Core Technology:
MACS
(Metal Amino Click Synthesis)
MACS is a groundbreaking platform developed by AminoMatrix Labs that leverages the self-assembly of amino acids and metal ions in water to produce high-purity, eco-friendly amino acid chelates. Drawing inspiration from "click chemistry," MACS enables metals and amino acids to rapidly and stably bind under mild conditions, much like a "one-click" reaction.
Conventional chemical synthesis often faces challenges such as high energy consumption, low yield, and environmental impact. MACS overcomes these issues by using water as the reaction medium, allowing amino acids and metal ions to self-assemble into stable chelates at room temperature and ambient pressure.
MACS chelates function similarly to "drug carriers" in medicine, facilitating efficient transport of metal ions across membranes or vascular tissues in plants. This targeted delivery mechanism significantly boosts the effectiveness of metal ions where they are needed most.
The MACS process employs mild reaction conditions and biodegradable amino acids as ligands, generating minimal hazardous byproducts. The high stability of MACS chelates also helps minimize environmental impact in agricultural and other applications.
Pathogen Control: MACS chelates can deliver metal ions that inhibit or eliminate harmful microbes, offering novel strategies in both agricultural and medical contexts. Plant Health Management: Stable amino acid–metal chelates enhance plants' resilience against various stresses, supporting healthier, more robust growth.
With its self-assembly, high stability, and efficient delivery capabilities, MACS technology provides precise, eco-friendly solutions to strengthen agricultural resilience and tackle microbial threats in farming and healthcare.