| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNB00630 |
|---|
| Symbol | |
|---|
| ID | 3255718 |
|---|
| Type | CDS |
|---|
| Is gene spliced | Yes |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Cryptococcus neoformans var. neoformans JEC21 |
|---|
| Kingdom | Eukaryota |
|---|
| Replicon accession | NC_006684 |
|---|
| Strand | - |
|---|
| Start bp | 178702 |
|---|
| End bp | 181812 |
|---|
| Gene Length | 3111 bp |
|---|
| Protein Length | 847 aa |
|---|
| Translation table | |
|---|
| GC content | 50% |
|---|
| IMG OID | 638254716 |
|---|
| Product | adenosylmethionine-8-amino-7-oxononanoate transaminase, putative |
|---|
| Protein accession | XP_569073 |
|---|
| Protein GI | 58263326 |
|---|
| COG category | [H] Coenzyme transport and metabolism |
|---|
| COG ID | [COG0132] Dethiobiotin synthetase
[COG0161] Adenosylmethionine-8-amino-7-oxononanoate aminotransferase |
|---|
| TIGRFAM ID | [TIGR00347] dethiobiotin synthase |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 22 |
|---|
| Plasmid unclonability p-value | 0.91283 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | n/a |
|---|
| Fosmid unclonability p-value | n/a |
|---|
| Fosmid Hitchhiker | n/a |
|---|
| Fosmid clonability | n/a |
|---|
| |
Sequence |
| Gene sequence | ATAAAAAAAA TACACAGCGT ATTTGTATTC CTATAGCTGG GAGCAAAAGC AAGGGTACAC
ATATCCTTCT CTTATATTTC CAGGAAGCTT AGGACAACGC TAGTTGGTGA TCGAGCTTCT
CCGCGGATCG ACTCGATACA ATGCCCCTCT TATTTCCCAA TTTTCGAGTC CATCAAGTGT
TCGGAGGTGA GCCAATTTGC TACTGATATT CATTCAAGCT AACATTTGAA TCAGCCAACA
CTGAAGTTGG AAAAACCTTG CTCACAACTG CTTTGCTCCG GGCGTCTGCA TCTCGATATG
TATCGAAATC TGAAGAGCCG CGCAAAAGGG TGTTTTATTT GAAGCCCGTC AGTACTGGCC
CTGACTCTGA ATCAGATACG GGGTGAGAAT GGATATATGG ATCAATAGTA GATGATGCTG
ACTGCGCTAA TATTTACAGC TATGTACAGC GAAACACCAA ACCCTACAGC TCGTACATTT
CGACACACAA CTTGTATCAA TATCGAGAAC CTATGTCACC TCATCTTGCC GCACAGTTGG
CCCCCGACCT TGTGAGCTTT ATCTATAACT TGCTGGCTAT GACTTAATAT ATGTAGCCCT
TTCCGAAAAC CAATGAAGAG CTTGTCAGAG GTATTGAGGC TCATGCCAAT AAGTGTCTTC
AACAACTTGA TGGTCAGGAT GGTTGCCTCT TCGTAGAGAC CGCAGGCGGC GTTCATTCTC
CAGCGCTCCA TCCTCCGCAC ACCCAATCCA CCTTTCTTCG ATCTCTTAGG CTTCCTTCCG
TTCTCGTCGC ATCACCACAT CTGGGAGGTA TTTCAACTAC CATCTCGGCT TACGAGTCTT
TGCTTCTCAG AGGTTACTCT CTTTCGGCCG TCCTGTGCTT GCACGACTCC TATTACCGCA
ACCATACCTT CCTTGAAGAG TATTTTAGAG ACCGTGGCAT CGGTTACTGG ACAATCAAGC
CCCCACCAGA GAAGTATGGT ACGGTTGAGG AAGACGGTGT GAGGTTGGAG CAATGGTACA
AGGAAGTGGA GAAGAACTTT GAAGGCGAGC AAGGTGGAGG TGTGGGCGAT GCGGCAAGAT
GGCTCGAGGA AAAGCATAAG AGGAGGATAG AGGAGCTGGG AGGGATGCCC CAAAGGACTC
TTGAAAGCAT CTGGTGGCCG TTTACTCAAC ATCAGCTGGT AAGTACATCT CAGATCAGCC
GTGCTACTAA CTCACTGAGA ACTGTAGATC GACAAGAAGG AAGATGTTAT GGTCGTCGAC
TCGGCTTTCG GCGATAACTT CGACTCTTAC TATGCCAAGC CCGAATCTGC TCCCTCTTCC
AAGAGTGAGA GCCTATTAAA GTCTTACTTT GACGGCTCCG CCAGTTGGTT CACGTATGTC
CTTATTGTTG TCACATTGTC ATTGTGCCTT ACGATTGCCC TTAGTCAGTC CCATGGCCAT
