PH01000308G0760's details annotation 1.Annotation ICBR annotation: chorismate synthase 2, chloroplast precursor, putative, expressed
Blast result AT1G48850 : 2.00E-153 Blast annotation: chorismate synthase, putative / 5-enolpyruvylshikimate-3-phosphate phospholyase, putative 2.Location Scaffold: PH01000308 Strand: - Region | Start | End | gene | 486333 | 497393 | mRNA | 486333 | 497393 | exon | 486333 | 486938 | exon | 487030 | 487114 | exon | 487409 | 487474 | exon | 487583 | 487677 | exon | 487782 | 487884 | exon | 488095 | 488226 | exon | 488319 | 488399 | exon | 488912 | 489004 | exon | 489159 | 489250 | exon | 489514 | 489590 | exon | 489744 | 489899 | exon | 490787 | 490863 | exon | 491046 | 491328 | exon | 491967 | 492168 | exon | 492643 | 492709 | exon | 492838 | 492891 | exon | 492963 | 493136 | exon | 493455 | 493956 | exon | 495475 | 497393 | CDS | 486784 | 486938 | CDS | 487030 | 487114 | CDS | 487409 | 487474 | CDS | 487583 | 487677 | CDS | 487782 | 487884 | CDS | 488095 | 488226 | CDS | 488319 | 488399 | CDS | 488912 | 489004 | CDS | 489159 | 489250 | CDS | 489514 | 489590 | CDS | 489744 | 489899 | CDS | 490787 | 490863 | CDS | 491046 | 491328 | CDS | 491967 | 492168 | CDS | 492643 | 492709 | CDS | 492838 | 492891 | CDS | 492963 | 493136 | CDS | 493455 | 493956 | CDS | 495475 | 496007 |
UCSC genome browser 3.Network  4.Functional module Method | Module ID | Function Annotation | coexpression network | null | null |
5.Cis-elements Details in 3kb promoter region 6.Expression profilings
7.Gene family
8.Protein domain Pfam Accession | Pfam Annotation | Alignment Start | Alignment Start | PF13920.5 | zf-C3HC4_3 | 325 | 371 | PF01264.20 | Chorismate_synt | 645 | 975 |
9.KEGG Pathway Pathway | KEGG Ortholog | Pathway ID | KO | 416 Phenylalanine, tyrosine and tryptophan biosynthesis | chorismate synthase [EC:4.2.3.5] | | K01736 |
10.Gene Ontology GO Accession | GO Annotation | GO:0004107 | chorismate synthase activity | GO:0005515 | protein binding | GO:0008270 | zinc ion binding | GO:0009073 | aromatic amino acid family biosynthetic process |
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