Primary building block for amino acids, protein, protoplasm and chlorophyll

Critical for rapid shoot growth, bud vigor, flower differentiation and fruit set

Drives tillering, stem and leaf area development

Restores the vital energy production of the plant to increase root and shoot growth

Promotes roots, flower and seed development

Hastens maturity and fruit development

Promotes biosynthesis of sugars and starches leading to higher yield and brix

Restores vital crop water balance

Regulates stomatal opening to improve photosynthesis

Enzymatic activator for biomass production

Allows storage of more food and nutrients for plants to grow and produce

Converts into simple sugars to generate plant energy

Helps in chilling, freezing (frost or "andap"), and drought tolerance

Promotes the development of cellulose in cell walls to make crops stand stronger

Restores soil structure

Promotes nutrient absorption in the root zone

Improves the population of natural beneficial breeding in the soil

Pre-dissolved liquid form efficiently restores critical carbon-nitrogen balance compared to dry granules

A complex carbohydrate that is an essential component of plant cell walls

Helps in healing crop injury or plant "wounds" due to cuttings and transplanting procedures

Helps plant cuttings and transplant seedlings retain their moisture status, minimizing "embolism" (formation of air bubbles in the vascular tissues that cause wilting due to breakage in the water column from the rooting medium or nursery)

Acts as a food source for beneficial bacteria in the soil

Retains calcium in the soil, broken down through a biological process to provide carbon into the root zone

Acts as antioxidants to promote the synthesis of enzymes and growth hormones

Promotes root development

Eliminates stress-induced damage to plant cell membranes during environmental stress (drought, freezing conditions, or flooding)

Improves plant growth and development by regulating carbohydrate synthesis

Activates plant enzymes to promote root zone and seedling robustness

Increases synthesis of chlorophyll, the green pigmentation in plant leaves

Regulates the opening of stomata for efficient nutrient absorption and drought tolerance

Enhances root development and synthesis of polyamines that improve resistance to salinity stress

Enhances seed germination and synthesis of proteins to increase resistance to disease

Provides nitrogen during stressful growth periods

Amino acids containing sulfur that help maintain cell functions

Acts as an antioxidant for better resistance to pests and disease challenges

Reflects the presence of minute quantities of trace minerals that are vital for plant growth and development

Improves seed germination for strong early crop establishment

Improves chlorophyll production

Activates defense mechanisms against pests and diseases

Regulates the opening of stomata for better absorption of nutrients in leaves

Provides carbon skeleton for hormone precursors that promote seedling vigor

Improves resistance to salinity stress

Increases pollen viability to enhance flowering ability

Enhances germination development to facilitate seedling growth

Enhances chlorophyll synthesis and plant leaf nutrient absorption

Increases tolerance to drought stress

Enhances root growth for stronger crop establishment and vigor

Regulates stomatal movement for efficient absorption of nutrients in plant leaf tissue

Facilitates the production of defense compounds and lignin to combat stress caused by drought, frost, cold weather, as well as pest and disease challenges to plants

Enhances the formation of humic compounds that influence successful pollination and stress tolerance

Enhances the humification process, which helps improve tolerance to insect-pest damage

An auxin precursor that helps improve the synthesis of aromatic compounds, enhancing the quality of grains, flowers, and fruits

Increases tolerance to drought stress

Increases pollen germination

Enhances seed germination and seedling vigor

Improves tolerance to biotic and abiotic stress conditions

Provides nitrogen and improves chlorophyll retention during biotic and abiotic stress periods

Helps plants survive drought and high-temperature stress periods

A natural chelator that favors new growth

Helps in the synthesis of gibberellins responsible for initiating seed germination

Stimulates growth, making plants taller and more robust