Innovation through science for sustainable agriculture
At Vijayam Biocytes, research and development form the cornerstone of our operations. Our dedicated team of scientists and agricultural experts continuously work on developing innovative solutions that address the evolving challenges in modern agriculture.
Extensive research on amino acid extraction from natural sources, studying their role as essential building blocks for proteins and their contribution to various physiological and biochemical processes in plants.
Advanced research on N-Acetyl Thiazolidine-4-Carboxylic Acid derived from L-Cysteine, focusing on its effectiveness as a plant growth regulator and its application in modulating various plant processes.
In-depth studies on how our products enhance chlorophyll synthesis, improve stress resistance, promote flowering and fruit formation, and support overall plant health.
Research on promoting beneficial soil micro-organisms, improving soil structure, and creating optimal conditions for sustainable crop production.
Development of innovative combination products that leverage synergistic effects of amino acids and NATCA for enhanced crop performance and yield.
Comprehensive field testing across various crops and climatic conditions to validate product efficacy and optimize application protocols.
State-of-the-art facilities for amino acid extraction through comprehensive procedures involving hydrolysis, filtration, pH adjustments, purification, de-colourization, process control, quality control, and packaging.
Capacity: 600 KL Liquid / 300 MT Powder per Annum
Advanced production process involving reaction of L-Cysteine with formaldehyde, alkalization, acetylation, pH adjustment, centrifugation, washing, drying, and packaging for commercial application.
Capacity: 50 MT per Annum
Maintain and improve protein synthesis to make plants healthy
Control stress before and after shock with fast recovery
Enhance photosynthesis making plants lush green
Support stomatal regulation for positive metabolic balance
Support pollination and fruit formation
Improve soil micro flora
Enhance plant's hydric balance and strengthen cell walls
Increase resistance to unfavorable climatic conditions
Support biomass production and yield
Support disease suppression