| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNG00320 |
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| Symbol | |
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| ID | 3258644 |
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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_006692 |
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| Strand | - |
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| Start bp | 76949 |
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| End bp | 80240 |
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| Gene Length | 3292 bp |
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| Protein Length | 702 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | 638257646 |
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| Product | Acyl-coenzyme A oxidase I, putative |
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| Protein accession | XP_571768 |
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| Protein GI | 58269224 |
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| COG category | [I] Lipid transport and metabolism |
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| COG ID | [COG1960] Acyl-CoA dehydrogenases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 23 |
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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 | TTCTGTTTAT CTTTCATCAT AATATACACC ATAAGATGGC ATTCCCAAGA CCAAAACCTA
CCACTGTAAG CTACCGAAAT TTGTTTTCGA GAGTCACTGA CATGTCTCTT GGCCAGGTCG
AGACGCTCGC CATGGTATGT TCTCATTGCG TCACGTTCGT CCTTGCCATC ATCTAACCTA
ACATAGGAGC GGGCCAATCC TCCATTCAAC GTACGGAAGC TTTCAATCAA GATGCATGGA
TCCGAAAAAG CCTTGGTCTT GAAGGAAAGA TTCATGGCTG AGGTAAGTCG ACGTCACTTT
CCGTCTTTCG GCCAACGACA ACGGGCTGAT GTACCTTACG CCAAGATTGC AAGACATCCT
GCTTTTAAGC TCTCCGATAT TCATGACCTT AGCAAGGATG AACTTCGAGA ACGTACTATG
GAGAAGTTCG CCTCCATGGT ATACTTTGTG ACGAACGAGA GTCTTGAAGT CTTCAATCTA
AGAATGCAGG TAGGCCCTTT AGGCTAGTGT CGTAGCGGGA CTAGGCGAAT TTTATTTTGC
AATTATGATG GCTGACATTA CTTGTAGCTA ATTGGGATTG CGGACCCCTC ATTTTGGACT
AGGTTTGGTG TTGCGTACGG CCTATTCTTG GGCGCTCTTC GAAGCGGTGC TACGCCCAAC
CAGCTTAGTG CGTCTCTGGT CGCCATCACT TCTTTCAGAA CTTGCTGACT CTCTTGATTT
GCTAGGCTAC TGGATCGATC GCGGTGTACT AGGGCTCAAC GGCGTCATCG GCTGCTTTGC
CATGACCGAG CTCGCACATG GTTCCAACGT CGCCGGCCTC GAAACCACCG CCACATTCGA
CCGCGAGACC GATGAATTCA TCATCCACAC TCCTCATCTT GGAGCGACCA AATGGTGGAT
CGGTGGCGCC GCTAGTACGG CCACACATGC TGCTGTGTTT GCGCAGATGA TCGTGGATGG
AAAGAAGTAT GGCGTGAAGA CTTTTGTAAC TCAACTGAGA GATACCAAGT AAGTTGGTTT
CTTCGGTGAT GGTAAATTGA CGCTGATGAG AATGTGTAGG ACTTTCCAAT TGCTGCCGGG
CATCACTATC GGTGATATTG GAAAGAAGAT GGGCAGAGAC GGTATCGGTA AGCTCGAATC
CTGATCTGTG ACGGTATACA AGCTAATCTG TCACAGACAA CGGTTACATC CAGTTCACTT
ACGTCCGTGT TCCGCGAGCA CACATGCTCA TGAAACACAC TCAAGTGTCA AGGGACGGTG
TCGTCACTGA GCCTGTATGT TTTCTCTCTA TATTTCTAAC CTCATTTGCT GATACCATCC
ATTCCATAGG CTCTTGCCCA ATTGACATAT GGTGCTCTCC TTGGCGGACG AACGTCTATG
GTGACTGATT CAAGCAACTC TGCAAAAAAA GTATGTCTTC CGTCATCTCG ACGTAATCCG