GCCAATGAGC ACCTCACCCT CGCGGCTGCT TCCGCTGCCG GTCGCTATGG CCACGTCCTT
TTCCCTAGTG GAACCAACGC CCCTGCCCTC TCTTTAGCCG AAAAGCTCAT CTCCACTGTT
GGCGAGGGCT GGGCGTCACG TGTGTTTTAC TCGGACAACG GAAGTACAGC TATTGAGGTC
GCTTTGAAGA TGGCGCTAAG GGCGGCAGGT AGGCGATACG GGTGGGATGG GGAAATGGGT
GGTGATGTCG GAGTTATTGG ACTAAGGGGA AGTTACCATG GTGATACTGT GAGTCCCATC
CTGGTTTGGC GTGAGAATAC GTGCTGAGGG GTTTTAAGAT TGGGTCTATG GATGCTACTC
AAGCTTCTAC CTACAACAAA GCTGTAGACT GGTACAAGGG CAGAGGACAC TGGTTCTCAC
CTCCTATGGT CCAATTTGTC AACGGTGTCC CCACTGTCCT CACTACCGGG CCTGACTCTT
GGTCGCCTCT TCCTTCTTCT ATCGCTTCTT CCAGCAAATC TACTCCCGAT GGTTGGGCAC
TCGAATTCCC CTCCTTCAAG GACGTATATG ACATCTCATC CCGTTCCTCT TCTCCCTTAG
CCTCGTACTA TCGTGCTCAC ATCCGATCAA CTCTTGAACG ATTAGTCAAG GAAGGCAAGA
AGTTTGGTGC ACTCGTCATG GAGCCAACAT GTCTTGGAGC GGGAGGTATG GTGTTCGTCG
ACCCTTTGTT CCAATCATGC ATGATTGAAG TCGTCAGAGC GAGCGGGGAC CTATTCGCTG
GAGAGAAATG GGATGGCGGA TCGTTTGAAC AAGAGTTGGA GGGGCTGAAG AGAAGGTCTG
GCGCGGAGTG GCAGGGTCTT CCTGTTTTGT ATGACGAAGG TGAGCAATCG ATGCCGTAGA
ACCAGACTCT TTTGGCTTAT TGGATCGATA GTGTTCTCCG GTTTGCACCG TTTCGGCTAT
AACTCTGCCG CTACGGTTCT TGGCCACACT CCTGATATCT CCGCTTACGC CAAAATTCTT
ACTGGTGGCC TCCTTCCTCT GTCCACCACC CTCGCTTCTC CATCCATATT CTCGGCATTT
CTGTCACCTG ACAAGGTCGA CGCCCTTTTG CACGGTCATT CATACACTGC TAACCCAATC
GGATGTGCCG TGGCGCTAGA GGCGATGAAA CTTACAACTA ACTATGAGGC CAAGGGCGGA
TGGCAAGGCG AGAAGAACAT GTGGGGAGTT AAGAAGGGCG TTGAAGGGAG ATGGAGTTTC
TGGAAGAAGG AATTTGTTGA GGATATCAGT CGGGCTGAAG GTGTTAAGGG TGCTATGGCT
ATGGGGACCG TATTTGCTAT CGAGCTGCAA GATGATGAGA ACGGTGAGCT AGCTCTATCT
CTTGAATGTT TTGTTATCTG ACAGACCGTC GCAGATTACT CTTCCCACGC GGCTCTCGAC
TTCCTTACCG CACTCCGTCA AGTCGTTGTC ACCCCTTCGT CATCTGATGC CGCTGCAGAG
GACATCGTTC CTTTCTCTCC TTTCCAAATC CACTCTCGTC CCCTCGGTAA CGTGGTGTAC
ATAATAACGA GCTTGTGGAC CAAGCCAGAC GTTATGAGAG CAATGGAGAA TGTCATCCTG
AACAAGCTTA CCAAGAGGAC TCAATGATTG AATAAAATAG AAGACTAGAG A
|
|---|
| Protein sequence | MPLLFPNFRV HQVFGANTEV GKTLLTTALL RASASRYVSK SEEPRKRVFY LKPVSTGPDS
ESDTGYVQRN TKPYSSYIST HNLYQYREPM SPHLAAQLAP DLPFPKTNEE LVRGIEAHAN
KCLQQLDGQD GCLFVETAGG VHSPALHPPH TQSTFLRSLR LPSVLVASPH LGGISTTISA
YESLLLRGYS LSAVLCLHDS YYRNHTFLEE YFRDRGIGYW TIKPPPEKYG TVEEDGVRLE
QWYKEVEKNF EGEQGGGVGD AARWLEEKHK RRIEELGGMP QRTLESIWWP FTQHQLIDKK
EDVMVVDSAF GDNFDSYYAK PESAPSSKSE SLLKSYFDGS ASWFTQSHGH ANEHLTLAAA
SAAGRYGHVL FPSGTNAPAL SLAEKLISTV GEGWASRVFY SDNGSTAIEV ALKMALRAAG
RRYGWDGEMG GDVGVIGLRG SYHGDTIGSM DATQASTYNK AVDWYKGRGH WFSPPMVQFV
NGVPTVLTTG PDSWSPLPSS IASSSKSTPD GWALEFPSFK DVYDISSRSS SPLASYYRAH
IRSTLERLVK EGKKFGALVM EPTCLGAGGM VFVDPLFQSC MIEVVRASGD LFAGEKWDGG
SFEQELEGLK RRSGAEWQGL PVLYDEVFSG LHRFGYNSAA TVLGHTPDIS AYAKILTGGL
LPLSTTLASP SIFSAFLSPD KVDALLHGHS YTANPIGCAV ALEAMKLTTN YEAKGGWQGE
KNMWGVKKGV EGRWSFWKKE FVEDISRAEG VKGAMAMGTV FAIELQDDEN DYSSHAALDF
LTALRQVVVT PSSSDAAAED IVPFSPFQIH SRPLGNVVYI ITSLWTKPDV MRAMENVILN
KLTKRTQ
|
|---|
| |