| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNA05730 |
|---|
| Symbol | |
|---|
| ID | 3253212 |
|---|
| Type | CDS |
|---|
| Is gene spliced | Yes |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Cryptococcus neoformans var. neoformans JEC21 |
|---|
| Kingdom | Eukaryota |
|---|
| Replicon accession | NC_006670 |
|---|
| Strand | + |
|---|
| Start bp | 1533738 |
|---|
| End bp | 1536867 |
|---|
| Gene Length | 3130 bp |
|---|
| Protein Length | 809 aa |
|---|
| Translation table | |
|---|
| GC content | 50% |
|---|
| IMG OID | 638252892 |
|---|
| Product | 4-amino-4-deoxychorismate synthase, putative |
|---|
| Protein accession | XP_566893 |
|---|
| Protein GI | 58258961 |
|---|
| COG category | [E] Amino acid transport and metabolism
[H] Coenzyme transport and metabolism |
|---|
| COG ID | [COG0147] Anthranilate/para-aminobenzoate synthases component I
[COG0512] Anthranilate/para-aminobenzoate synthases component II |
|---|
| TIGRFAM ID | [TIGR00566] glutamine amidotransferase of anthranilate synthase or aminodeoxychorismate synthase |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 29 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| 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 | GGCGCAGAGA GTGACGATGG AGCCTCCACC GCTGCCCCGG ACGCTCGTGC TAGACTACTA
TGATTCATGT GAGTAGTACA TGGTGGAGCA TGTGGCGCCG GCTCACTTCC GCAGACACCA
ACAACCTGGT CACCCTGCTC ACCCGCACCT ACGCGGACGC CGACGTGCTG GAAAAACTCG
TGGTGGTGAA AGCGGACGAG TACACGTGGT GAGGCCCCGC CCCCTTCTCC AGCCTCTGAC
CGCTTCTAAT GCCGTGTAGG GACGAGTTTC AGCGCCTTGT CCTCCCCAAC ATCGATTGTG
TCATTCTCTC CCCCGGGCCA GGCCGCCCCG ATAACCCAGC AGTGAGCGAC CTCTCCGTCC
TCCGCCTTTA TCCCTAACCA TCCCGCAGGA CATAGGTTTT GCTCTCCAGC TGCTGCGTCT
ACATCCGCTC CCAATCCTCG GAGTCTGCCT CGGTCATCAA GCGATCGGCG TAGCCTTTGG
TGGGAAGGTA TCTACCAGGT TGCCCCCATA TATGTGACCT TACTAACGCC CTGTAAAGAT
CATTAACACT CCCAAAATCA CCCACGGGCA TGTCATTCCT GTCGCTCCGG TACAACCTCC
CATTGGGCTC TTCGCCTCTC CTTTGTGGAA AGCTGGTGGT GAAACCCAGT TTGATGTGGT
CGTTTACAAT AGTTTAACAG TAGACCCGAT GAGTATGTCA GATCACTCCT CTTCTAATCG
ATATACCTTG CTGATATCTC GATATCTCTA GCTCTTCCTC AGGATCTTGA GGTGACAGCA
TGGTCCATTC CTTCACTTGA TCGACCAGCT AGTATCCAAG GACTGAGGCA TCGACTGTAC
CCCATATGGG GTGTACAATA CCATCCAGAG GTAAGCTTTC GGTCGTCGAA GTGATACCAT
CACTTATAAC ACTTACAGTC AATCTCTTCT ACCTGTGGCT CATCGCTACT CGTTTCTTTT
TTGGACGAGG TCCACAAAAT CAATAATCAA CCTAAGTCCT ACCCTAACCT TCTTCCCTCG
ATCGTCTCTT CCTGCGCATA TCGTGTTGTC AAGGTTGGAT CAAAAACCGC ATCCCATGAC
CCATCACTCA CTACGTTAGT CTCTTCATCA AAGCTCGAGA AAGTGAGCAA GGCGTTTGAT
GGATTGGGCA GAGGTTTAAC CACGGAGGAT GTATTCCAGC GTCTCGTGAG GGAGCCGCCA
AGAAAAATGG AGAAAGCTGT AGCAGAGATA TGGCTTGACG GGCAGACAGT AGGTCTTCAT
AACCCCTCCA AGCAATGGAT TTTCATTGAC TTTTGCAGCC TACTCGCCCA ACTACTTCTT
CACTCGCTTC CCCGTCTTTC CTTCTCACAT ACTCTCTCAC CACTCGTACT GTCACACTTC
ACCGAGCGGG ATCCACTCCT AGCATTCTCC CTCTCTCTGA AGATATCACC TTTTGGGAGT
