| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNK02310 |
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| Symbol | |
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| ID | 3254643 |
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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_006680 |
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| Strand | + |
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| Start bp | 672341 |
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| End bp | 675334 |
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| Gene Length | 2994 bp |
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| Protein Length | 763 aa |
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| Translation table | |
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| GC content | 54% |
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| IMG OID | 638253723 |
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| Product | 5-methyltetrahydropteroyltriglutamate- homocysteine S-methyltransferase, putative |
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| Protein accession | XP_567704 |
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| Protein GI | 58260588 |
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| COG category | [E] Amino acid transport and metabolism |
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| COG ID | [COG0620] Methionine synthase II (cobalamin-independent) |
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| TIGRFAM ID | [TIGR01371] 5-methyltetrahydropteroyltriglutamate--homocysteine S-methyltransferase |
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Plasmid Coverage information |
| Num covering plasmid clones | 30 |
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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 | CCCTTTTCTC CCCTATCCAT CCACAAAACA TCCAAAATGG TCAAGTCCGC TGTCCTTGGT
TACCCCCGTA TCGGTGTCAA CCGTGCCATG AAGAAGGTCA GTGACGCTCC CATCGCCAAG
TTACCGCCAG TGCTTTGATC GCTGTAAAAC AGGCGAAAAC CAGATCAGTG CTGACATCCA
TTTGCGCAGG CCATTGAGGC TTACTGGGCT GGCAAGATCT CCGCTGAGGA GCTCCAGACC
ACCGCCAAGA ACGTCAGGAA GCAGCGATGG GAGTCTATCA AGAACGCTGG TGTTGACACC
GTCCCTTCGT AAGTATTGAA ATCCCACATC TCTGTCAGCA AGTGCCAACT TTTTATTTCA
GCGGTGAATT CACCCTTTAC GACCACCTCC TCGACCACTC CTTCAACTTC GGTGTCATTC
CCGAGCGATA CGTTTCTCAG AAGCTTGACC CCCTCGACAC CTACTTCGGT AAGTTGTGCT
GCATAATCCA GTCAGCTTGA TGTACATGCT AATATCCGCA CAGCTATGGG CCGAGGACGA
CAGGACAGGT CTAAGGGTAT TGACGTCGTT GCCTGCGAAA TGGGCAAGTT GTAAGTGGAA
TCTTCGAACG TGCCTGGAGC ACCAAAACAT GCACGTTTAT TAACAGTTTG GCAGCTTCGA
CTCCAACTAC CACATCGTCA AGGTCGACCA CTCTCCCGAG ACCGAGTTCA AGCTCAACAA
CAACCAGGCT CTTTCTGAGT ACAAGGAGGC CAAGGAGCAC GGCATCACCA CCCGACCTGT
TCTTTTCGGT CCTATCACTT ACCTCTCCCT CGTCCGAAAG GCCAACTCTG CCCCCGCTGA
GTTCCAGCCC CTCGACCTCC TTGACAAGCT TATCCCTGTC TACAAGGAGC TCCTCTCTCA
GCTCAAGGAG GCTGGTGTTG AGGAGGTTCA GCTCGACGAG CCCATCCTCG TGATGGACAA
GGCCGAGTCC CAGGCCGAAC TCTTCAAGAA GACCTACGAG GCTCTTGCTC CCGTCGCCCC
TAAGATTACC ATCACCTCTG CCTACGGCCG AGTCGGCAAG TCCATTGAGT TCCTCAAGGA
