NITRO AMINO FLORA

Nitro Amino Flora flowering stimulant which improves the activity of enzyme systems

in plants to induce flower hormone functions and biochemical processes which

increases more number of female resulting in optimum yield. It enhances flower bud initiation and reduces flower fall by protects the flowers against environmental stress

Nitrobenzene Stimulates Gibberellins and Promotes Flowering

• Action Mechanism:

o Nitrobenzene acts as a plant growth promoter by influencing metabolic activity. Once absorbed, it interacts with plant cells, stimulating the biosynthesis of gibberellins.

o Gibberellins are plant hormones responsible for:

 Flower Initiation: Gibberellins break bud dormancy and promote the transition from vegetative to reproductive phases.

 Stem Elongation: Enhances cell elongation in stems and leaves, allowing better nutrient transport.

 Flowering: Improves the growth of flower buds, leading to better flower setting and reduced flower drop.

Amino acid is the natural building block of the protein synthesis. Protein requires for the fruit setting and new tissue development, induce flowering and reduce pre –dropping, improves fruit setting and reduces fruit dropping, improves fruit size and quality, improves nutrition uptake and their utilization.

Amino Acids Serve as Building Blocks and Stimulate Auxins and Cytokinins

Amino Acids as Building Blocks for Proteins

• Action Mechanism:

o Amino acids are fundamental for:

 Protein synthesis, which is essential for enzyme production, cell division, and repair.

 Hormonal pathways, acting as precursors or activators for hormones like auxins and cytokinins.

• Key Amino Acids and Their Roles:

o Tryptophan: A precursor for auxin synthesis.

o Methionine: Participates in ethylene biosynthesis, promoting fruit ripening.

Stimulation of Auxins (Cell Elongation and Growth)

• Action Mechanism:

o Auxins promote:

 Cell elongation, aiding in stem and root growth.

 Apical dominance, directing plant growth toward sunlight

Stimulation of Cytokinins (Cell Division and Delayed Senescence)

• Action Mechanism:

o Cytokinins encourage cell division and differentiation.

o They delay senescence (aging) by promoting nutrient mobilization, keeping leaves green for longer.

Vitamin C is an organic compound plays multiple roles in plant development for examples in cell division, cell wall extension and other phrases of growth and differentiation regulator and has a wide range of important functions including antioxidant protection, photo protection, photosynthesis such as drought and salinity found that the use of Vitamin C was successful in reducing the negative impact of abiotic stress on plant which increased leaf area and enhanced chlorophyll.

• Action Mechanism:

o Vitamin C, also known as ascorbic acid, plays a critical role in:

 Antioxidant Defense: Neutralizes reactive oxygen species (ROS) produced under stress (e.g., drought, high temperatures, and salinity).

 Stress Tolerance: Protects cellular structures like membranes and enzymes from oxidative damage.

 Nutrient Absorption: Enhances the uptake of essential nutrients like iron and calcium.

 Photosynthesis: Stabilizes chloroplast function, ensuring efficient light capture and energy production.

Nitro Amino Flora is compatible with all foliar fertilizers and most of the insecticides and fungicides predominantly used in agriculture.

Crops : For All Crops Dosage : 2ml/ltr of water APPLICATION : FOLIAR