Aurora Innovations Soul Amino Aide (5. 0. 1). 1 Gallon

Soul Amino Aide: Free Amino Acids, Kelp, and Yucca for Sustained Plant Performance Aurora Innovations Soul Amino Aide (5-0-1) delivers L-Glycine, L-Arginine, kelp biostimulants, and yucca extract in a concentrated formula built for growers running multi-run production cycles where plant vigor and resilience need to hold up under continuous high-light, high-output conditions. The amino acid-sourced nitrogen at 5% provides efficient uptake with lower salt contribution than equivalent mineral nitrogen sources. Amino Acid Supplementation at Production Scale: 1 Gallon to 5 Gallon The kelp fraction supports auxin and cytokinin activity for improved root architecture and lateral growth, while yucca extract acts as a natural penetrant that improves water and nutrient movement through coco and soil media. Together, the formula maintains consistent vegetative momentum and supports faster recovery from environmental stress events. Available in 1-gallon, 2.5-gallon, and 5-gallon formats for operations that have graduated past trial-size supplementation. Key Features Free Amino Acids — L-Glycine & L-Arginine:: Directly absorbed by plant tissue to accelerate protein synthesis and mineral transport, supporting strong, resilient growth under high-intensity production conditions. 5% Amino-Sourced Nitrogen:: Nitrogen from amino acid sources is taken up more efficiently than inorganic nitrogen, contributing to vegetative performance without a proportional increase in salt load. Kelp Biostimulant Fraction:: Drives root branching, shoot elongation, and improved nutrient response through natural auxin and cytokinin compounds found in marine kelp extracts. Yucca Root Extract:: Natural wetting and penetrating agent that improves water distribution and nutrient movement through coco, peat, and soil root zones for better uptake efficiency. Production Volume Options:: 1, 2.5, and 5-gallon formats serve multi-room and commercial operations running amino acid supplementation consistently through extended veg cycles.