| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNG00590 |
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| Symbol | |
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| ID | 3258947 |
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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 | 156478 |
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| End bp | 159767 |
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| Gene Length | 3290 bp |
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| Protein Length | 1021 aa |
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| Translation table | |
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| GC content | 53% |
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| IMG OID | 638257674 |
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| Product | folic acid and derivative metabolism-related protein, putative |
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| Protein accession | XP_571769 |
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| Protein GI | 58269226 |
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| COG category | [F] Nucleotide transport and metabolism
[H] Coenzyme transport and metabolism |
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| COG ID | [COG0190] 5,10-methylene-tetrahydrofolate dehydrogenase/Methenyl tetrahydrofolate cyclohydrolase
[COG2759] Formyltetrahydrofolate synthetase |
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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 | 0.352533 |
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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 | ATGCGAATCT CACGGCCCCT CGGTCAACTC AATCTTTACG CTAGGACAAG TCCGAGAATT
TCTTTCCCCC TTCCTTCGGC CCGTGTGATT TCCGCGCCTC TGAGACAATC TCTCCCACCA
CCTCGCCTTC GTGTCAACAC TCCTCTTGCC AGCCGCTCTT TTTCCATTTC CTCAACACAT
CTCGCAAAAA TGTCTGCCGA CGTCGAAATG ACCTCTCAGT CCGCAAAGAT CATTGACGGC
ACTGCCATCG CAAAGTGAGT CGATTTTTTT ACACTTAGGA ACCAGTTAAG CGAGCTTTCG
CCAACAATCC TTTTTTTCCC CACCAACAGG CAAATCCGTA CCTCCATCTC CCAAGCCATC
ACCGACCTCC ATGCGTCCAA CCCTACCTTC CATCAGCCTC ATCTCGTCAT CTTTCAGCTC
GGCTCTAGCG CTGCTTCCTC TACTTACATT CGCATGAAGC TCAAGGCCGC CGAAGAGTCT
GGTATGACTG TCGAGCACAT CAAGATTCCC TCTGACGAAG AGTCTGGTGC GCTCAAGGGA
ACTGGTGTCA AGCGAGTCCT TGAGGCGGTG AAGAAAGCCA ACCAGGACGA AAAGGTCTCT
GGTATCCTCG TCCAGCTCCC TCTTGAAGGT GCCGGTAAGG CTGAGGAGAA GGCTGTTGTT
GACAGCGTGG ATGTCACCAA GGACGTTGAC GGTTTCCACC CGGAAAACAT TGGTCTCCTC
AGCAGCCGAA TCAGCGAGCC CTTCTTCACC CCTTGCACCC CAGCGGGTGC TATCAAGCTC
ATCGAGTCCA CCGGTTTCAA CCTCGCTGGT TCCAACGTCG TCGTTCTCGG CCGAAGCGAC
ATTGTCGGCA CCCCTGTCTG CGCTTTGCTC CGAAAGAAGG ACGCGACCGT CACCCAATGC
CACTCTCGTA CCAAGAACGT TGAGCGAATC ATCAGCCAAG CTGATGTCAT TGTCGCTGCT
ATCGGCCAAG CCGAGTTTGT ACGTGGCGAG TGGTTGAAGC CTGGCGCGAT TGTGATTGAT
GTCGGCACCA ACTACATTCC CGACGCTTCC AAAAAATCCG GTCAGCGCCT TGTCGGTGAT
GTTCACTTTG AGTCTGCCAG CAAGGTCGCC TCTTACATTA CCCCTGTTCC CGGAGGTGTT
GGACCCATGA CCGTTGCAAT GCTCATGAAC AACACTTTCG AAGCTGCCAA GCGTCAATGG
TCTTCTCGCC GAGCCAAGCA ACTCATCCCT CTTCCTCTTG AGATTAAAGA AAAGGTGCCT
TCTGATATCG AGATCGCCGT CGCCCAGACC CCCAAGCCCG TTGCTGAGAT TGCCGAGGAG
ATCGGTGTGC ACCCTGACGA AGTTGAGAGC TACGGCAGAT ACAAGGCCAA GATTGAGCTT
TCCGTTCTTG ACAGGCTCAA GGAGAGGAAG GATGGCAAGT ACATTGTTGT CGCCGGTATC
