| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNG01110 |
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| Symbol | |
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| ID | 3258915 |
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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 | 304822 |
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| End bp | 308207 |
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| Gene Length | 3386 bp |
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| Protein Length | 801 aa |
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| Translation table | |
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| GC content | 46% |
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| IMG OID | 638257728 |
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| Product | copper amine oxidase, putative |
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| Protein accession | XP_571777 |
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| Protein GI | 58269242 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG3733] Cu2+-containing amine oxidase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 19 |
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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 | CCCTCCAACC TCTTTCACTA ACCTTAAACC TCTAACCTCT TTTGTATTAT GAGGGCCATC
GCTCTTTTGT ATCTGTTGGG AACTGCCTTT GCTGTCCCCT CTCCTAAGAT CTCCAACGTT
AAGAAGCCGG GTCATTATCA CCATCCTCAT CGTAGGGATA TTGTCACCAA TGAGGTTGAC
GTCAGTGCGT CCTCTCCGAC TACCTCTGCC CCCAAGGACA ACATCTGGAA CTTCCTCTCT
AATGATGAGG CTGCCGGTAT CATTGCCTTC CTCCACAGCC AGACCGAACT CAATTTGACA
GCCGTGAATG ACGCTGGAGA TTGGGACAAT ACCATTACTG TTGTTGACCT CTTGCCCCCA
AACAAAACTG AGGCTCTGTC TTATATGGAC GGAAATGGTA CCAAGCCTGA ACGTTGGGGT
ATCGCCAGTC TGCTCTGTGG TGCGACTGAA GAGCCCTACG CTCAAGACTT GGTCGTCGGT
CCTCTGCCGG TTTCTGAAGT CACCATTTAC TACCCGTACA CTTACGGTAC CCATGCGCCC
GACGCCAAGA TCAGGGTCTA TGATATGGAT GACAATTCGT AAATATAGAC CAGTTCGTGG
AGATCCGTGC TGATTTTGTG ACAGCGAGTT CCTTTCCGAT ATTGCTATGT CAATGAAGGA
TATCATCTCC GACATTCTCA ACGGTGAGCC TTCCCTCATA TATTGACGAA GCACTCTGAC
TTGTGTAAAG CTACGATTGA CACTGCCGAC GACCTTGCCG ACACCTTTGA CATCTGGGGT
ATCGACCCTC TCTGGCATCA ACCCGACGAG AATGGTAACG ACCGTGTCAT TTACTGGGTA
CGCAACTTTC TGTGCCCGCT TGGAACGGCT AATTTATTTC TATAAAGGCT GGCTTCTGGC
GTTATCCCGA TTCTTTGCAA ATGGAGAACA GCACTATCAA CTTTGATGGC GAGACCCTTC
TTCCTCAAGG TCTCTACATC CAGACCGATA TCACTGGTCG GGACAGGTCC AAGTGGGCCC
TTATGGGTAT CCTTTACGGA GACGATTACT ACACCTCTGT CGATGAATTC CGAGCTGCTT
GGCAGAAGCC TGGTTTCAAA AAGTTCACTC CCAATTACTC TGGCGACTGG ATCGGCACAG
ACCAAACGGG CGACGTCATG CCGTTCGAGA CTGAAGCTCC TCCTATGAAC GTCCAACCTG
GTGGTCAAAG GTTTAAAGTT GACGAGGATA ACAAATATGT TGAGTGGATG GATTTTTCAT
TTTACCTTAC CTTTACCCGA GACACCGGTA TGAGGTTGTA TGACGTCAAG TTCAAGGGCG
AGCGAATTAT CTATGAGCTT GGTCTTCAGG AGGCTATTGC TCATTACGCT GGTAATGACC
CTGTCCAGTC TGGGACTGCC TACCTTGACA CGTGAGTGAC AGTAAAGAAT ATGCCCGTAA
GAATTTGTGT TTGACTGAAA TCTCTGTACA GCTATTACGG CTTCGGTCCT TATGCGTTCT
CCCAAGTTCC GGGTTTCGAC ATGCCTCTCT ACGCCTACTG CATGAACACT AGCTTCCACG
