| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CND05920 |
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| Symbol | |
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| ID | 3257028 |
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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 | 1623536 |
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| End bp | 1629015 |
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| Gene Length | 5480 bp |
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| Protein Length | 1522 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | 638256531 |
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| Product | conserved hypothetical protein |
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| Protein accession | XP_570538 |
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| Protein GI | 58266764 |
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| COG category | [I] Lipid transport and metabolism |
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| COG ID | [COG1502] Phosphatidylserine/phosphatidylglycerophosphate/cardiolipin synthases and related enzymes |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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| Plasmid unclonability p-value | 0.660267 |
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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 | ATGAAGTCTG AAGACAGGCC GGGACCTATG AATGAGATTT ATCTTGAGCC TCGTATCACT
CATATTCATG TGAGCTGTCC TTTCCCGTTG GTTCTATGCT GACTTCAACC CCAGTACCAT
GAACGTCGCG AGCCCACCAT TGATGGCATC CGTCACGGAC TCATTCTTAA CGTCACCCCT
GACGGTGAGG CGGAGCTTCC TCCTGAAACA TCACAGTCAT CACGCCCGCC TTCATCGAAT
CATATTTCTA ATTGTATGAT TCGAAATTCT AAAGGTAGCA ACGATTTTCC ATTTTCGACC
TCCAGTGGAG ACGCTCCAGA TGGTATTTGG AGAAGTGCTT TGCAGCAGTC CGGTGCGGGG
GGGAAGGAAA AAAAAAAGGC TGCTAGCTCA CGATTTAGCA GCTTCCGGGG GGATGAAGTT
ACGATGGGTG AGTCTGAGGC TGAAGATTCT GGACCAGGGA CTCCGACCGA GGCTGCTCAA
AAAAGATGGT CAATGCTCAG GCATCGCATT ATGCCCTCTC GTTCTTCTTT TGGCGGTAAT
CCCAATGGTC CAACACCTGG AAAAGTCTCT GCTCTTGCTC CTACAGTTAT AGCGTCTGTT
CCTGTTACCA TTGAGCTGTT TGCTGGTCAA TTGCCAGTTA TGATCCTCAA GACGTGGATA
GATAGAGATG AAGACGGAAG AAAAGCTGTA CCGGTGCTCC TGGGCAATCT AAGGTTCAGG
GTCGGTGATA GTGTAGGGTT GAGACAAGGC AACGAAGCAA CAGGGAAGGA GATGTTCAAG
GTGGAGTGCG AGTATGGCGA CGGTGCTGTT AAATGGGTAT GTTCCATTTT GACCCCCGAT