GGTTCTCCGC CGGGCAAGAA GCCATAACCC GTAATCTCCA TTCTGCCATA GAACCACGAA
TAAGCGGCTG GAGAGGAGGT TGGGTAGGCT GGTTTGCGTA TGAGATGAAG GAGGAGAGCC
TTACGGGTTA TCGAAGACGG AAAAGGGGAG AGGGCGAGGA AAAGGTAGAT GCCTGTTGGG
GATGGACGGA TCGATTCTTA GAAAGAACCC CCAAGGGAGA ATGGGTAGCG AGGGGTGTGG
TCAGACAAGA TGCAGATCAA CTCAGTGGGA TCGAAGGTTG TGACATGTTG CGCTGGTTGC
AAAAGGAAGG CATCATCCTC GGAACCACCC AGGATGAATG GGAAAACTAC GTTCAATCTG
TGTCAAACGT CCTCGACGCT AGGGGTGAAT CGTTCACATC CTCCCCGTTA CCCAGGTTCC
ATCCCTCCAG CTCAAGCGAC GCCTATCAAA AACAAATTGA CTCATGTCGC GAGGCCATTC
GCCAAGGGGA GAGTTACGAG CTTACCCTCA CCACTTCCTT TTCCTCCACC CCTTCATCTT
TCGATCCTTT CGCTCTGTAC TTGCACCTTC GGAAATTCAA CCCCGCCTAT TACTCTACCT
ATATGAGTTT CCCCGCCCTC TCAACCTCTT CATTACATGG CAGCTCAGGA ACACAGGGTA
TCACCATCCT CTCAAGTTCT CCTGAACGGT TCTTGAAAAT CAACTCCTCC AGACAAGTGG
AGATGATGCC CATCAAGGGA ACGAGAGCGA GAGTCAAGGA AGACCAATGT ATATGTCGAC
CTGGCATCGG GTGTGGGGGA GAAAACCCAG GCTCGGTGGA GTGCAAACAG GAAGGGAGAA
GGGAGGATGA GCGAAGAGGG AGAGAATTGG TTGAAGATGT CAAAGAACGG GCAGAAAACC
TCATGGTCAG TCAAATCCCC TCTTGTCCTC AGCTTTACAA AAGGAAAATA CTAATATAAA
GTGATTTTGT TGTTCAGATT GTTGATCTTA TCCGATCCGA TTTACTCTCA TGTTGTATCC
CGTCAACAGT CACCGTTCCA AAACTTATCG CTCTTGAATC CTATGGGGTG CATAACCTAG
TGACAACAGT GCAAGGCACG TTGGCAGATA ATGTTGGGAG TGTGGAAGCT GTCAAAAGAT
GTTTCCCGCC TGGTATGTAT CTAGATAAAA ACTAGCTTGA CAGATTGCTG ATCAGGTTCA
ATGCTATTGA TAGGTTCCAT GACGGGTGCA CCGAAGTTGA GGTCAGTACA GCTTTTGGAT
GAGTTTGAGA ACCATCAGCG AAGGGGCGTA TACTCCGGTA AGCTATCAAT TCTAACACGT
TCTCAGGCAA TTGTGTATAC TGACATAAAC GTCTTGTTAT CAGGTGCTTT GGGTTACTTT
TCTGTCGATG GAGTCACAGA TCTCAGTGTT GTCATTCGTA CGATCGTAGT CGAGGATAAT
CGTATGTTAA TCTAGTCTCA TATTGGCAAA CTTATGTAAC GGGACTGACT GAACTCGACC
ATGAATAGGA TTAAGTATCG GGGCTGGAGG TGCCATCACC TGGCTATCGG ATAGGGAGAA
GGAATGGGAT GAGGTGTTGA CCAAGGTGAA GTCTGTAGTT GGAAGAATAG AGGATGGAGA
ATGACATGCT GGCGACGGCA TCACATCTAG TTATTTGGGC ATTTATGGGT TTATTATCAT
CGCGTAGGAA
|
|---|
| Protein sequence | MEPPPLPRTL VLDYYDSYTN NLVTLLTRTY ADADVLEKLV VVKADEYTWD EFQRLVLPNI
DCVILSPGPG RPDNPADIGF ALQLLRLHPL PILGVCLGHQ AIGVAFGGKI INTPKITHGH
VIPVAPVQPP IGLFASPLWK AGGETQFDVV VYNSLTVDPM TLPQDLEVTA WSIPSLDRPA
SIQGLRHRLY PIWGVQYHPE SISSTCGSSL LVSFLDEVHK INNQPKSYPN LLPSIVSSCA
YRVVKVGSKT ASHDPSLTTL VSSSKLEKVS KAFDGLGRGL TTEDVFQRLV REPPRKMEKA
VAEIWLDGQT PTRPTTSSLA SPSFLLTYSL TTRTVTLHRA GSTPSILPLS EDITFWEWFS
AGQEAITRNL HSAIEPRISG WRGGWVGWFA YEMKEESLTG YRRRKRGEGE EKVDACWGWT
DRFLERTPKG EWVARGVVRQ DADQLSGIEG CDMLRWLQKE GIILGTTQDE WENYVQSVSN
VLDARGESFT SSPLPRFHPS SSSDAYQKQI DSCREAIRQG ESYELTLTTS FSSTPSSFDP
FALYLHLRKF NPAYYSTYMS FPALSTSSLH GSSGTQGITI LSSSPERFLK INSSRQVEMM
PIKGTRARVK EDQCICRPGI GCGGENPGSV ECKQEGRRED ERRGRELVED VKERAENLMI
VDLIRSDLLS CCIPSTVTVP KLIALESYGV HNLVTTVQGT LADNVGSVEA VKRCFPPGSM
TGAPKLRSVQ LLDEFENHQR RGVYSGALGY FSVDGVTDLS VVIRTIVVED NRLSIGAGGA
ITWLSDREKE WDEVLTKVKS VVGRIEDGE
|
|---|
| |