NUTRI PLUS

NUTRI PLUS

NUTRI PLUS

BIOSTIMULANT AND ANTISTRESS, PLUS MICRONUTRIENTS

NUTRI PLUS is a fluid formulation having nutritional and biostimulant actions, characterized by the presence of L-α-amino acids, N-acetyl-thiazolidine-4-carboxylic acid (ATCA) and micronutrients.

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Composition:

Total Nitrogen (N)         

  2.70% w/w equivalent to   3.20% w/v at 20 °C

Organic Nitrogen (N)                                        

  2.70% w/w equivalent to     3.20% w/v at 20 °C

Organic Carbon (C)

10.00% w/w equivalent to 12.00% w/v at 20 °C

Total amino acids

17.00% w/w equivalent to 20.40% w/v at 20 °C

N-acetyl-thiazolidine-4-carboxylic acid (ATCA)

  1.00% w/w equivalent to   1.20% w/v at 20 °C

Boron (B) soluble in water

  0.08% w/w equivalent to   0.10% w/v at 20 °C

Copper (Cu) chelated by EDTA soluble in water

  0.17% w/w equivalent to   0.20% w/v at 20 °C

Iron (Fe) chelated by EDTA soluble in water

  0.17% w/w equivalent to   0.20% w/v at 20 °C

Manganese (Mn) chelated by EDTA soluble in water

  0.42% w/w equivalent to   0.50% w/v at 20 °C

Zinc (Zn) chelated by EDTA soluble in water

  0.83% w/w equivalent to   1.00% w/v at 20 °C

NUTRI PLUS is a fluid formulation having nutritional and biostimulant actions, characterized by the presence of L-α-amino acids, N-acetyl-thiazolidine-4-carboxylic acid (ATCA) and micronutrients.

The amino acids contained in NUTRI PLUS are rapidly available and involved in nutrients translocation, in biochemical and enzymatic reactions and synthesis processes of carbohydrates, proteins, nucleic acids, lipids, precursors of growing promoters and enzymes. NUTRI PLUS contains ATCA, a precursor of proline and cysteine with important role in the metabolic activation and in the crop protection. Thanks to presence of the chelated micronutrients, NUTRI PLUS favors seeds formation and their germination, rooting, synthesis of auxin and chlorophyll, tissue growth, pollen development, fruit set, fruit enlargement and phosphates transport.

NUTRI PLUS helps the plants to rapidly overcome the effects of abiotic stresses due to sudden changes in thermic or water states, root asphyxia, wind and phytotoxicity.

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