| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CND03520 |
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| Symbol | |
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| ID | 3257063 |
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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_006686 |
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| Strand | + |
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| Start bp | 961097 |
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| End bp | 965577 |
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| Gene Length | 4481 bp |
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| Protein Length | 1376 aa |
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| Translation table | |
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| GC content | 51% |
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| IMG OID | 638256285 |
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| Product | bud site selection-related protein, putative |
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| Protein accession | XP_570668 |
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| Protein GI | 58267024 |
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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 | 22 |
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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 | ATGGGGACAG TCGCGCTTGG CGGATCCTTT TCTGGTCTCG ATTGGTGGTC TTCAGAATCT
CCCTTTGCTT CATCTGCTAC TGGCAATCCT ACCTTCTCGT CAGACGGAGA CACATTATTT
CATCGCCCAA CTGACGGCCA ATTCCGCGCA TTGGCGACCA CCAATTCTGG CGGAGTCATC
AACGCGCTTT GTTGGTCTAA AGATGGGTCC GCCAATAATG GAACTTTATA TGTCGGCGGA
GTGTTTGAGT CTCTTTCTGG CGTTTCTGCG AGCAATATCG CGTCATTAAC CCTCGCAGAT
AATTCTGTTA CCGCGTTAAG CGGTGGCTTA TCGGGTGAGG TTAACACGCT GTATTGTGAC
GACGACAGTT CCCAGATTTG GGTTGGAGGG CTTTTCGAGG CGCCCATCGG TTCGGGAGGG
AACGTGGCCC TTTGGTCCAC TTCATCAAGC ACTTGGGTGA CCCCTGAGTT TGGCGGGTTT
AATGGGCGAG TCCAGAGCAT AGTCCCATCC ATCGATAATT CAAGTATTTA CTTTGGAGGA
GATTTTACCA CAAGATTCGT TCAAAACTCG TCAATCCTCT TCAATTCGAC ATCAAATACC
AACAATACCT TTGGAAATGT CACCTCTACT CCGTCTGTTT CAGAAAATGT GACAACTGTT
GGCGACTCGG GCTACCTAAC GCCCTTGACC GTCTCTGCAT CAGCCTCGTC TTCTGCGGCC
TATTCCATAC AAGCAGGCCC AAGCTCAACA CAAAGCGAGT ACTCCGATAC GAATGTACTA
CTTTGCCCGG GTAGCGGTGT TTGGTTAGCG CAAGAGGATA CAGTTTCCAA TGTAAACTTG
GTCGGGCAGG GCTATCTTTC AGCGACTGGT ATCAGGGTTG TCAACGGCTT GGTACAGGGG
AGAGGGACTA CATATTTCTG GTATGCGTTT TGATCCATCT ACTCGACTGC GGTCAAGCTA
ATTATATTTA GCCTCACTAT CCTACCCACC TATACGGAGC TCAATATGAC GTATACCGAC
CCTGTTACCG GCGAACTTGG AACCTGCACA AGTCACTGTC CTCTTTACAC CAACTCCTCT
ATATCTGCAC AAGATTTCAT TTTCACCGCC GGAACCCAGA ACCTTACAGG ATTTGAGATG
