| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNA06050 |
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| Symbol | |
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| ID | 3253821 |
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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_006670 |
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| Strand | - |
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| Start bp | 1617541 |
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| End bp | 1623525 |
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| Gene Length | 5985 bp |
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| Protein Length | 1811 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | 638252926 |
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| Product | ARF guanyl-nucleotide exchange factor, putative |
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| Protein accession | XP_566959 |
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| Protein GI | 58259093 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG5307] SEC7 domain proteins |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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| Plasmid unclonability p-value | 0.0170649 |
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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 | CAAGTTCACA ACTGGGCAAG TACCATCGAG CAGCATCTTG CACTATAGCC AATGGGAGTT
CACAGGTAGA CCCAAATATG GACAGTAACG CAGAGGCAGG TCCCTCCACA CTGCGTCCAC
ATCGATCATC GCCGCCCTCG ACACCGACAC CTTTAACGCC TACGTCTGTT AGAGCGAAAC
GACGTTCATG GTTCGGCTTG GCTTCTCCAG TGATCCCACT TTCGAAAGAA AAGGCAAAAG
ATAAGCGCCG TGGAAGTTCT AACGGCACTG AGGAATTAGA GCTCGGCCCA GTATCGAACG
GGCGGGACAA TGAGACCGTG AAAGGAGGTA GACGAGAGGA TGCGCACGAG GAAGAGCTGA
GAGAGAGAAC AGGGCACGAA GGCGACGATT TGCTAACGAT TGATGGGGAT CTGGAAAAGA
CTGTTAAAAA GAAAAAGCGA AAGTCTGGTG GTGCCGACGA GCCCCTGGTA CTGAGGATGG
AAGATTTGGG TCATAAAACA CCTGCGAGAA CGATGTCTGA AAAGACGTTA ACGGTAAACG
ATGTGATGAA AACAGTAAGT CATCTAACAT TTAACCACCC TTAATCCTGG TTCATCTGCT
GACATACCTC TTACAGCCAC ATGCGTTAAC TACATGGACT TTCTCTCGCA CGGCGAGCGA
CCGCGATCCT TTCAGCACCC CTGATCTACC GTCAAATCCA GGACCCGACA GCTCACTTTT
CAACAAACTT GAGGAGGAGC TTCTCCTCAA CCCAGCACCA AGATCCTCAT CCCTAAATTC
GGTACCATCT CCAATTACCT CTTCCCATAG AGATAAAACT CAACCCCCTT TACCTGTCGG
CATGGACAGA CCGTTGCCGC CGTTGCCGCC CCCAACACCT GATAGTAAGG GATTGAAAGA
GCCTAAAGCT CCTTCCGAAA TTTTTATCAC CCCCAGCAGT CCACAAGAAC CCAAGGCTAC
CAGAAGAGCA CATGAAGAGC GGCGTAGCAG GTCTATTTCG GGACGGCCCA GAAGCCATTC
