| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CND00640 |
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| Symbol | |
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| ID | 3257337 |
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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 | 177693 |
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| End bp | 181956 |
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| Gene Length | 4264 bp |
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| Protein Length | 988 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | 638255999 |
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| Product | membrane protein, putative |
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| Protein accession | XP_570388 |
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| Protein GI | 58266464 |
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| COG category | [S] Function unknown |
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| COG ID | [COG5594] Uncharacterized integral membrane protein |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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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 | AGATGGTGGT AATGGCACAT CACCTCTGCC CCCAGGAAGT GGACCTACAC GTGAGTCAAT
GAGATAGTCC ATATGACTGT TTGTAACCTG GCTGATTTCA CTCGCTTTGT AGAGAAATTT
AATGGTATGT CGCCTTCACA GAGCAGCTCC CCCGGTGCTA CACTGTCATC TACATAATGG
TCGCAGTCGC TGACTAAATT TCACTAGGCC CATGGTTTTC TACTCAGCTA GCATTGTCAT
TATCAATCGG TGTAACAAGC TTCTTGCTCT TCTGTTTTCT GAGAACTAGA TGGGAAATGG
TATATATGGG GAGAACAAAG CTCAAAGGTA GTCGTCATTG AGTTTGTCTG CGATAAGAGC
CGAATGGCTA ACCTATGGGT AGACTTTTCG CCTATATCTG CTCATGATCC AGACGCCCAC
TATACTCCCA GTACAAACAG GTTCTTTGGT TGGATTTTGC CAACATTAAA GACGTCCGAA
TTCACCGTCC TTCAAACTGT CGGGTTGGAT GCCGCTGTTG TAAGTCGCCG ATGTATGGCC
TTCACGAGAC GAAAGCTTAT ATTAGGTTAG TTGCTTCACT TCTACCGAAT GTGCTTGAGC
CTCTTCGGGG TATCAGCTTT ACTGGCCCTG GTTGTTCTTA TACCGCTCAA TCTCTTCGTG
AGTCTATCAT CGAGTCCGCA TTGCAGCCGC TAACGAGAGC AGAGACACGG ATCAACAGAC
TCGGGAGCCG AGCAACCAGG TAACAACGAT ACTCTGGCAT GGAATGGGAC ATCGTCCTTC
TCCCCTCACC AGTTATTCAA TACCACATCT CCTCATGCCA GAAGTAGCCT GTACGATCTC
CTTCTTGACC CTACTACGTC ATCTACCATC CATCTCATAT TCACCTACCT CTTCACTTTC
CTCTCCCTCT CATTCTTTCA CAAGAACTTT CACAGTTTTG TCCTATCTCG CCAAGCATTT
GGATTACAGC TCATTCACTC TATCTCGGCC CGCACAATCC TCGTCACTAA GCTTCCCACC
