTGCC CAGACTATCG TCGAACAGCA
ACTCAAAGAT CGCTCCATCC CTTACATCCA ACAGTTCCCA CCGACCGCCG GTCCCGCATC
TCCCAAGTCT ACTTCGCCTC TTGCGGGTAT GGTCCCCACC ATTTGCGTGG ATGTGCGAGA
CTTACTTCGT GCCGGCCGTG GAGGCGGAAG TGCAGCGATG GAAGTGGCTA TGCCTAAAGT
GTGGTTGCAA ATCGAAGGAT GGTGGGAAGG CGGGAAGTGT GAGGTGGTTA CCATTGTGGT
ATTGAGACAT CAACCATCGA CTGTGGCTCC TGGGACTGTG TCACAGGAGG GTGAAGACGA
AAAGGACAGG GGGGAAAGTG CAAAGGCTGA AGGGATATCG TTCGACCCAA AATCATCCAT
TGTAAGATTT AGAGCGAAGG ATATCTCAAG ATGTGTGCCA GCATTTTTGG AGCAATGGGA
GAGGCTGAGC AAGGTCATTG TCGTTGCTGG CGAAGGTAAA CAGATTATTT CCTGCAGTGC
AAACCAACCA CTAAAATATG TTCCCTTAGT GAGCCGCCTA AACAAAACGG AATCCTTCAA
AGATGTCAAG ATACTTTCCT TCGACCTCCG TACAGCAACT CTGCAGTATG CTCCAGGTCA
CAATGCGTCA ATAACCTATA GTCCAACAGA CGACTCATAT CGCATCACAT TCTTCCTCTC
ATCCCCGTCT TCTGACACCG ACAGAAACCC CCACGAACTC GTTGCTCCCC TGCTCAGCGC
CAGACTCAAC GAGCTCACAT CGACTGGTAT TGCTGGCGAA AACAAACCAA AAGGCCAAGT
AGGGAGGGAG TTTATGGGGC TGCTAAAAAA TACACTGCCC GTGTTGAAGA TTGGCAAAAT
TTTGGAAACA AAAATGGGTT GGGGTGTGGT CGTCCTTGGA GTAGCGAAAT ATAGGCTGAT
TAAGGACCAT AACGGTAAAA GGTTAGTATC ATGTGCATTG TTGCATCATG GAACCGAGCT
GATTGCGGGG TAGATTCTCA GTGGATGTTA CACTTTTACC TGATCTGGAG CATTACCTTA
TCCAAGACGG GGCGACCCCT CGAGGTCCAG ATCACGTCGT AGACGTGTAC ACCGGACCCC
TTACTTCCCT AGAGATGGAC AAGGTTGTCC ATGCAGTCTT TGATGCCGAA AAGAGCGTCT
CTCTTGCAGA AACTGGTGAC GAGAAGGGTC AAGGCAAAAA GAGACACGTA CCACCAGTGA
TGAAGCTCGA TCAAGGGAAG AGTCTCGTAT GCGAGGTGGC CAGGTTTGAA AGGGTACTTA
GAAAGGTGAT GGAAGAGGCC AGCAAGGTGA TGGGTCTTGG AAATAACATG GAAATGGATA
GTTAATTGGG TAGAAATCAT TTGTTTAGAA CAGTTCAGTG TACAGATAAT TGCATGGGCA
TTGCG
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| Protein sequence | MASAPIASAS EQPLTSTNPQ LGPEPYFTYP TPTPDQLEEE LPPYFENENV SLGLVLDRFA
RKGNHDLRVL LGEVLPQLSI RERPKPIIEY AKTTRQALLK YLAVLRWKTS VDIASTSTGS
SVANTAGPAS FPTPHSNNDP NDNSPDAFAG KGKSKTQADE SVIKGKVTDA KRIAHFMEHQ
NQQHEVAIEH VKHVTKVVEG LRERNPDLLT ALSLLATGTY NRLPASLVDP YLPKPVLTNS
AILKVLRRLN RQIRYRLRCL DYLPPELIVE DIKDGRMYAR GDGWRAELTV VGFEDTSRWW
LTGVEWGWKA KEKGVDDPGG RVTKKFTGEE RQGILDIANG EVLPPRELPE NEMEVDTVIT
EDPQVKKSEV VEVVKKTVDA PLVRVYNLLQ HLSLSYRLEV LFTQAIALSQ GKWRGQLIPE
MDREDKTLRL KYWLRERPMQ VQRQDSTSIK RPQAPATLPA SRQTMVGGII HITLAEKTTP
RSELDNLLSD IACGGLVPSE RVLRLELNVK WVVDEAGVGG GLKSGDVMDN SMLHLDPDAL
SVEDLLHVCT RTHASHLTRS HGTSLLTSPR FLNASSVQPS LQESTDPSAR PLTLRVPLPS
RYAVSHLLIG VSSFSGLLEV EDEGAKGNDA RAERAAMSMK SVNEGKTKLV DDITRLTTAI
VVENIEAQMR QLGWKPTRQI ALRLKDLIKA DLHPVTTVFV PLASSPNHYF VTKAVQNGIV
FELLKVAKVP NENGFEVQNK DLKDLFILSN ALVAQTIVEQ QLKDRSIPYI QQFPPTAGPA
SPKSTSPLAG MVPTICVDVR DLLRAGRGGG SAAMEVAMPK VWLQIEGWWE GGKCEVVTIV
VLRHQPSTVA PGTVSQEGED EKDRGESAKA EGISFDPKSS IVRFRAKDIS RCVPAFLEQW
ERLSKVIVVA GEVSRLNKTE SFKDVKILSF DLRTATLQYA PGHNASITYS PTDDSYRITF
FLSSPSSDTD RNPHELVAPL LSARLNELTS TGIAGENKPK GQVGREFMGL LKNTLPVLKI
GKILETKMGW GVVVLGVAKY RLIKDHNGKR FSVDVTLLPD LEHYLIQDGA TPRGPDHVVD
VYTGPLTSLE MDKVVHAVFD AEKSVSLAET GDEKGQGKKR HVPPVMKLDQ GKSLVCEVAR
FERVLRKVME EASKVMGLGN NMEMDS
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