ACGAGGCAGA GCTTCCAGCG CAGAGCCCTC AAAACCTCTT GGTTTGGGAT TACCTTCAGT
CATCTCGGGA AGATCTCGGT CTGTATCGCG CTCACGGCCA TCTTCCAGAT CACCTTCTGT
ATCTGTTCAA AGCCCGTCCC CTCCGCCCGT TCCCTTAAAA CCGCAATCAG TATCGTCGCC
ATTTCCATCT CGTCCGGGGA CTCCCAATCA TAAAATTACT TTTGCAGAGC CCGAAGTCAC
AAAACCACAA GGTTTGCAAA AGGAAGATGA ATCTGACAAA AAGACAAGAA TCAAAAGAGC
GAGAAGTTTA TCGGGATTGT TTGGCAAATC ACCGCCAGTG GTATTATCCG CCAAAATGGG
GGATCCCGTC CAAGATGATG ACCAGAAGAA TGGAGAAGAG GAGACAAACG GTGATCAAGG
AGGCGGCGGA AAGCTTGGGG TGCTAGAATG GTTAGGAATG AAAAAGACTG TGAGGCGAAA
AGCTTCAGAG ACGAGGCTCA GGGAACCGGC AAGTGAGCTG GATGACGTCC AGAACGTTGC
TGGTGATACA TCTAGATTCC CAGAAGATCA GGCTCCTAAC AAGGGAAATA TAGACCTAGT
CAGTGAGGGT GATCAGTACA ACGGACAAAC CGACCTTCCA CCCCCTCCTA CCACTAACGC
ACCACATGGT ACTCCCAAGA GATTGAATAG CTTATTCGCT CGCCGATCAT CTGCGAAAAA
CGAGGAAGAA GCAGAGCCGC TGTCAATTAT GGTTGTTCCT AGGGCTATTC ATAGCTCTGA
ATGTTCGACA CGCCCGCTGA CGAACGCTTC CCAATCTTCT CTGCAAGTTC CTGCCGTCGA
TCCATTCTCA CCTGATGGAA GCAACACGTG GACATCCAGT CCAGGCATTG AGATTGAAGA
GATGGTCTTC AGCCCTGGTA GTAGTGCTCA TTGGGGACCT GGGATACGCC CTTGGATGGA
AACAAGGCAA CATAACGTCA CTTCGAGGTC GTCGTTATCT TGCGCTCTGG ATACGCCAGT
GCAAAAGTCC GAATCTTCCA AAGCGCCTGC TAAAGCACAG GGAGGGCGAG TCAGGTCATT
TTCTGATGGG CCTTTGCCAC AACAACCACC CGATCACTCT CCAGCTCCCT CTCAACCTGC
CTCAGATAGT CCTTCTCCCT CTCCCTCAAC GGGCCTCAAA ACACCTGTAC GACCCAGAAT
GGACAGCAGG ACAGGCTCCA GCAACTCAGC GATCGTAGGG AGAATGAAAA GTGTGTTCTC
CAAGTCCTCA AACCGGAGCA GGAGTAACAG TCTTTTACGC CAGGATGCCA GCGATGTTGA
CGAGTTTGGG GGAGTGGCCA GCCAACGTAT GCGACTCTCG GCGTCGGCCT CTTCTATGAG
GCCTTATGAT ACCGCGGGAG GTCACGTCAT AATGGAGGAC AGCGTCCATC TGGAATCACA
GCAGGAAAAA AATCACACAG TTGGAAGAGT GTCAAGTTCG TCAATGACAC CTTCTCTTTC
ATCCAATGCG TCTTCTACGA AACATTCAGT CCTCGGAGAT CCTCTTCATA CCCACAAAAT
AGCATCACGT CGAAGCAGAG CTCGAGCGTC AACTGTATCT CTTGCGCCAA CTTCGTACCA
TTTTGCGCCG CCTTCGCCAA GCACTTTTCC CATCTCTGCA ACGCCACCTC GCCGCCAAAG
CACAATACGT CGTCTTTCTA ATGGACTATT TGGATCAGCA TCCTCGTCGC CCCAACATTC
TGCTCTATTT CCTCTTCCGC CTAGATCCAA CGGATCTACT TCATCAGTAG CTACAGGTGC
GCAGATATCT GGTCAAGGCT GGGAGGATGG GTCCACTGGA GTGTTAAGTC CCGGTGCTAG
CCCAAGGCCC AGCTTAGGTA GTCTAGCCGT TAAGACCAAT GCTATGAAAC AAGCTGATGT
ACCGGAAGGA GAAGAATCGC CCAGGGAATG GTTGGAGAGG GCTCTCAGTG CTGTTGGGAG
GTGCGAAATA GCCAATGTGC TGGCGTCTAG GTGAGCTACT TTACTTCCTC GGTCAAATAC
TCACCAAAGC TGAACTGGAA TATAGCGGCG ATGCTCTTCA CGTGGAAGCA TTACAGATGT
TCATGTCAAC GTTCAACTTC ACTCATAACG CTCTGGACGT CGCTTTGAGG AAACTGCTTA
TGCAAATCTC TCTTCCGAAA GAGACACAGC AGATCGATCG TGTAATTGAA GCGTTCGCAA
AACAATATGA AAGGTGTGAG CCCGGTCTCT TCGGCGAAAA AGGTAAGTAA GGCCATGTTA