ACGAGACGGC AATAACATCT TCCCTAGGTC ATCTTTCGCG AGCTCCGTGA TTTCCTATCT
CTCCATGCCC ACTATAAAGC CGCAAACTTT GGTACCTCGG TCGCTGGTCT TCGGTCCGCT
CGACGTGTCG AAATCCCTGA CTTCCCTCGC ATGAGTATTC CTTATCTCAA CAAGTTTGAA
AGAACCTCTG GAGGAAAGGA CAAAGAGAAA CTCAAACATA TTGGCAAGGC AGAATATGCT
CAAGCCAGTA GGGATGCCTT GCAGCAGTAT CTTGTGGAAC TTATTCGTGC TGTCGTGAGT
TGTATACAGT GTCATTTGTA GTAATCACTG ACGCAATCGG GCAGATTTTC CGGCCTGAAT
CCAATCGCCT GTGTAGATTC TTCGAACTTT CTGCCCTTAC CCTGGCTCTT GCTCCACGTG
GAGGATTCCA AGGCAAAACT GGCTTCCTCA AAATTCCTGG ATCAAACGTG TCAAGAAGAG
CCAACCAGCC TGGCTTGACG CCTCAGAGTT GGAAGGCGAG TAAAGAGCCG AAGTGGTTTA
TTGTCAGGGA TACTTACTGC GTGGCTACCG ACGGGCCTGA GACGGTGAGC ATTTCTCGTC
TTATTAAAGG ATAGAGGAGC TGATGGACGT TCAGACCGAC TTCTATGATG TCTTCCTATT
TGATTCCGAT TTCACTATCA TCCGCCCCAA GCGGTACTAT CGTCAAGGCA TCAACATTCT
TTCCGGACAC GCCGCTGTTA GACATATTAA GCTCAAGAAT GGCAGTGACA CCAACAACAA
CATTAATATT CCTGAACGCG TTGACACCGA CAACCCGTTC AGTCGAGAGA TTATTGTCAG
AAGTGGAGAG GGACAAGGAT CCAAAGCCCA CAACATGCAT GATGAGACGG AGCACGAAGC
GAGTCAGCAC ACGTTCTATA TTGTAAATTC CCAAAGAAAA CTGAAGCTGG TTGCGAAGAA
TGCGGTAGGT TCTCTATTTC TGTTTGCCTT ACGCGGAAAG ACTAACCAAG GAACAGAGGC
AAATGCATCA GTTCATTGTG TCAATGGAAA GAATTGCGTC TCAGTGTGTC TGGACCAAGC
GTAACAGGTT CGATTCCTTT GCGCCTTTGA GAGTGAACGT CGCGGCGCAA TGGCTTGTCG
ACGGTGTAAA CATCTTCATC TTTTAAGATC TTGACCCAGT AACTGACAAA TACTGATGGA
TGTAGCGAGA TTACTTCTGG AACCTCAGTC GAGCGATAAA CATGGCCAAA GATCGTATTT
ATATCCACGA CTGGTGGATC TCTCCTGAGC TCTACCTGCG TCGGCCTGGT GATGAGAGAT
ACAGGCTTGA CAACTTGTTG AAACGCAAAG CGGAGGATGG AGTCAAGGTT TTCATCATCA
TCTAGTAAGT ACATCTCCAG GCTACGAACT ACTGGAATAG AAACTGAAGC AAACCATAGT
AATGAAGTCT CAGACAAGAC CACTCCGGTT GACAGTCAAT ACACTAAGCG AACACTTATG
GATCTCCACC CTAACATCAT GATTCAGAGA TCGCCTTCGC ATTTCCAAAC CGGGACATTC
TACTGGTCAC ATGTGAGTGC AATCAAGAAG GGATGAGCTG ACAAAATAGC ACGAGAAACT
TTGTGTGATT GATGAGACGA TCGCGTTTAT GGGTGGTCTT GACTTGTGAG CCCCTTTTAA
ATTAGACGCA TCATCAACGT TGACTCAGAC AAGGTGTTAT GGCCGATGGG ATACTCCTCA
ACACGTCCTA ATTGATGACG AATTCACTGA GCCCGACGGT CCTAATGGTC CAGTGTGGCG
AGGCAAAGAT TATGCCAATG AGCGTGTTAT GGAATATACG AATCTTGACA AACCGTTTGA
AGATATGTTT GACAGGACGA AGGTTCCCCG TATGCCTTGG TATGTCTGAT CGAGGAGTCA
AAGGTTTCTT GTCATTTTCT GATAATTGGT AGGCACGATG TTGGTCTCCA AATTGTTGGT
CAACCTGCTC GTGACCTTTG TCGCCACTTT GTGCAACGTT GGAACCTCCT TATCAGAACC
AAAAATCATA AGCGTCGCAT GCCTTTTCTT CTTCCTGCTG CAGACTTTAC TGAGCCGGAA
