VEGETAL AMINO ACIDS

WHAT ARE THEY ?

Amino acids are organic molecules possessing both carboxyl and aminogroups. The illustration below shows the general formula for an amino acid. At the center of the amino-acid is an asymmetryc carbon atom called the alpha carbon. Its four different partners are an amino group, a carboxyl group, a hydrogen atom, and a variable group symbolized by R. The R group, also called the side chain, differs with each amino acid.
The physical and chemical properties of the side chain determine the unique characteristics of a particular amino-acid.

amino acid

Amino acids are organic molecules possessing both carboxyl and aminogroups. The illustration at the right shows the general formula for an amino acid. At the center of the amino-acid is an asymmetryc carbon atom called the alpha carbon. Its four different partners are an amino group, a carboxyl group, a hydrogen atom, and a variable group symbolized by R. The R group, also called the side chain, differs with each amino acid.

L group
R group

Alanine

alanine
organolpetic characteristics

it improves the organoleptic characteristics

photosynthesis

it improves the photosynthesis process

stomata regulation

it works on the stomata regulation

Aspartic Acid

aspartic acid
nitrogen reserve

it works on nitrogen reserve

complexing power

it improves the complexing power

Arginine

arginine
roots development

it works on roots development

nitrogen reserve

it works on nitrogen reserve

organolpetic characteristics

it works on organoleptic characteristics

Betaine

betaine
osmotic process

it regulates the osmotic process

abiotic stress

it guarantees resistance to abiotic stress

metabolism

It preserves and maintains plant cells and all the metabolic functions

Cysteine

cysteine
abiotic stress

it guarantees resistance to abiotic stress

antioxidant power

it improves the antioxidant power

Glycine

glycine

it improves the organoleptic characteristics

complexing power

it improves the complexing power

photosynthesis

it improves the photosynthesis process

Glycine Betaine

glycine betaine
osmotic process

it regulates the osmotic process

abiotic stress

it guarantess resistance to abiotic stress

metabolism

it preserves and maintains plant cells and all the metabolic functions

Glutamic Acid

glutamic acid
abiotic stress

it guarantees the resistance to abiotic stress

nitrogen reserve

it works on nitrogen reserve

fruit-setting

it improves the fruit-setting stage

stomata regulation

it works on stomata regulation

Glutamine

glutamine
nitrogen reserve

it works on nitrogen reserve

Histidine

hystidine
antioxidant power

it improves the antioxidant power

Isoleucine

isoleucine
organolpetic characteristics

it improves the organoleptic characteristics

Lysine

lysine
abiotic stress

it guarantees the resistance to abiotic stress

photosynthesis

it improves the photosynthesis process

stomata regulation

it works on stomata regulation

Leucine

leucine
organolpetic characteristics

it improves the organoleptic characteristics

Methionine

methionine
roots development

it works on roots development

hormonal development

it contributes to the hormonal development

antioxidant power

it improves the antioxidant power

stomata regulation

it works on stomata regulation

Phenylalanine

phenylalanine
color

it reinforces the color

Proline

proline
abiotic stress

it guarantees the resistance to abiotic stress

nitrogen reserve

it works on nitrogen reserve

fruit-setting

it improves the fruit-setting stage

osmotic process

it regulates the osmotic process

photosynthesis

it works on photosynthesis process

Serine

serine

it guarantees the resistance to abiotic stress

Tryptophan

tryptophan
hormonal development

it contributes to the hormonal development

antioxidant power

it improves the antioxidant power

Threonine

threonine
antioxidant power

it improves the antioxidant power

Valine

valine
abiotic stress

it guarantees the resistance to abiotic stress

organolpetic characteristics

it improves the organoleptic characteristics

Protein Hydrolysate

  • RAW MATERIAL

  • EXTRACTION / HOMOGENIZATION

  • PH AND TEMPERATURE ADJUSTMENT

  • ENZYMATIC REACTION

  • ENZYMATIC INACTIVATION

  • COOLING

  • CENTRIFUGATION / FILTRATION

  • CONCENTRATION / DRYING

  • PROTEIN HYDROLYSATE

Characteristics

nutrition

NUTRITION

  • roots can absorb amino acids from the solution even if their availability can drastically reduce for absorption and assimilaton from the microflora

  • increase of nitrogen content in leaf

  • stimulation of assimilation of nitrate

  • formation of complexes with mineral elements protecting them from dissolution at abnormal pH

abiotic stress

TOLERANCE TO ABIOTIC STRESS

  • high temperatures

  • drought

  • salinity

  • low light conditions

growth stimulation

STIMULATION OF THE GROWTH

  • roots development

  • hormonal development

  • fruit-setting stage improvement

fruit quality

FRUIT QUALITY

  • accumulation of sugars and anti-oxidants in fruits

  • photosynthesis increase

  • precursors of flavour, clour and taste intake

rhizosphere microbes

RHIZOSPHERE MICROBES

  • stimulation of rhizosphere microbes acitvity because amino acids supply nitrogen to them

  • the developed microflora can influence the growth of the crop

CHROMIUM 3 AND 6 FREE
HEAVY METALS FREE

chromium free

We guarantee vegetal enzyme hydrolysis amino acids that guarantee absence of Chromium 3 and Chromium 6 and heavy metals

OUR PRODUCTS

Our amino acids are contained in lots of our products inside our catalogue. Every amino acid is used to create a product that can give to the plant specific characteristics.

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