TTTCATATGA CAACTAACAG GTCTTCCAGA CAACGCATAT GTCCTTGCAT TCTCGATGAT
GATGCTTCAC ACCGATGCCT TCAATAAGCA TAACAAGAAT AAGATGTCCA AGGCAGATTA
TGTGCGCAAT TCACGCATGG AAGGCGTGCC ATCTTTCGTG CTAGAAGCTT TCTATGACAA
TATCACGTTT ACTCCGTTTG TCTTCATTGA GGACGACTCT GATCTGAAGC GCACATCTGG
GCGTACAACT CCGTTGAATT TTGGGCCGTC TACTCCGACG TTCTCTGCCT TCTTGAACGG
CTCTAATCCT CCCAGCAAGT CCTCCAACAA AATTGACGTG TACGATCTTA TCGTGCGAGA
TATGCTTGAT CAATTGAGAG TTGATGTGGA GAAGGAAATA CCGGCTGAAA ATCCATTTTC
TTGTCTTGGA ACTAGACCAA TCCTTGATTT CGAAGGGTTG AGCAAGGCTT TTGCTTCTGC
GCATAGCCTT TCAATTCCTG TACCCCAGCA GAAGACAGCA AGGAGGAACA CACTCATAAC
ATCAGGAAAG AAGCAAGCGG CGAAACAAGA GAAGGAGTTG GACATGGCTC TGCGAGTAAC
AAAAGTCGGG CTAATATCTC GAAAAGGTTA GTGGTGGTTG GTTATTTTCA GAGCACGGGA
GGGAAAAGGA TAAAACTGAT TCTGCCTTCT CAGATGAAGC TTTTAGCGAA ACGGGCAAGA
AAAATCGCAA ATGGAAATCT TGGAGCGTTA TCCTCACTCA ATCACAGCTA CTTTTTTTTA
AAGACCCTAT GTGGGCTTTG ACACTGCTTG AGCAAGCTAG GGCGACATCG GAAAATGACA
AGGATGGTCA ACTGCTCCTC CCACGAATGG CTTCTTTCAA ACCAGATGAA GTATTCCCCG
TCAAGGACTG CATTGCAGTT TTCGACAAGA GTTTCACTGC TGTGAGTGTA TCAAAGTCTA
ATCCGGAAAT GCTGACGTGT TTCAGTATCC AAACACCTTT CGTTTCGTTA TCTCTCAGCA
CCAACAATAT CTTATGCAAG CTCGGGACGA ACTTGAGATG AATGAGTGGA TCACCCTCAT
CAATTACGCC TCAGCTTTTA AAAGTGCCGG TATCAAGATG CGACGTGGAA CAATGCGCAA
GGACCAAGCG GTATTGGCGG GCGCTGCTGC TGCTGCGTCT CATAGAAGGG ACATGCGTGA
GGACCGTTAT GACTCTTCGG ACGGAGCATC TACCCCAGGA CGAGTTGCTG TATTTAGGGG
CGTGGACCAA ACGAGTCAAG AAAAAACACC GGCCCACCTA AAAGGTGATG GTGTCAGAGG
CGTAGATATT GACGGTGCCA ACGACAGTTT GCAGGAAGGT GAGCAACTGG AAGAGGTATT
CGGCGTCGTC AAAGCGGAGC TGGCGGCTGG TAGAGGAGGC GCAAAGACTG TGGGCACGGC
TAGGCAGCCA GATAGGTCTT ACAGCCATGC TTCCCGTTTA GCCATTATCC AGGTAATTCC
CTCCGCAAGC AACCATATGC AGTAACGCTG ACAATTCTCT TTAGAACCAT CTTCGAATTC
TTCGTGAGAA GGTGGTACCG ATTGAATCCT CCATTCAATC CTCTCTCTTG CTTGCTCGCA
ACGTCAACAT CCTAACTCCT TTTCAAAAGT CTACTCGTGA CCGTCTTGCT TCCACTATTC
CTTCATTGGC TCGGCGCACC AGGACTGAAC GCATCTTCCT CTCAAAGGTG CAATTTTGGA
TTAATGTCCT CGAGTATGAA GCGGATCGCG CTGAACGAGA GTGGAAAGAA GTGCGACACC
TGGCATTACA GGCAGCAGCA AGAAGTATGC GTGAAGATGG AGTTAGTGGC GTTGTTGAGG
ACGTCGCAAG AGATGAGGAG GGCGGAGATC GCGGCGTACC AGTCCTGTCT CTCCCTAACA
GCGGGGATGA AGATGTGGAA AACGAGGCAA CGCATTTGAG CATGAGCCCA GGAGAACTGC
CAATCATGTT TCGAAGACCA AGCAATGGAC CCGATAATGC TAGGTATCCT ACTTCTCGTG
ATACAAGCTC TAGTCGCGTT GCCAGCCTCC TTGAAGAAAG GGGAGGGGAT AGACGTCAAA
CTGTTTCATC CGACTACTGG CTCAGTCCAC ATGAGACTGA ACGGCTGTCG AGTGATGTGG
AAAGTGCCCA TTCAAGAACC GGTACTCCAG ACATGGGTCT TAACGGATAT GACGGCTCAA
GGAGGGAGCG AAAAGATAGC GAAGCAGGGC GATCGAGTGG TCGAAACACG CCAATGATGT
TTGTCATGGA AAGCCCGATG GAAATTGGAT ACGAAGAGAT AAACCATGAA AGGTTTTTCG
