Use of Amino Acids in Agriculture: How to mitigate abiotic stress and increase yields

Technical whitepaper on the role of amino acids in agriculture and how they help mitigate abiotic stress, enhance nutrient use efficiency, and boost crop yields, featuring Bioiberica’s Enzyneer® Technology.

Impact of Foliar Application with AminoAlexin® and a Mixture of Marvel Fertilizer with Growth Regulator (Floratone) in Physio-Biochemical Parameters of Bitter Orange Saplings (Citrus aurantium L.)

This experiment was implemented during 2021-2022 season as a factoria1 experiment (4×3) relying on (R.C.B.D.). Two factors were tested in this experiment: first factor is: Foliar application at 4 levels: (0, 1 , 2, 3) ml L-1 from a mixture of MARVEL fertilizer with plant growth regulator (FLORATONE (6 g L-1). Second factor is Foliar application at three levels of AminoAlexin® fertilizer (0, 1.5, 3) ml L-1. Results were summarized that foliar application for a combination of (MARVEL + FLORA...

Soybean resistance against Asian soybean rust potentiated by Optimus®, a novel-induced resistance booster

Asian soybean rust (ASR), caused by Phakopsora pachyrhizi, is a destructive disease affecting soybean production. This study aimed to use a phosphite (30% of phosphorus and 20% of potassium) formulated with L-α-free amino acids (Optimus®, Bioiberica, Spain) referred as induced resistance IR stimulus to reduce ASR symptoms and helping plants to have a better photosynthetic performance during infection process.

Potentiation of soybean resistance against Phakopsora pachyrhizi infection using phosphite combined with free amino acids

Considering the importance of Asian soybean rust (ASR), caused by Phakopsora pachyrhizi, in the decrease in soybean yield, this study investigated the potential of using phosphite combined with l-α-

Free amino acids (referred to as induced resistance [IR] stimulus hereafter) to boost defence responses of soybean plants against P. pachyrhizi infection. Plants were sprayed with water (control), acibenzolar-S-methyl (ASM) or IR stimulus and noninoculated or i...

Physiological and biochemical insights into induced resistance on tomato against septoria leaf spot by a phosphite combined with free amino acids

Septoria leaf spot (SLS), caused by Septoria lycopersici, is a destructive disease in tomato. This study investigated the use of phosphite and potassium combined with L-α-free amino acids (named induced resistance (IR) stimulus), to boost tomato defense responses against S. lycopersici infection. Plants were sprayed with water or with the IR stimulus and challenged or not with S. lycopersici. Mycelial growth of S. lycopersici and conidia germinat...