| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNC00660 |
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| Symbol | |
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| ID | 3256367 |
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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_006685 |
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| Strand | + |
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| Start bp | 186993 |
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| End bp | 190469 |
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| Gene Length | 3477 bp |
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| Protein Length | 727 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | 638255283 |
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| Product | long-chain-fatty-acid-CoA ligase, putative |
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| Protein accession | XP_569356 |
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| Protein GI | 58264400 |
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| COG category | [I] Lipid transport and metabolism |
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| COG ID | [COG1022] Long-chain acyl-CoA synthetases (AMP-forming) |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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| Plasmid unclonability p-value | 0.665335 |
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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 | TATTCTGTCC TAACCCGCAT CATGCCCCTA GAACCTCTTC CTCCGAATGT TGATCTGAAC
AGGCAGAACC ATGTACGTCG GATCGCTGAA GAAAAAGGAT AATCAACTGA TGTTGAATCT
ACAGGAGATC CCTGGAACAC GTAAAGACGG GCAGAGTGGT ATGTACAGCA AGAGAGTTGT
GATCCATGTC AGCAAACTGA TGTTGCCATC GTACAGGTGT ATTCACAAAC TGTATGTCAA
TCAGGAAACT GCGAGCATGA GAGCGCCGAA CGAGAAGGCC TCGTACAAGC AGCGCTGACG
CATCTCCTTT GTTTCAGCCT TCTATAACAG GTCTATACTG ACGGCTCCTG GCGAGCCGCA
TACCCTTTTC CAGCTGTTTG AGGACTGTAA GTCGACATGA ATCGAATCCT TCCATTACGC
CCAACTCATA CTAGCCATCT TTAGCTGTTA AAAAGAACCC AGGCCATCCT CTCTTTGTCC
GCCGAGCTCT TCATCCATCC TCCACACCTC TTGAGCCTGT ATGGACCGAC ACCCTAATCC
CCACATCTTA TGCCACAGTC CAGACTAGGC GTAACAATTT TGGATCTGCC CTCCTTGCTC
TCGAGCGCGA AGGTCGTCTT CGAGACCCAA CTTCCGCGGA CATCTCTCCC CCTGAAATCA
AACATCCTGG TGTTCCATTC TATGGGGATG AAAATAGGCG AAAGGGTGGA GCTAGAAGAG
GCTGGGCCGT AGGTGTCTGG AGTGGTAATA GGGAAGAATG GCAAATTATG GATTTAGCTT
GCCATGCTTT TGGGCTGGTA GGCGTTAGTC TTTATGAGAC CTTGGGTCCG GATGTCGCGA
AGTATATGTA GGTCAACACC TCTTTCTTGA CAAGCGTGGG TGTGCTCATC AAACAACAGA
ACCAACCACT GTCCCTTGCC TATCATCGTG ACTTCACAAA ATCACCTCCC CTCGCTTCTC
AAGATTGCCC CTCTCTGCCC TTCTTTGCGG GTAATTGTCT CTATGGATCC TTTACCTGCT
TCGGAAAGAG TATTGCTCAA CCAATGGGCG GCTTCGGTTA ACATAGAGTT CTTCACAATG
GACGAGCTGG AAGCAAAGGG CGCTCAAGCA CCTTGTAAAC CCGGGCCAGA GGAGGGAGAA
GAGGAGCTGG ACCTGAAGAG GATTTGTACG ATTAGCTATA CCAGTGGGAC CACTGGTACG
TTCACTCTCA TTCTATTTTT ATTGTTTTTT ATCTTTTTTT TCATTTTTCT GATGGCAAGT
ATTGACGGAT ATCATGACAA TAGGCGATCC GAAGGGAGTA GTGCTTACCA CAGAAAACGT
CCTTTCTGCA ACCATCTCCA ACGGAAAGGG TGTCAATCCG GGCCTGATCA ACGAGTCCTG
GATGTTTCTT TCTTTCCTCC CCCTCAGTCA CATGTAAGCA TCATCTCATC CTCCCCTTTC