AGTATACACC TGTCAACCCC CAGAATGGAA AAGAGACTGG GAAGAAGAAT GAATCGAGAG
ACAGTTGTGA GGAAGGAAAG AAAGAAGAGG CGGAGGATTG GCAAGATACG AAAGCTGCGA
AAAAAGTGTC GCTAGTGCGG CCAGGCGAGA TGAGTGATTG GGAGAGCATG CGCAAAGTCA
GCCCTGGAAA CAAAGGTTAG GTGAACAAAT CGACAGTTTT GTATCATAGT CACGAAAGGA
GATGTCTTAC GATAATCACA CATATATATC TGTCTACGAC GAGGTATATC AGGCATATCA
TCACGCATGG GTGCAAAAGA TCGTAGTGAC ATTATAGTTA TAGGT
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| Protein sequence | MDSNAEAGPS TLRPHRSSPP STPTPLTPTS VRAKRRSWFG LASPVIPLSK EKAKDKRRGS
SNGTEELELG PVSNGRDNET VKGGRREDAH EEELRERTGH EGDDLLTIDG DLEKTVKKKK
RKSGGADEPL VLRMEDLGHK TPARTMSEKT LTVNDVMKTP HALTTWTFSR TASDRDPFST
PDLPSNPGPD SSLFNKLEEE LLLNPAPRSS SLNSVPSPIT SSHRDKTQPP LPVGMDRPLP
PLPPPTPDSK GLKEPKAPSE IFITPSSPQE PKATRRAHEE RRSRSISGRP RSHSRGRASS
AEPSKPLGLG LPSVISGRSR SVSRSRPSSR SPSVSVQSPS PPPVPLKPQS VSSPFPSRPG
TPNHKITFAE PEVTKPQGLQ KEDESDKKTR IKRARSLSGL FGKSPPVVLS AKMGDPVQDD
DQKNGEEETN GDQGGGGKLG VLEWLGMKKT VRRKASETRL REPASELDDV QNVAGDTSRF
PEDQAPNKGN IDLVSEGDQY NGQTDLPPPP TTNAPHGTPK RLNSLFARRS SAKNEEEAEP
LSIMVVPRAI HSSECSTRPL TNASQSSLQV PAVDPFSPDG SNTWTSSPGI EIEEMVFSPG
SSAHWGPGIR PWMETRQHNV TSRSSLSCAL DTPVQKSESS KAPAKAQGGR VRSFSDGPLP
QQPPDHSPAP SQPASDSPSP SPSTGLKTPV RPRMDSRTGS SNSAIVGRMK SVFSKSSNRS
RSNSLLRQDA SDVDEFGGVA SQRMRLSASA SSMRPYDTAG GHVIMEDSVH LESQQEKNHT
VGRVSSSSMT PSLSSNASST KHSVLGDPLH THKIASRRSR ARASTVSLAP TSYHFAPPSP
STFPISATPP RRQSTIRRLS NGLFGSASSS PQHSALFPLP PRSNGSTSSV ATGAQISGQG
WEDGSTGVLS PGASPRPSLG SLAVKTNAMK QADVPEGEES PREWLERALS AVGRCEIANV
LASSGDALHV EALQMFMSTF NFTHNALDVA LRKLLMQISL PKETQQIDRV IEAFAKQYER
CEPGLFGEKD NAYVLAFSMM MLHTDAFNKH NKNKMSKADY VRNSRMEGVP SFVLEAFYDN
ITFTPFVFIE DDSDLKRTSG RTTPLNFGPS TPTFSAFLNG SNPPSKSSNK IDVYDLIVRD
MLDQLRVDVE KEIPAENPFS CLGTRPILDF EGLSKAFASA HSLSIPVPQQ KTARRNTLIT
SGKKQAAKQE KELDMALRVT KVGLISRKDE AFSETGKKNR KWKSWSVILT QSQLLFFKDP
MWALTLLEQA RATSENDKDG QLLLPRMASF KPDEVFPVKD CIAVFDKSFT AYPNTFRFVI
SQHQQYLMQA RDELEMNEWI TLINYASAFK SAGIKMRRGT MRKDQAVLAG AAAAASHRRD
MREDRYDSSD GASTPGRVAV FRGVDQTSQE KTPAHLKGDG VRGVDIDGAN DSLQEGEQLE
EVFGVVKAEL AAGRGGAKTV GTARQPDRSY SHASRLAIIQ NHLRILREKV VPIESSIQSS
LLLARNVNIL TPFQKSTRDR LASTIPSLAR RTRTERIFLS KVQFWINVLE YEADRAEREW
KEVRHLALQA AARSMREDGV SGVVEDVARD EEGGDRGVPV LSLPNSGDED VENEATHLSM
SPGELPIMFR RPSNGPDNAR YPTSRDTSSS RVASLLEERG GDRRQTVSSD YWLSPHETER
LSSDVESAHS RTGTPDMGLN GYDGSRRERK DSEAGRSSGR NTPMMFVMES PMEIGYEEIN
HERFFEYTPV NPQNGKETGK KNESRDSCEE GKKEEAEDWQ DTKAAKKVSL VRPGEMSDWE
SMRKVSPGNK G
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