CAGCTCAAAG AGTGGATAGG GGACGGAGCA GCTTTAAGCA GTGTGGCCTT ACTGTCTGAT
GGTGAGTATT CGTCGACATG CAGAAGTGCA AACTAATGCT CGTACAGGGG CCTACCTCTC
TGCAGTATCC GACGGTGGAT CCTCTTGCAC CAACGGGGCC AAGAATGGTT CTGTTCAAAC
TGTCGGTAGC TGGGATGCTA CAACAGTCGC CACCAACTCG GCCACAGAAT CCTATCTTTC
CTCATCTGTA TCTCTCGGTG ACTCTCAACG TCCTCAAGTT ACATTCTACC CATATGTTTC
CTCTGCTGGA AACTATGATA TTTACGTCTT CATTCCCGGA TGCCTCAACG CTGGTGACTG
TGACTCTCGG ACCAGCGTTG ATGTTGAAGT TTTCCCATTT TCTGGTGGGC TTGGCTGGAC
CAGCACCATT TCGGAGCAAG TGGATTATGA TACCAAAACC CTGATCTATT CGGGACCAGT
CGGGGCCACG ACTGACAGTT TTACGCCGAC TATCAGTCTG GCTCTTTCTT CTGACCCATA
CAAACCTGCT CGAGGGCATA TGTACACTGT AGTGGCTGAT CGAGTCCAAT TGACGTTTAT
CGGCACTGAT GGCTCTGTCA GCTCGACCCC TCTTCTCAAC AACGGCACGG CGCCGGATGA
CTACACAGGG TCCAACGCTA CGACTGTCGG TAATTCCTCT TGGACGACCA ACTCGTCTTA
TAATGTAGCC TTTGGCCTCT TCGAATGGCC TCGATCTTCG AAACTGAATA CCAATGCTGC
AAGCAATGCC CTCAGCAACG TTACTGAGAC TGCCCTCACT CGCCTCGGTT TTGCTCTTGA
TGCAGCTCTC AATGCTTCTG GGTCTTCTGC CTCATCATGG GCTGTCAACA CCATCGTCTC
CATGGACAGT ACTGTCTTTA TCGGCGGTGA TTTCTCCTCA ACCAACAATT ATACAAATGT
CCTATCTATT GACGCCTCAT CAGGCGAAAC TTCCGCTTTG GCTTCGCAGG GCCTAGGAGG
GATTGTCAAC ACAGCCGCAG TCGTTGATGG ATATGTGTTT TTCGGCGGAG ACTTCACGTC
CACAGCTTCA TCAGGTGGCG TCGCTCTGAA CTATCTGGCT AGATACGACC CCGCGACTAA
AGCCTGGGCA GCCGTTGGTG GTGGAGTAGA TGGCTACGTC ACGGACCTGA TGGCCTCGCC
GTCGTCGACC GAATTGTTCG TGATGGGCAA CTTTTCTCAT GTTATAAATA GTGATGGTTC
GCTCAATGAA ACTGGGGGTT TCGGCGTTTG GGACATAAGC TCTGAAAGAT GGACAAGTAG
CGGCGTAGTC TTTGGCAACA TCTCAGCGGG AGAGATGATC TCTTCCTCTC CCTCTATCGC
TTACCTGGCT GGTAGAGTGA GCGGATACGC TGATAACTCG GCCGACGGTC TCGCCATGTT
ATCTACGGAC CAAAACGGTT TGGCCAAGAT ATCGTCCCTT ACTGGTGCCA GCTTCAGTAC
CACGGGGTCT TCATCTAGTC TGACCACCTC CCGTCGTCGA TCACTAGAGA TCAAATCGTC
ATACTCCAGC TCATGGTTGT CTCGTTTCGC CGGCGGCCTT GTTGAACGGG CCCTACCTGG
GTTGGCCGCC CGCGCAACAG CTCCTGTTAT TGTCACTCCT TCTTTTCCCG CTCCTGCTGT
CCTGGCTGTC GATTATTGGA CAAATACATC TACTTCAGAT AGCCCCTCGA TGATGATCCT
CGGTGGTAAC TTTACATCTT CAAGTGCCAA TGTCCGAGGC ATGGCATTCT ATTCTACTTC
TCAACAGACT GTGGATGGAC CAGAGCCTCC AGTATCCGGT GTAGTCAGAG CACTGGAGGT
GATCGATGAC CGCTTGTATC TCGGTGGTGA AGGGGTCAAT GTGGAAGGTA TTGGGAGCGG
CCTGTTGGTG TATAATCTTG TCAATGGGAC ATGGATGGAA GGTGGTATGG CTTCATTGAA
TAGTGAGTAT TGCATAACAC CCAGGCGGTT TGTTAACTGA CCACTACCAG CTGCATCTGA
TTCCAATGTA ACCATCAACC AGATTCGAAC CCGCCCGACT ACCAATACAC TTATTGTGGC
TGGTAGTTTC ACGTCTGCAG GCTCCCTCTC TTGTGCGGCA ATCTGTCTAT GGGACTCCAC
TAATGCTCAG TGGTCGACAC TAGGCGCAGG ACTATTGTCT GGAGAAGTCA GAAGTATCGA
TTTCGCGGGG GTGAGTACGA TGTTGCGCTC GGAAGAAATT TTCTGATAAT TCAATTTAGA
ACAATTACGA CACTCTCGTC GCCGCTGGCT CCTTTGTCCT TTCGGATGGC ACTGTTGCTT
CTGTTGCGTC CTACGATTTT GACAGCTCTT CTTGGACTGC CCTTGGTTCC CTTTCCGGCC