CCTCCCCGTT TTCGCACTCC ACCTCGACCT CGACCGTGAG CCCAAGCAGC TCGACGAGGT
TGTTGCCGCC ATCAAGCCCA CCAAGCTCCA CCTCGAGCTC GGTGTCGTTT CTGGCCGAAA
CATCTGGAAG AACGACCTCA AGGCTTCCAA GGCCCTCGCC GAGAAGGCCA TTGCTGAGCT
CGGTGCCGAC CGTGTCTCTG TTTCCACCTC TTCTTCTCTT CTCCACACCC CCATCTCCGT
CAAGGTTGAG AACAAGCTTA CTGCTGAGCA GTTGAGCTGG CTCTCTTTCG CCGAGGAGAA
GTGTGAGGAG GTTGCCGCCC TTGCCCAGGC TCTTAACGGT ACCGAGGGTG CCACCTTCGA
GCAGAACACC AAGGACATTG CTGCCCGACG AGAGTTCGAG CGAACCTCTG ACTCTGCTGT
CCGTGACCGA GTTGCTGCTA TCACCGAGGA GCAGCTCAAG CGAAAGTCTC CTTTCCCTGC
CCGTCGTGAG GCCCAGAAGA AGCACCTCAA CCTCCCCAAG TTCCCCACCA CCACCATTGG
TTCTTTCCCC CAGACCAAGG AGATCCGAGT TGCCCGTGCC AAGTTCAGCA AGGGTGAGAT
CACCCAGGAG GAGTACGAGA AGGCTATGGA GAACGAGATT AAGGCTGTTG TTGACTTCCA
GGAGAAGTGC GGTCTTGACC TCCTCGTCCA CGGCGAGCCT GAGCGAAACG ACATGGTTCA
ATACTTTGGC GAGCAGCTCA ACGGTTTCAT CTTCACTCAG CTCGGTTGGG TTCAGTCTTA
CGGCTCCCGA TACGTCCGAC CCCCTATCGT TGTCTCTGAC GTCTCCCGAC CTACCCCCAT
GACCGTCAAG TGGTCTTCTT ACGCTCAGAG CCTCACTGAG AAGCCCATGA AGGGTATGCT
TACTGGTCCC GTTACCGTAT GTTTGATCGA GTTATGTTTT ATGATTTGAG TGCTAATTGG
TTCCCAGATC CTTAACTGGT CTTTCCCCCG AGCCGATGTC TCCAAGGAGA TCCAGTCTAA
GCAGCTCGCT CTTGCCCTCC GAGACGAGGT CGTTGACCTC GCCAAGGCCG GTATCAAGGC
CATCCAGGTC GACGAGCCCG CTATCCGAGA GGGTCTTCCC CTCCGAAAGG CCGACTGGGA
CAACTACCTC ACCTGGGCCG TTGACTCTTT CCGACTCTCC ACCTCTGGTG TTGAGGACGA
CATCCAGGTC CACTCCCACT TCTGTTACTC TGACTTTGGA GACATCTTCC CCTCTATCCA
GCGACTTGAC GCCGACGGTA AGTATTTCTG TTTTCGTTTC CAAAAATCAT TCTTGCTAAT
CTCCACTATT AGTCATCTCC ATCGAGGCTT CCAAGGCTGA CCTCAAGCTC CTTGACGTCT
TCAAGTCTTA CGGCTACTCC AACGAGATCG GCCCTGGTGT CTACGACATC CACTCTCCTC
GTGTTCCCGG AGAGCAGGAG ATCAAGGACC GAATTGCCGC CATGGTCAAG GTCCTCCCTG
CTGACCTCAT GGTCGTCAAC CCCGACTGTG GTCTCAAGAC CCGAGGCTGG AAGGAGACTG
AGGAGTCCCT CGCCAACCTC GTCGCCGCTG CCAAGTGGGC CCGTGAGACC TACGCTTAAG
CGTTATCTCC TATCTATCTC TCCGCATTTC CCTCCCTCAT CTCCTCTAGC ATAACAGCAT
GAGCTTCAAC ACTCTGTTTT CATCATTCTC ATCCTTTATA TTTTCTCTTT TCAAAACCGA
AATGATTATT TCCCATCATT GTGTTATACC CAGTTTAGGT TTCTGTTATC AAAACTTTTG
TCATTATAGG TGCAGCTTTT GGGGTTTTAG GGGGCGGCGG AAGGTCTTTG AGCGAGAAAT
CGTATTTGTA GTGTAGAAGT CAGAAGAAGA TCAAAATGAA GTCTGTTCAA CCGG
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| Protein sequence | MVKSAVLGYP RIGVNRAMKK AIEAYWAGKI SAEELQTTAK NVRKQRWESI KNAGVDTVPS
GEFTLYDHLL DHSFNFGVIP ERYVSQKLDP LDTYFAMGRG RQDRSKGIDV VACEMGKFFD
SNYHIVKVDH SPETEFKLNN NQALSEYKEA KEHGITTRPV LFGPITYLSL VRKANSAPAE
FQPLDLLDKL IPVYKELLSQ LKEAGVEEVQ LDEPILVMDK AESQAELFKK TYEALAPVAP
KITITSAYGR VGKSIEFLKD LPVFALHLDL DREPKQLDEV VAAIKPTKLH LELGVVSGRN
IWKNDLKASK ALAEKAIAEL GADRVSVSTS SSLLHTPISV KVENKLTAEQ LSWLSFAEEK
CEEVAALAQA LNGTEGATFE QNTKDIAARR EFERTSDSAV RDRVAAITEE QLKRKSPFPA
RREAQKKHLN LPKFPTTTIG SFPQTKEIRV ARAKFSKGEI TQEEYEKAME NEIKAVVDFQ
EKCGLDLLVH GEPERNDMVQ YFGEQLNGFI FTQLGWVQSY GSRYVRPPIV VSDVSRPTPM
TVKWSSYAQS LTEKPMKGML TGPVTILNWS FPRADVSKEI QSKQLALALR DEVVDLAKAG
IKAIQVDEPA IREGLPLRKA DWDNYLTWAV DSFRLSTSGV EDDIQVHSHF CYSDFGDIFP
SIQRLDADVI SIEASKADLK LLDVFKSYGY SNEIGPGVYD IHSPRVPGEQ EIKDRIAAMV
KVLPADLMVV NPDCGLKTRG WKETEESLAN LVAAAKWARE TYA
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