ACTCCTACCC CGCTCGGTGA AGGCAAGTCT ACCACCACCA TCGGTCTCGC CCAAGCTCTC
GGTGCCCATC TCCACAAGAC TGCTATCGCC TGTGTCCGAC AACCTTCCCA GGGACCTACT
TTCGGTATCA AGGGTGGTGC CGCCGGTGGT GGTTACTCCC AGGTTATCCC CATGACCGAG
TTTAACCTTC ATTTGACTGG AGATATTCAC GCCATCACGG CTGCCAACAA TTTGCTTGCT
GCTGCTATCG ACGCCCGCAT GTTCCACGAA GCTACTCAAA CCGACAAGGG TCTCTTCAAC
CGTCTCTGCC CCCCTAAGAA GGGTGTTCGC ACTTTCTCCA AGCCTATGAT TGCCCGTCTC
CACAAGCTCG GTATTAACAA GACCAACCCG TCTGATTTGA CAGAAGAAGA GGCTGCCCGA
TTCGCTCGTC TTGATATCGA CCCTGCGACC CTCACTTGGA ACCGAGTGCT CGACACCAAC
GATCGATACC TCCGTCAAAT TACCGTCGGC CAAGCTCCCA CAGAGAAGGG TCTCGAGCGA
AAGACGGCGT TTGACATTGC CGTCGCTTCC GAGTGTATGG CCGTGCTTGC TCTCAGTAAG
GATCTCGCCG ATATGCGAGC TCGTCTCGGT AGGATGGTCG TCGCGTCAAG CAAGGCCGGT
GAGCCCATCA CTGCCGAAGA CATTGGCTGT GCCGGTGCCA TGGCTGTTCT CATGAAGGAC
GCTATCAAAC CTACCATCAT GCAAACCCTT GAAGGTACTC CCGTCTTTGT CCACGCTGGT
CCATTCGCCA ATATTGCCCA CGGCAACTCC TCCATCATCG CGGACCGTAT CGCCCTCAAG
CTCGCTGGTG TTGAAGAAGG CGACGATGAG TCGAGGAACG GTTACGTCAT TACCGAAGCT
GGTTTCGGCG CTGATATTGG TATGGAAAAG TTCTGCAACA TCAAGACTCG AGTCTCTGGC
TTGAAGCCCA GCGCGGTGGT GCTTGTCGCT ACGATCCGAG CTTTGAAAAT GCACGGTGGT
GGACCTGCCG TTACCCCTGG AAAGCCTCTT GACCAGGTCT ATGTGGAGGA GAACTTGGAG
TTGTTGGAGA AGGGTTGTGC CAACTTGGGC AAACACATTG AGAATGCCAA GAAGTTTGGT
CTGAAGGTTG TTGTTGCTAT CAACAAGTTT TCGTAAGCAC TTTTTCCACT TTAATAAACT
GTGTACTAAC AAGTTGATAG TAACGACACC GCCGCTGAGA TGGCCCTTGT CCAAGAATAC
GCTCTCAAGG TTGGAGCCGA CTACGCCGTG CCTGCAGACC ACTGGGCTCG AGGTGGTGCT
GGTGCCGTTG ACCTCGCCAA CGCCGTCATC GAAGCCTGCG CCACTCCTTC CACTTTCGAC
TTCCTCTATG ACCTCAACCA ACCCCTCACA AAGAAGATCG AGATCATCGC CAAGGAGATG
TACGGTGCCG ACGGTATCTC ACTCTCCGCT GAGGCTCAAG CCGAGATCGA CAGGTACGAG
AAGCAAGGTT ACGGTGGTTT GCCTATTTGC ATGGCCAAGA CCGCCTTGTC ACTCTCTGAC
GATCCCAGCA AGAAGGGTGT TCCCACCGGG TTCACTTTGC CTATTAGGAA TGTGAGGTTG
AGTGCAGGCG CGAGCTTTGT ATACCCCCTT GTGGGTGATA TGAGCACCAT GCCAGGTTTG
ACTACCAGGC CCGGATTCTA TGACATTGAT TTGAACCCCG ACACTGGTGA GATTGAGGGC
TTGTTCTAGA AGGTTAGACT AGGGTTTTTT CGGGCTTCTT CTTGTGTTAA TTTACTAAAT
GTCGATTCAG CATCATTGCC ATTACTGTAC AAATAGATTT AGCAAATGCA
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| Protein sequence | MRISRPLGQL NLYARTSPRI SFPLPSARVI SAPLRQSLPP PRLRVNTPLA SRSFSISSTH
LAKMSADVEM TSQSAKIIDG TAIAKQIRTS ISQAITDLHA SNPTFHQPHL VIFQLGSSAA
SSTYIRMKLK AAEESGMTVE HIKIPSDEES GALKGTGVKR VLEAVKKANQ DEKVSGILVQ
LPLEGAGKAE EKAVVDSVDV TKDVDGFHPE NIGLLSSRIS EPFFTPCTPA GAIKLIESTG
FNLAGSNVVV LGRSDIVGTP VCALLRKKDA TVTQCHSRTK NVERIISQAD VIVAAIGQAE
FVRGEWLKPG AIVIDVGTNY IPDASKKSGQ RLVGDVHFES ASKVASYITP VPGGVGPMTV
AMLMNNTFEA AKRQWSSRRA KQLIPLPLEI KEKVPSDIEI AVAQTPKPVA EIAEEIGVHP
DEVESYGRYK AKIELSVLDR LKERKDGKYI VVAGITPTPL GEGKSTTTIG LAQALGAHLH
KTAIACVRQP SQGPTFGIKG GAAGGGYSQV IPMTEFNLHL TGDIHAITAA NNLLAAAIDA
RMFHEATQTD KGLFNRLCPP KKGVRTFSKP MIARLHKLGI NKTNPSDLTE EEAARFARLD
IDPATLTWNR VLDTNDRYLR QITVGQAPTE KGLERKTAFD IAVASECMAV LALSKDLADM
RARLGRMVVA SSKAGEPITA EDIGCAGAMA VLMKDAIKPT IMQTLEGTPV FVHAGPFANI
AHGNSSIIAD RIALKLAGVE EGDDESRNGY VITEAGFGAD IGMEKFCNIK TRVSGLKPSA
VVLVATIRAL KMHGGGPAVT PGKPLDQVYV EENLELLEKG CANLGKHIEN AKKFGLKVVV
AINKFSNDTA AEMALVQEYA LKVGADYAVP ADHWARGGAG AVDLANAVIE ACATPSTFDF
LYDLNQPLTK KIEIIAKEMY GADGISLSAE AQAEIDRYEK QGYGGLPICM AKTALSLSDD
PSKKGVPTGF TLPIRNVRLS AGASFVYPLV GDMSTMPGLT TRPGFYDIDL NPDTGEIEGL
F
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