CACTTGCGTG GCGACCGCGC CTTGGCCGAG TATTTCGAGG CGTGTAACTT TAACGTGGAA
AGTGTCAACA TCTGCCGCGA TGTGGAGCCG CTCCAACGCG GCTTGGAAAA GAGAACATTG
GCTCTGACAA AAATGGAGGA AGCATGGGCT GATTGGGTGG GCAACCCCGC GAAGAAAGGA
TCAGGCTATG ACCCGCATAT CTACTCTGGC AAGAGCACCC CCCAAGGACA ACATGAAGGC
ACCAGAGAAG GCATGTTGGT GGATGTCGAC AATAGTGAAA CCAACGATAC GGCCTCCTTA
TTATCTACCG CTCCCCAAAC ATACGGTACC TCTGAAGACA CTGAGGCCAA TTCCCATCCT
CACGCTCACG TCCATATCCA AACCACTCGA CCACGACCTA CTTTCCGACC CCGGTGGTTT
GGTACCAAAG TCGATGCGAT TGAGCATTGG GAGAAGAAGT TCAACGCTGC CGATGAAGAA
GTGAAAGAGA TGAGGAGGAC CGGCAGATTT GGCGCTACGC ATGCCGCCTT TGTGACATTT
GAAGATGCCC GCGATGCTGT AAGTTGGCCA TCAGTCTCGA CTTTATTTGA ATCATAAGTG
ACCCATGGCA AACTGTAGCA AGTTGCATGT CAGGTAACGC ACTACCCGCA TCACTCCCAG
GCAGTCACTA CACCGGCTCC CGAACCTCGC GATATCGTAT GGCAGCACGT CTCAATGAGT
ATTAGGGAGT CCCAAATCCG TGATTTTATC GTCATGGGCA TAATGGGCGT CTTGATCCTT
ACTTGGATTG GTAAGTCCCA TAAGCAATTG GATCATGGCT AGATGATTGT ACGAGCTGTA
CTTACGACAA TGCAGTGCCG GTATCTTCCT TGGCAACACT GATGTCCTAT GAGGAGATTA
AGAAGATCAT GCCTTGGCTC GCTAGATTCA TTGGTTCTTC ACCAAGGCTT GCTGCGATCG
TGCAGAACTC GTTGCCATCA TTGGCTTTAA TTACTTTCAA CGGATTGTTG CCTTTCTTGC
TGGAGTGTAA GTGGGAATTC TGCCTCTGTG GACGCACTTC TAATGAAAGT GGCTTGCTGC
AGGGTTAAGT TATATGCAGG CATTCAAGAG CAGGAGTGCA ACAGAATACT CTTTAATGAA
GAAGCATGTC GACCTCACCT CGTGACGTAG TTACGCGACT GACATTGGAT CGATCTAGGT
ATCACCTCTT TCTCCTTATT TCCGTCCTTC TCATCTTCCT GTTAACCTCT ACCTATTGGG
CATTGGTCAG AGACCTCGTT GATACCCCTA TGAAGGTAAG CGTGGCCCTT CTTGAGCACG
GATAGAATGG TGCATACTGA GTTTCGACCG TAGATCCCCG AGAAACTCGC TCGGGCATTG
CAAGGATCGA ATGTCAGAAA CTTCATGGTC TCATATGTCA TGCTTCAGGG TAAACACTTT
CAAGACTGCC ATCAATTGAA CGAAATGCTA ATAACTTTTC TCCTCTTAGC TCTTGGTTTA
ATGCCCCTCC AGCTCCTTAA CCTTGGTCCT CTATTCTCTC TCGCTTTAGC CAGAGCATTC
TGGACAAAGA CTCCACGAGG TTCGTATCCT CATTATCGTT TCTATCTAAT CATTCAGTGA
ATCAAAACTC ACGCTATATT GCACTTGCAG ACTATGCGGA AGCTAATGCA CCGCCTATGC
TGAATTATGG CTGGGTGTAC CCGCAAGCCT TACTGGTGTT CACTATTACT CTGGTATACA
GTGTAATGAG TCCCCTGATA CTGATTTTCG GGGCTATTTA CTTTGCTATG GCATGTAAGT
ATTGAAGCAT GCGACACATG CGGATTGCTG ATTGTGCGCA GATTTGGTAT TTAAATACAA
GCTTCTCTTT AGTGAGTGTA TATCACAAAA GAGTAACGTC GGTCACTAAC AGTGTTACAG
TCTACTTCAA GCCTTACGAA TCGAACGGTG AAGCTTGGAG GATCACTTTT GCTCGAACTT
TATGGGCCCT CATCATATTC CAGCTCTTCA TGACTGGCCT CTTCTCTCTT CGAACATACT
TCTGGGCATC TGCGATTATG GTTCCCCTCA TCGTGTATAC CTTGTGGAAA AGCTGGATGA
TGTGGCAAGA TTTCGGCCCG CTAAGCGAGT ATCTGGCCAT TAGCAGCATA TGTGAGGTTC
