Platinium Resine Plus – 100ml

Platinium Resine Plus – 100ml

Resine Plus
contains essential
amino acids for

plants
:

Alanine: has an effect on the growth rate of plants and stimulates the formation of chlorophyll. This amino acid is one of the early products of the photosynthetic fixation of carbon dioxide. It also stimulates root development and is the most important amino acid in juice.

Arginine: active in stimulating photosynthesis and slowing down the aging process. Has an effect on the speed of organic processes and on the strength of the plant’s resistance to disease, stress,…

Aspartate: has an effect on the strength of the plant’s resistance to disease, stress,… Represents a source of nitrogen for the plant and participates in many metabolic processes. Asparagine is the main amino nitrogen transporter in the plant.

Cysteine: has an effect on reducing sulphur in the plant. Participates in the assimilative reduction of sulfate in chloroplasts. It serves as a gateway for reduced sulfur into all organic molecules, like glutamate is for reduced nitrogen. From cysteine will then derive all the other sulfur compounds in the cell, especially methionine and glutathione.

Glutamate: has an effect on vegetative growth from the start of vegetative growth to harvest. Promotes plant assimilation of inorganic nitrogen. It is a precursor to new amino acids.

Glycine: is one of the first compounds used in the synthesis of chlorophyll (chlorosis prevention agents). Has a crucial effect in the formation of plant tissue. It contributes to the vegetative growth of the plant and has a role in the process of pollination and fruit formation. Has a strong chelating effect. It acts on the development of buds and leaves. It also intervenes in systems with resistance to unfavorable situations.

Histidine: has an effect on vegetative growth from the start of vegetative growth until harvest. It comes into play in a wide range of metabolic processes: cell production, histamine production.

Isoleucine: has an effect on vegetative growth from the start of vegetative growth until harvest.

Leucine: has an effect on vegetative growth from the start of vegetative growth until harvest. Helps regenerate and repair cell tissue. Regulates nitrogen levels in the plant.

Lysine: active in stimulating photosynthesis and delaying the aging process. Has an effect on vegetative growth from the start of vegetative growth to harvest. It also intervenes in systems with resistance to unfavorable situations.

Methionine: has an effect on fruit maturity and has an important role in root revitalization. Acts on leaf and flower aging and delays leaf and fruit abscission. Participates in sulfur metabolism. It is a very important plant phytohormone.

Phenylalanine: is the source of phenolic acids, flavonoids, gluconisates, alkaloids, suberins and lignins, which play an essential role in defense mechanisms and in building walls and fibers. Promotes shoot germination and stimulates root formation.

Proline: has an effect on water management for crops and strengthens cell walls (osmoprotective). It has an effect on resistance to extreme conditions such as heat, cold, drought, salinity. It promotes pollination speed, protects pollen from unfavorable temperatures or promotes the resumption of pollen germination after the cold.

Serine: has an effect on stimulating photosynthesis. Has an effect on the strength of the plant’s resistance to diseases, stresses,… Has an important role in the hormonal balance of the plant. Has an action to reduce sulphur. Precursor to cysteine, sulfur amino acid. Participates in the assimilative reduction of sulfate in chloroplasts.

Threonine: has an effect on the strength of the plant’s resistance to diseases, stresses,…

Tryptophan: has an effect on the strength of the plant’s resistance to diseases, stresses,… Is a main precursor of indole acetic acid, the most important plant growth substance in the auxin group. It is mainly synthesized in stems and young leaves, as well as in developing seeds. Main effects: growth, cell elongation, apical dominance, stimulation of fruit development, bud formation, formation of new roots, stimulation of ethylene synthesis, inhibition of leaf and fruit abscission.

Tyrosine: has an effect on the strength of the plant’s resistance to diseases, stress,… Is the source of phenolic acids, flavonoids, gluconisates, alkaloids, suberins and lignins, which play an essential role in defense mechanisms and in the construction of cell walls and fibers.

Valine: has an effect on the speed of root formation and on the speed of plant growth. Also has an effect on seed formation. It also intervenes in systems with resistance to unfavorable situations.