CTTCAGGATT TAAAACTCCA GGGAACGTGT GAAGTGCAGA TCTGTCGGTC GGTAGGACCG
TGGTCTATGG GCACTTCGAC GAAGATTGAA CATTCAATTC AGAATGCTTA CTGCAAGTGT
GAGTGCGCGC TCTAGCGATC ATTAAAGTCG AATATTGAAA ATCAATAGCC ATAGAAACTT
CTGAACACTT TGTCTATATC GAGAATCAAT TCTTCATCAC TTCAACTATT GTTGATGGTG
TCGCTATCGA GAACGGTATT GGTAATTCTC TCGTCAATCG TATCATCCGC GCACACAAAG
AAGGTCAAGA TTGGCGAGCT TGTATTGTCA TTCCACTTTT GCCGGGATAC ACGTACCCCC
TCGACTCAAA CGAGGCGAGC TCAGTGAGGC TGATCTTGGA ATGTCAAAAC AGGACGATTT
CCAGAGGAAC AAGTTCAATT TTCTCAAGGT TAAGGAATGA GGGAATTGAC GTGAGCATAC
ATCTTTGTCT CTCATCGATG TGAGCTGATA ACGACTTTAG CCGGATGACT ACATCACGTT
TTTTTCTTTA AGAGGATGGT CAAAATTCAG AACAGGTGTC CTGACTAGCG AGCAGGTTTA
CATTCATGGC AAGACCATGA TTGTAGATGA TCGTGAGTCA TCCATGGGAG TGACCCTATG
GTGGTTGCTG ACAAATTTCA GGCCTTGTGC TTTGTGGTTC CGCCAACATC AACGAGCGTA
GTCAGCGTGG TGATCGTGAC TCTGAGCTTT TGGCTGTGAT CCGTGACACT GACATGATTG
ATGGGTTAGT GTTCAAAGAA AAATCTTGAG TTAGGCGTAC GCTAAATTGT GGGAAGAATC
ATGGCAGGCC GTCCATATAA AGTTGGCCGC TTTGCCCACA CCCTTCGTGT TCGCCTCATG
CGTGAACATG TTGGTGTCGA TGTTGACGCT CTTGACGAAG AACATCTCAT GTCTCGAGAG
CCTGTTGTCG AGGTTGATGA GATGGAGATT TGGGACCCCG ATGACGAGCA GCAGAGCGAA
AACGAAGGTG GCGATGGCAT TACGCAGGTC AAAAAACGTG CCGCGAAGGA ACGCCTCATG
GACACTTTTT CCACGGGTTT GGCAAGTGGT ATGTCGCCAT CTTATTTTCA ACGGTTCTGA
AGATGACGTC TGGTCTAGTA ACCAAGGGCA TATCTGAAAA CGCTATTTCG AGTATTAAGA
AGACAGCGGA TAAGGTCATT CATCCTGTTG CTGTCGTTGC ATCTGGTCAA ACTGCTGCCC
ATGACCAGTT CGATGTGGGT GACCCGTCCG AGCGAAAAGA CTATCAGCCT GAGGGCAAGA
CGTCCACAGG CTTTGCTTCT TCCATGGTGC CTACCCTCGA AGAAAAAACC ATTTCTCAGC
GTCGACCAAG TGCACAACAC GCGAACGGCA AGCCTCTATT TGACCTCCAA GAAGAGCACG
ACCAACAAGG CGGGCAGGAT GTTGGTCAGA CCAAGAGCAA GGAAGAAGGA GAGGAATCTA
GTGCAGCAGA GGTTCCTAGG AAGACCAAGG AGCATGCCAC GCTTTTGGAT GAGGACTCGA
TAGCACAGAA ATCTGGCATT CCTCGATTGC AAATCGGATC TTCCGACAAG GAACTCTTTG
GAAGTCCCGC CAACACCTAC GACTCAAATG ACGATTCGCC TATGCCAGGG ACCGAGCGTG
AAGCGGAAGA TGAGGGCAGA GGGACGAAGG AGGGCCAGAC GACTCTTCAG GCGCGAAAAA
TCTTGAGGAA GCATTTGAAC GCCAGCGTAC AGGTGTCTCC GTGGAGCATG CCAAGCCCTA
CGCCAGATAT CAACCCCAAC CGTTTCCACG ATCCATTGGA TGGAAGATTT TGGAAAAATG
TGTGGGTGGC CACTGCTGTT CATAACGTGA GTGACGGTAA AGTGGAAGTC GTCCATGAAC
ACTGATTATC TACAGACTGA AATCTTCCGG AAGGTTTTCA GATGTGTTGT AAGTCGTTTG
TGGCCTTCAT TGAGTGGTTC ATTGACCCTG TTTTAGCCTG ACGATTTCGT CACTTCTTGG
GCTCAGTATA AAGCTTTCGC TAATCACGCA GAAAAGTTCA ACAAGGAGCC TGAAAATGTT