CTTTCCCTCC TTCCCAAATA CCTGCTGACA TACTCAACTC ATCTTGGAAA TCAGCTATGA
GCGGTTCGCC GAGATTGTCG TTATGTATGG CTGTGGTACC ATCGGGTTCA CCAGAGGAGA
TCCCACAAAG CTCCTTGAAG ATGCTCAGCT TATCAAGCCT CATTTCATGG TCGGTGTACC
GCGTATGTGG AACCGGTAAG TACCAATCCC TTAGCTACAG GGGTTTCAAA ATAAGAAGAG
TGGAGGAGTT AATTGAGAAT GGGAAATGGA ATAGTATCCA CGCGGCTGTA AAGGAGCAAA
TGAATAGTGG CGGCCTCAAA GGCGCCCTGC TTACTAAAGC AGTTAACACC AAACTCGCAA
AGTGGAGAGA AACAGGTGAA GTCACTCATC CAATCTATGA TGCCCTTGTT TTCCGAAAAG
TAAGTGAAGG GAAAAAAATC GCGCGTACGA CCCCACTCTC AGAGTCTAGA GTCGTATGGT
AGTAACGATC TCTGTATTGA TGATGGTGGG TTTGCAGATA AGGGCCTTGT TGGGCGGCCG
ATTGGTATTT ATCGGGTCAG GAGCTGCGCC ATTGAGGAAG GACGTGCATG AGATGCTCAA
GGTTGTCCTG AGCTGTGAAG TCGTCCAAGG AGTGAGTTTC TTCTGAATTT CTTCTTCTTT
TTTTCGGCCA AAGATGCTGG GTCCGCTTAC GCTAAAGATG TTCCGAATAG TTCGGAATGA
CAGAGGTAAG AATTCGGTAC TCAAGATTGG CATGAGCTCA CACGTTTCCA TTCTTCTTAT
CATAGACTGT TGGCACCTGT TCTGTTGGGT AGGCAATATC GTATCTCATG ATTAACTGGG
CTGAAACTGA TTACTTACTT TGGGTCCCAG AATTCCTTGG GATGTAGGAG GACCAGGTAC
CTGCGGTCGT TTACAGCCCT GTAACGACGT CAAACTTGTT GACGTCCCCG ACATGGGAGT
AAGTACATCA TTCCACCGGG CATAGCAAGA TGCTCACGCG GATTCGCGAA TCAGTACACT
GCAAGAGACC TTCCCAACCC CCGAGGAGAG TATGTTTACC ATTCCATTGC TCACTCTGTT
CACCTGTCGA CCGCAATTTG CTAACTCTTG ACTGTCCCAA TCAGAGTATG TCTTAAAGGT
CTTAACATCA GCCCTGGATA TCTCCACAAT CCCAAAGCCA CCAAGGAATC TATCGACGAA
GATGGGTGGT TCCATACTGG AGACATTGGC GAGATTGATT CTGCCGGTAG GCTGAAGATT
GTGGATCGTC TCAAGAATGT CGTCAAGCTC AGCCAAGGGT GAGTCCTTCC TTCTCTTCTC
TTTTTATGGA ATCATTGCTG ATTAGTCGGT GCAGTGAATA CGTGGCACTG GAAAAGCTCG
AAGGACTCTA CGCTCTCGAT CCCCTTTTCG CCTCATTCCT TGTCCACGGC GATTCTACAC
GCTCGTCCCT TATCGCTATC GCTATCCTCG ACCCACAGCA GACATCAAAC CTCGTCAGCA
AGGTCCTGGG CAAGAATGTG CCCTCGGAGA ACTTGCGTGG TTTGGAAGAA GCGGCGAAGA
GTAAGGAGAT CAGAAAGGCG GTGTTCAAGA TTTTAGGCAA GACCGCTAGG CAGAACAAGC
TGAATGGGTA AGTCTTTCCT ATTTCCGTCT CTCTTTTTTT CCTGCTTCCT CGTCCCAGGG
AGATGTGTTG GAGAGGGAAG AGCTGATAAA GGATGAAATA GCTTCGAGAT GATCAAGGGT
TTATATCTCA CTCTCAAGCC ATTCCCGGAA GATATTGTGA CCCCAACGTT CAAGGTCAAG
CGTAACCTCG CTGCCAAAAT CTATGCAAAG GAGATTGAGG AGGCGTATGA ACGAGGAGAA
GAGGAAGCAG TGGAAGCTTT GAGAGAGGCG AGGCTGTAAA GTCACCGCTA GGAAATTGTT
GCAAGCAGGT TAGCACTAAC ATGTACGACA CGATTGTACT GTACCATGAA GAAAGAAACG
AAAGCTGGGT AGTATGTTTT GGTCAAAAAT AAATCATGCA TTGCTGCATT TCATCTT
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| Protein sequence | MPLEPLPPNV DLNRQNHEIP GTRKDGQSGV FTNSFYNRSI LTAPGEPHTL FQLFEDSVKK
NPGHPLFVRR ALHPSSTPLE PVWTDTLIPT SYATVQTRRN NFGSALLALE REGRLRDPTS
ADISPPEIKH PGVPFYGDEN RRKGGARRGW AVGVWSGNRE EWQIMDLACH AFGLVGVSLY
ETLGPDVAKY ITNHCPLPII VTSQNHLPSL LKIAPLCPSL RVIVSMDPLP ASERVLLNQW
AASVNIEFFT MDELEAKGAQ APCKPGPEEG EEELDLKRIC TISYTSGTTG DPKGVVLTTE
NVLSATISNG KGVNPGLINE SWMFLSFLPL SHIYERFAEI VVMYGCGTIG FTRGDPTKLL
EDAQLIKPHF MVGVPRMWNR IHAAVKEQMN SGGLKGALLT KAVNTKLAKW RETGEVTHPI
YDALVFRKIR ALLGGRLVFI GSGAAPLRKD VHEMLKVVLS CEVVQGFGMT ETVGTCSVGI
PWDVGGPGTC GRLQPCNDVK LVDVPDMGYT ARDLPNPRGE VCLKGLNISP GYLHNPKATK
ESIDEDGWFH TGDIGEIDSA GRLKIVDRLK NVVKLSQGEY VALEKLEGLY ALDPLFASFL
VHGDSTRSSL IAIAILDPQQ TSNLVSKVLG KNVPSENLRG LEEAAKSKEI RKAVFKILGK
TARQNKLNGF EMIKGLYLTL KPFPEDIVTP TFKVKRNLAA KIYAKEIEEA YERGEEEAVE
ALREARL
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