CTACTCTCGC TGTTGCTGTC GACGAGAAGA ATGTGACCAA CATTTTCGCT GCGGGCTATT
CTGCATCCGA CGGCTCTCCA TATCTAGAGC AATGGAACGG TAACACTTGG ACAGCACAGA
ATGAGACGCT CCAGTCTGGC AGTCTTGTTT ATCAGCTTGC TTTTGTCCCC ATGTCGTCTG
AACACACGGC AGTGGGTAGT ATCGAAAAGG ACAGAATGTT GATGGTATCT GGGAATCTGT
ATCTTGATCA GATGGGCAAT GCCACAAGTG CTCTCTACGA CGGCGTGAAC TGGTATCCCT
ACCTGGTGGG GACATCCGCT GCTGGAGGTA TTGGCGCCGG CGCTAGTCTA TTCTGGTCGG
ATTCCGACTT TTCTTTCAAA GTTAAACATT ATCTAGCCAG AGGCCTGGTG GTGCTAGTGG
CTATCGCGAT CGCCACCGGG ATTGTTCTCT TATTCATCCT CCTTGCCCTT CTCGTAGCCT
ATTTCAACCG CCGACGGGAC ACACAAGCTG CTCAAGACAG ACAAGAGATT TACGGCAAAG
AAGGGAGCGA TGTTTCCTCA ACACATCAGA ACGTCTTTGC AAATGTGCAG GCGGCTCTGG
AAGCATCCCT CGCTGGAGGG GCCGGGACCA TGATGGGACT TGGGACGTCT CGGAACTCTG
CCCCCTCTCA GGCTAGGCTT TCGAACCCAA GTTCATACGC TTCTGGTGCC TATCCTATGG
CCTCAGATGA CGAATATGAC GAAGAAGAGG AAGAGGGAGA TGAAAGAGAG ACGACGATGC
GATATGACTT TGAAGGACCG GAATTACAAG AAGGGGAGAT GAGCATGAAG GCTGGCCAAC
CGCTAATCAT CTTGGATGAC CAGCAGAGCC ATGAATGGTG GTATGCTAGA GACCCTGCTA
CTGGTAGGGA GGGTATGGTG CCAGCGTCTT ATGGTAAGTA A
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| Protein sequence | MGTVALGGSF SGLDWWSSES PFASSATGNP TFSSDGDTLF HRPTDGQFRA LATTNSGGVI
NALCWSKDGS ANNGTLYVGG VFESLSGVSA SNIASLTLAD NSVTALSGGL SGEVNTLYCD
DDSSQIWVGG LFEAPIGSGG NVALWSTSSS TWVTPEFGGF NGRVQSIVPS IDNSSIYFGG
DFTTRFVQNS SILFNSTSNT NNTFGNVTST PSVSENVTTV GDSGYLTPLT VSASASSSAA
YSIQAGPSST QSEYSDTNVL LCPGSGVWLA QEDTVSNVNL VGQGYLSATG IRVVNGLVQG
RGTTYFCHCP LYTNSSISAQ DFIFTAGTQN LTGFEMQLKE WIGDGAALSS VALLSDGAYL
SAVSDGGSSC TNGAKNGSVQ TVGSWDATTV ATNSATESYL SSSVSLGDSQ RPQVTFYPYV
SSAGNYDIYV FIPGCLNAGD CDSRTSVDVE VFPFSVGATT DSFTPTISLA LSSDPYKPAR
GHMYTVVADR VQLTFIGTDG SVSSTPLLNN GTAPDDYTGS NATTVGNSSW TTNSSYNVAF
GLFEWPRSSK LNTNAASNAL SNVTETALTR LGFALDAALN ASGSSASSWA VNTIVSMDST
VFIGGDFSST NNYTNVLSID ASSGETSALA SQGLGGIVNT AAVVDGYVFF GGDFTSTASS
GGVALNYLAR YDPATKAWAA VGGGVDGYVT DLMASPSSTE LFVMGNFSHV INSDGSLNET
GGFGVWDISS ERWTSSGVVF GNISAGEMIS SSPSIAYLAG RVSGYADNSA DGLAMLSTDQ
NGLAKISSLT GASFSTTGSS SSLTTSRRRS LEIKSSYSSS WLSRFAGGLV ERALPGLAAR
ATAPVIVTPS FPAPAVLAVD YWTNTSTSDS PSMMILGGNF TSSSANVRGM AFYSTSQQTV
DGPEPPVSGV VRALEVIDDR LYLGGEGVNV EGIGSGLLVY NLVNGTWMEG GMASLNTASD
SNVTINQIRT RPTTNTLIVA GSFTSAGSLS CAAICLWDST NAQWSTLGAG LLSGEVRSID
FAGNNYDTLV AAGSFVLSDG TVASVASYDF DSSSWTALGS LSGPTLAVAV DEKNVTNIFA
AGYSASDGSP YLEQWNGNTW TAQNETLQSG SLVYQLAFVP MSSEHTAVGS IEKDRMLMVS
GNLYLDQMGN ATSALYDGVN WYPYLVGTSA AGGIGAGASL FWSDSDFSFK VKHYLARGLV
VLVAIAIATG IVLLFILLAL LVAYFNRRRD TQAAQDRQEI YGKEGSDVSS THQNVFANVQ
AALEASLAGG AGTMMGLGTS RNSAPSQARL SNPSSYASGA YPMASDDEYD EEEEEGDERE
TTMRYDFEGP ELQEGEMSMK AGQPLIILDD QQSHEWWYAR DPATGREGMV PASYGK
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