Amino Acid For Plants: Benefits And How To Make It

Illustration of the use of amino acids for plants (Freepic)

YOGYAKARTA The use of amino acids as a substitute for fertilizer for plants is increasingly prevalent, because it can support growth and productivity. Come on, look at the benefits and ways to make amino acids for plants in the following article.

As we all know, amino acids are proteins that are broken down through metabolic processes. There are at least more than 20 types of amino acids in the biosynthetic process.

The use of amino acids in plants can increase overall yield and quality. Some studies show that amino acids can affect plant physiological activities.

Adapted from the official website of the Department of Agriculture and Food Security of the Bangka Belitung Islands Province, here are some of the benefits of amino acids for plants you need to know:

Plants do photosynthesis to produce carbohydrates. Low photosynthetic levels will have an impact on reducing carbohydrate synthesis. In the photosynthetic process, chlorophyll plays a role in absorbing solar light energy. The greater the chlorophyllic content, the higher the photosynthetic rate. Well, the use of amino acids can increase the content of chlorophyll in the leaves so that the photosynthetic rate becomes higher.

Amino acids have the effect of classifying micronutrients. Classia is a chemical bond between metal ion picker agents. When used together with micronutrients, the absorption and transport of micro nutrients will be easier. glycin acids and glutamates in amino acids function as highly effective pinning substances.

The next benefit of amino acids is to form several hormones / plant growth regulatory factors.

Plant hormone such as aucine, cytokine, giberelin, and hormones related to flower formation is produced from amino acid synthesis. Synthesis is assisted by precussor. Metionin is an ethylene precursor, triptofan is an aucine precursor, while arginine induces the formation of disposal hormones.

Stomata plays an important role in the regulation of humidity balance in plants through the transpiration process, as well as helping to transport nutrients in plants.

When the stomata is closed, the rate of photosynthesis and transspiration will decrease. As a result, the absorption of macro and micro unusures will decrease. This condition disrupts the metabolic process of plants, causing a decrease in plant production.

In this case, the amino acid application will make the stomata open longer. This can increase plant metabolism.

The benefits of amino acids for other plants are as a nutrient for soil microbes. The addition of amino acid fertilizer into the soil can increase microbial activity and population. Balance and high microbial activity in soil can improve the mineralization of organic matter in the soil, thereby increasing soil fertility.

If thehara cycle goes well and the availability of nutrients to plants becomes more, then the presence of soil microbes is one of the keys to improving soil quality.

Adapting the page of the Jombang Regency Agriculture Service, several ingredients must be prepared in the manufacture of amino acid fertilizers for addition, namely:

In addition, you must also prepare the following equipment:

Once all the materials and equipment are ready, here are the steps to make amino acid fertilizers for plants that you can follow:

That's information about amino acids for plants. Get news updates of other options only on VOI.ID.