AGAGAGGCGA AGGGGTTCAT GGAATTCTGG GCGTGGACAG TGTCAGTCGA AGCCAGAGGT
GAACGCCTTC TTTCCTGAGG ATGTGCATAG CTATTTACAG CTGACGACCG TCTTAGCATG
ATTAATCACC GTCGGTACGC TATGAACGAC GAAACACTCT ATGTGGCGCC TTCCGATTCC
CGAACAGACT ACTCCCAACC ACCCATGAAT AACTTTTACT ACAGTGTTCT AAACACTGGC
CGACGGCGAT ACGCTCACCC GGCTTTAGAC GGAAGCTTGC CAACACCCTG GTTACCGGCC
ATAAGTAAAG ACGATGGAGA AGGCCATAAA GGCAGGGGTA CCAAAGCAGT CGTGCTTAGT
TTGAGAAGGA AAGTGGTGAA GCGCCTCAGA GGACATAGAG GGGACGAAGG TATCAGCGGA
AATGGAGCGG CAAGTATGGA AGGGAGTCAT GAGACGTTGG CGATACCAGA AAGTTGGACA
CGTGGGGGAT CAGATACAGC ACACTCACCA GGGGCCTCAC CTTCGCATGC CCAACAAGAG
TCATACCCTT CCTCTAGCCT TTCCACCAAC CCATGGGGTG ATCCTTCACC CACCTCTTCC
CTTCCAAACA CCCGTAGCAC ACCAACACTG AAGAAATCTT CTTACAGGGC TGGTACGGGA
CCAATCGCGT TACCGGAGGA AGGTAACGTC TGGGAAGACG ATGAACCAGA GTCTCCTGTA
AGTACCACTC TCCTCCTCGT ATCCTTACAG CACATGTCAT TAAACAAGCC ATAGTCCACG
TACTTCCACA ACAGGGAACG AGGAAGGGCG TCTAGCAACA TTGATCAAAG TGCGATCGGA
GTTAGCGAAG TTGGTCAAGG CAGCAGTGCA CCTGTACCAC CCGGAGTTGG TGGAGCCCTC
TAGACGTGAC CTGATTTTGA ACGAATTGCA CCTTGTTTGG CTTCTACAAT ATGCAGCTTT
CTTCATTTGA TCGCGTAGGG GATATGTCCA CATCGATTTC CAATGTCTGA TAGAACATCA
AGGTTACCAT CCTCAATTGA TTTCAACTGA TGATGGAAGC CTTCGAACTT GACTGTCAAG
CTAC
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| Protein sequence | MVYMGRTKLK DFSPISAHDP DAHYTPSTNR FFGWILPTLK TSEFTVLQTV GLDAAVLLHF
YRMCLSLFGV SALLALVVLI PLNLFRHGST DSGAEQPGNN DTLAWNGTSS FSPHQLFNTT
SPHARSSLYD LLLDPTTSST IHLIFTYLFT FLSLSFFHKN FHSFVLSRQA FGLQLIHSIS
ARTILVTKLP THLRGDRALA EYFEACNFNV ESVNICRDVE PLQRGLEKRT LALTKMEEAW
ADWVGNPAKK GSGYDPHIYS GKSTPQGQHE GTREGMLVDV DNSETNDTAS LLSTAPQTYG
TSEDTEANSH PHAHVHIQTT RPRPTFRPRW FGTKVDAIEH WEKKFNAADE EVKEMRRTGR
FGATHAAFVT FEDARDAQVA CQVTHYPHHS QAVTTPAPEP RDIVWQHVSM SIRESQIRDF
IVMGIMGVLI LTWIVPVSSL ATLMSYEEIK KIMPWLARFI GSSPRLAAIV QNSLPSLALI
TFNGLLPFLL EFTRLTLDRS RYHLFLLISV LLIFLLTSTY WALVRDLVDT PMKIPEKLAR
ALQGSNVRNF MVSYVMLQAL GLMPLQLLNL GPLFSLALAR AFWTKTPRDY AEANAPPMLN
YGWVYPQALL VFTITLVYSV MSPLILIFGA IYFAMAYLVF KYKLLFIYFK PYESNGEAWR
ITFARTLWAL IIFQLFMTGL FSLRTYFWAS AIMVPLIVYT LWKSWMMWQD FGPLSEYLAI
SSICEVQRGE GVHGILGVDS VSRSQSMINH RRYAMNDETL YVAPSDSRTD YSQPPMNNFY
YSVLNTGRRR YAHPALDGSL PTPWLPAISK DDGEGHKGRG TKAVVLSLRR KVVKRLRGHR
GDEGISGNGA ASMEGSHETL AIPESWTRGG SDTAHSPGAS PSHAQQESYP SSSLSTNPWG
DPSPTSSLPN TRSTPTLKKS SYRAGTGPIA LPEEGNVWED DEPESPSTYF HNRERGRASS
NIDQSAIGVS EVGQGSSAPV PPGVGGAL
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