Salicyl-AMS

98%

Reagent Code: #109539
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CAS Number 863238-55-5

blur_circular Chemical Specifications

scatter_plot Molecular Information
Weight 466.43 g/mol
Formula C₁₇H₁₈N₆O₈S
inventory_2 Storage & Handling
Storage -20°C, airtight, dry

description Product Description

Salicyl-AMS is primarily utilized in biochemical research as a potent inhibitor of siderophore biosynthesis in bacteria. It specifically targets the enzyme salicylate synthase, which is crucial for the production of siderophores—molecules that bacteria use to scavenge iron from their environment. By inhibiting this pathway, Salicyl-AMS effectively starves bacteria of iron, a vital nutrient, thereby hindering their growth and survival. This makes it a valuable tool in studying bacterial iron metabolism and exploring potential therapeutic strategies against bacterial infections, particularly those caused by pathogens reliant on siderophore-mediated iron acquisition. Its application extends to understanding microbial virulence mechanisms and developing novel antimicrobial agents.

format_list_bulleted Product Specification

Test Parameter Specification
Appearance Solid
Purity (%) 97.5-100%
Infrared Spectrum Conforms To Structure
NMR Conforms To Structure

shopping_cart Available Sizes & Pricing

Size Availability Unit Price Quantity
inventory 1mg
10-20 days ฿33,060.00
Salicyl-AMS
Salicyl-AMS is primarily utilized in biochemical research as a potent inhibitor of siderophore biosynthesis in bacteria. It specifically targets the enzyme salicylate synthase, which is crucial for the production of siderophores—molecules that bacteria use to scavenge iron from their environment. By inhibiting this pathway, Salicyl-AMS effectively starves bacteria of iron, a vital nutrient, thereby hindering their growth and survival. This makes it a valuable tool in studying bacterial iron metabolism and exploring potential therapeutic strategies against bacterial infections, particularly those caused by pathogens reliant on siderophore-mediated iron acquisition. Its application extends to understanding microbial virulence mechanisms and developing novel antimicrobial agents.
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