GCCCAAGGAG GCAGTGACGA ACCCGTTAAA GTAACTCACG ATGGTCCTGG TACGCACGGT
GCAGGCGGTG GTGGGTCTGG CGGTGGTCAA ATAGGCACAA TGTTAAGGGA TAAGGGAAGC
AACAGAAGCG AGACGATTGG GTCAGATGTC GTGAATGGGA GGCCCAAAGA TCGCCTCGGC
TTGGGAGCTG TGAGCAGGAG CTCCACTAAG GGTGAGGAAT CGAAGAGGGA AGCAGAAAGG
GAAAAGAAGC CTAGTCAGCC CGAAGAGGCT TGGGCTGAAT GGGAAAGAGA TGAGATGGAG
AAGCTGTTAA ATGAAGTGCG AGGGCATCTA GGTGAGTTGC CATACTTGTA CGGAATGCCT
GGGCTAATGT GAAGTAGTGA TTTATCCTAC AAGGTTCTTG GAAGCAGAAG ACCTTGCGAA
CAATTTTCTT TTCAACGTAG
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| Protein sequence | MKSEDRPGPM NEIYLEPRIT HIHYHERREP TIDGIRHGLI LNVTPDGEAE LPPETSQSSR
PPSSNHISNC MIRNSKGSND FPFSTSSGDA PDGIWRSALQ QSGAGGKEKK KAASSRFSSF
RGDEVTMGES EAEDSGPGTP TEAAQKRWSM LRHRIMPSRS SFGGNPNGPT PGKVSALAPT
VIASVPVTIE LFAGQLPVMI LKTWIDRDED GRKAVPVLLG NLRFRVGDSV GLRQGNEATG
KEMFKVECEY GDGAVKWVIF RELRDFLSLH AHYKAANFGT SVAGLRSARR VEIPDFPRMS
IPYLNKFERT SGGKDKEKLK HIGKAEYAQA SRDALQQYLV ELIRAVIFRP ESNRLCRFFE
LSALTLALAP RGGFQGKTGF LKIPGSNVSR RANQPGLTPQ SWKASKEPKW FIVRDTYCVA
TDGPETTDFY DVFLFDSDFT IIRPKRYYRQ GINILSGHAA VRHIKLKNGS DTNNNINIPE
RVDTDNPFSR EIIVRSGEGQ GSKAHNMHDE TEHEASQHTF YIVNSQRKLK LVAKNARQMH
QFIVSMERIA SQCVWTKRNR FDSFAPLRVN VAAQWLVDGR DYFWNLSRAI NMAKDRIYIH
DWWISPELYL RRPGDERYRL DNLLKRKAED GVKVFIIIYN EVSDKTTPVD SQYTKRTLMD
LHPNIMIQRS PSHFQTGTFY WSHHEKLCVI DETIAFMGGL DLCYGRWDTP QHVLIDDEFT
EPDGPNGPVW RGKDYANERV MEYTNLDKPF EDMFDRTKVP RMPWHDVGLQ IVGQPARDLC
RHFVQRWNLL IRTKNHKRRM PFLLPAADFT EPELQDLKLQ GTCEVQICRS VGPWSMGTST
KIEHSIQNAY CKSIETSEHF VYIENQFFIT STIVDGVAIE NGIGNSLVNR IIRAHKEGQD
WRACIVIPLL PGYTYPLDSN EASSVRLILE CQNRTISRGT SSIFSRLRNE GIDPDDYITF
FSLRGWSKFR TGVLTSEQVY IHGKTMIVDD RLVLCGSANI NERSQRGDRD SELLAVIRDT
DMIDGIMAGR PYKVGRFAHT LRVRLMREHV GVDVDALDEE HLMSREPVVE VDEMEIWDPD
DEQQSENEGG DGITQVKKRA AKERLMDTFS TGLASVTKGI SENAISSIKK TADKVIHPVA
VVASGQTAAH DQFDVGDPSE RKDYQPEGKT STGFASSMVP TLEEKTISQR RPSAQHANGK
PLFDLQEEHD QQGGQDVGQT KSKEEGEESS AAEVPRKTKE HATLLDEDSI AQKSGIPRLQ
IGSSDKELFG SPANTYDSND DSPMPGTERE AEDEGRGTKE GQTTLQARKI LRKHLNASVQ
VSPWSMPSPT PDINPNRFHD PLDGRFWKNV WVATAVHNTE IFRKVFRCVP DDFVTSWAQY
KAFANHAEKF NKEPENVAQG GSDEPVKVTH DGPGTHGAGG GGSGGGQIGT MLRDKGSNRS
ETIGSDVVNG RPKDRLGLGA VSRSSTKGEE SKREAEREKK PSQPEEAWAE WERDEMEKLL
NEVRGHLGSW KQKTLRTIFF ST
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