TTTTAACCCA TCTTTTAGGC TCTAACGATT GCTGTCCGTT ACGCCGCTGT TCGCCGACAG
TTCGCGACTG GCAAAAACCA ACTCGAGACT CAGATCTTGG ATTACCCCAT CCATCAACGA
CGCTTAATGG CATGTCCCTT TTGACCTTTG CATACACGTA CTGTAGTGCT GACCAAACGG
TACAGCCCCT TCTAGCCCAA GCTATCGCCA TTGGGTTCAC TGGATTGAAA TTGACAAAGA
TGTATGAGGA CATGACCCAA TCTTTGGACA CGATGGATCC CTCTGATGTA TATCCGTCCT
ATTCCAATCA AGAATGGTAG CTGACAATCT CAAAGCCGAA TTTGAACGAG ATTCTCGACA
AGCTCAAGGA GACTCACGCT ACTTCTGCTG GCCTCAAGGT ATGTTCGTAG AGAATGACAA
TATTTGGATC GAAAGCTGAC ATCACGTCAA GGCGTTCTGT ACTTGGGCCT GTCTAGATAC
CATAGACAAG TGCAGACAGT CCTGCGGTGG TCATGGGTAC TCAGCGTAAG CTATTTCGTT
CCTCTCCGTC TCGACGTGAT TGATCATATT TAGTTACTCA AACTTCCCTA CCATGTACGC
TGACTTCGCT GTTCAATGGT GAATTAAAAC TCTACTCACT CCCAGTATCC GCATGCTAAC
AGGATGTAGT ACTTGGGAAG GTGACAACAC TATCTTGAGC TTGCAGGCCG GCCGTTCACT
CGTAGGGGCT TGGGGAGGTA AGTTATGTTG AATACCCCCA GTGATCATCC ATCTAACCTC
ATCAAAGCCG CCATCAAAGG CAAACACCTT GTCTCTGGAG TTGCGTACCT CAATGACCGA
TCCATCCTCA CCGCCAAATC CGATTCGTCC CTCACCCTCT CCGACATTAA ACGCGCCTGG
AACTGCGTTG CAGCGAACGT TATCAAAAAA GCTGCTGAGG AGTACGTCTC CTACCTCAAG
GCTGGCAAAT CCAAGGAAGT CGCTATGGAG ATGTGCTCTC AGTCAAGGTT TATCGCTGCA
AAGGTGCATA CCGTGGGGTA TATTTTTACA ATGTTCAAGG AGGCTGTGGA AGATATGGAG
GAAAGTGCTG AGACGGAAAT CTTGAGGACG GTGGCAAAGT TGTATGGTCT TTGGCAGATT
GAAGAGCAAC AGGGCTACTT CCTGAAATGT ATGTGTTTTA TTCACTGCTT CAAGCGGAGC
TGCACTAACA TGCTTGGTAG ACGGCTACTT CACAGCTGAA CAGATGGACA AGGTCCAGAC
GAGCGTTGAC GGCCTCTGTG CTGAGGTCCG CACTATAGCA GGTGAGCGTT GCTCAAGACC
TTCATACCCA AATATATACT TGCTAAACAG GTTGCCCTGT ACAGTTCCAC TCGTCGATGC
TTTTGCCCTT AGCGACCACA TCCTCAACTC ACCCCTGGGC AAATATGACG GTTCGGTCTA
CGAATCTTAC TTTTCGCAAG TACAAGCGGC CAACCCTCTG CCCAAGGAAC ACCCGTACTT
CACACGACTC ATCAAGCCGC TCTTGGAGAG ACAGAATGCA GAGATGGAGG ACCCCGAGCA
GGCAATGGGA TTGGATGATG AGTTGAAGGA GATTGAAGAG GAGAGAAGGG AGGCGGCGAA
GGGGAAGGAG GGCAAAGTAA GGAAAGAAGA TTATTGAGCT AAGAAAGAAG AAAGAAGCGA
AATTGTTGAA GTAATGACGA TTTTCCTGCT ATGCCCTACT CTGGTCTGTA CAATTAGATC
ATAGATCTGT ACCATTGCTT GTCTACGTAT GTACACGGAG TCTTCCGCCA TTCTTATTGT
ATCTTTTGCC TATCCGTCGA TGTCGACGAA GGCCGGTACA AGTAAGGTCT GT
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| Protein sequence | MAFPRPKPTT VETLAMERAN PPFNVRKLSI KMHGSEKALV LKERFMAEIA RHPAFKLSDI
HDLSKDELRE RTMEKFASMV YFVTNESLEV FNLRMQLIGI ADPSFWTRFG VAYGLFLGAL
RSGATPNQLS YWIDRGVLGL NGVIGCFAMT ELAHGSNVAG LETTATFDRE TDEFIIHTPH
LGATKWWIGG AASTATHAAV FAQMIVDGKK YGVKTFVTQL RDTKTFQLLP GITIGDIGKK
MGRDGIDNGY IQFTYVRVPR AHMLMKHTQV SRDGVVTEPA LAQLTYGALL GGRTSMVTDS
SNSAKKALTI AVRYAAVRRQ FATGKNQLET QILDYPIHQR RLMPLLAQAI AIGFTGLKLT
KMYEDMTQSL DTMDPSDLKE THATSAGLKA FCTWACLDTI DKCRQSCGGH GYSAYSNFPT
MYADFAVQCT WEGDNTILSL QAGRSLVGAW GAAIKGKHLV SGVAYLNDRS ILTAKSDSSL
TLSDIKRAWN CVAANVIKKA AEEYVSYLKA GKSKEVAMEM CSQSRFIAAK VHTVGYIFTM
FKEAVEDMEE SAETEILRTV AKLYGLWQIE EQQGYFLKYG YFTAEQMDKV QTSVDGLCAE
VRTIAVPLVD AFALSDHILN SPLGKYDGSV YESYFSQVQA ANPLPKEHPY FTRLIKPLLE
RQNAEMEDPE QAMGLDDELK EIEEERREAA KGKEGKVRKE DY
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