CTGCCGAACT CTCTACTGTG AATACATAAT TCATTTGGCT TTTTGAAAGG AGTTACTAAC
AAGCCACCGT TCAGTCTCAC CGATGTGGCA TCTCCATCTT TGAGGCCGAC CAAAACTACC
CTATCCAGCG TCACTCGAAT ATGAATTATG TCTCCGCCAC TAAGAACATT GCTTTGACTC
TGAGAAGTAT TAGTACTGTT GGTAACTACG ATTACAAGTG AGTTGACTCT GTTAAATGGA
GAGTTAATGG CTGATTCTGG GTTTCAGCTT CGATTACAAC TTCTATTTGG ACGGCACCAT
TGAGACTGTC GTGCGAGCTT CTGGTTACAT TCAGTCTGCT TTCTACGCCA ACAATACCGA
ATATGGCTAT CAGATTCACG ACTCTGTAGG TCTTGTACGT TCACAAATCG AACAGGGTTG
ACAAAACAAA AGCTTTCTGG TTCGATGCAC GACCATGTCC TCAACTTCAA GGTGGACTTT
GACATCGCCG GTGTTGAGAA CACTTTGGTG AAGCACATCG TCGAGCCGAA GGAAATCAAG
TACAAGTGGA ACAACCTTAC TCGCTCTACT ATGCACTTGG TTAGGAAAGA GATTACCAAT
GAGGATGAGG GCAAGATGGT ATGTCTACTT CGTTAACTGT TTTAGATTTG GATTGCTAAT
GAAAGTTCTC CATAGAACTG GTCTCACAAC GGTCAGGAGC AAGTTGTTAT TGTTAACAAG
GATGCTCCCA ACAAGTACGG AGAGCCCAAG GGTTACAAGG TTATGCCGAG TCGAGGTGGA
TCCGGTATGC ATTTGACTAT TACCAACTCG AGCAACCTTT TCAACTCTCA AGGTTAGTCA
TAGACGGTTA TCAATCATTT CATGGTGCTG ACATGTTTTA TATTATAGGT TTTGCTACTC
ACCAGTACTA TGTCCTCAAG CGCAAGGACT CCGAGTTAAG GGCGTCCAAC GCTTGGAATG
ACTATGACAC CCAGCACCCC ATGGTTTGTC TTTGGGTTCT CTCTGTGATG TGGAATAGCG
GTACTAAATT ACGACATGCT AGATCGATTT TAGCAAATAT TTTGACGGAG AAGACATCGA
GCAGGAGGAC ATTGTTATGT ACTTCAACTT GGGTATGCAC CATGTCCCTC ATACTGGAGA
TTTGCCCAAT GTTAGTATAG TTCACTCCCA TTTTTATCTC CATTCAAACC GAGACACTCA
TTTCCATACA GACTGTATTT TCGACCGCCC AGAGCGGTAT GATGATCCTC CCTCACAACT
ACCTTCTCTC CGACCCCTCC CGCCAGGCTA CCCAGCAGAT TCGTATCGAT TATAATGTCA
ACTCTACTAC AGATGTGTAC TCTTGGGCTA GCCAAGCCGC TACCGGAGAG CTCGACTTCG
TGAGTATTCA CCACTCGTAT ATTGGAATGT GGCTTCGGAA GTTAATATGT GATGAAAGTC
TCAAATCACT TGGGACCCTT ACACTTACGA CGGTGATGTT TCCGTTCGCA AATTCCCTTA
TGACCGTGAG TCGAAGCTTC AATCTTCCAT TTTTGGACTT TGTTAACCAG TCTATTTCGT
TGTTCAGCCC AAAATCCATT CAATAACAGT AAATAACAGC ACTTTCGCGG CAGGTACTGT
ATCAAGCTGA CCATTTCCGC CTTACAGCTG AATCTATTGT ATAAAGCAAG GACTTTGTAA
CCATTTTCGA AAGCTGATAA AAGGAACAAG TAAAAGGAAA ATAAAGGAAG GGCGTAAAGG
TCTGTAAAAT TAGTTGTCAT CCATTATTTT TTCAAACGTC ACTCTTTCAT AAATTTGTCT
TATACAACTC AGAACACTTT CTATAA
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| Protein sequence | MRAIALLYLL GTAFAVPSPK ISNVKKPGHY HHPHRRDIVT NEVDVSASSP TTSAPKDNIW
NFLSNDEAAG IIAFLHSQTE LNLTAVNDAG DWDNTITVVD LLPPNKTEAL SYMDGNGTKP
ERWGIASLLC GATEEPYAQD LVVGPLPVSE VTIYYPYTYG THAPDAKIRV YDMDDNSEFL
SDIAMSMKDI ISDILNATID TADDLADTFD IWGIDPLWHQ PDENGNDRVI YWAGFWRYPD
SLQMENSTIN FDGETLLPQG LYIQTDITGR DRSKWALMGI LYGDDYYTSV DEFRAAWQKP
GFKKFTPNYS GDWIGTDQTG DVMPFETEAP PMNVQPGGQR FKVDEDNKYV EWMDFSFYLT
FTRDTGMRLY DVKFKGERII YELGLQEAIA HYAGNDPVQS GTAYLDTYYG FGPYAFSQVP
GFDMPLYAYC MNTSFHAAEL STSHRCGISI FEADQNYPIQ RHSNMNYVSA TKNIALTLRS
ISTVGNYDYN FDYNFYLDGT IETVVRASGY IQSAFYANNT EYGYQIHDSL SGSMHDHVLN
FKVDFDIAGV ENTLVKHIVE PKEIKYKWNN LTRSTMHLVR KEITNEDEGK MNWSHNGQEQ
VVIVNKDAPN KYGEPKGYKV MPSRGGSGMH LTITNSSNLF NSQGFATHQY YVLKRKDSEL
RASNAWNDYD TQHPMIDFSK YFDGEDIEQE DIVMYFNLGM HHVPHTGDLP NTVFSTAQSG
MMILPHNYLL SDPSRQATQQ IRIDYNVNST TDVYSWASQA ATGELDFSQI TWDPYTYDGD
VSVRKFPYDP QNPFNNTESI V
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