vaniperen Archives - Queisna

CAL BORON

admin — Sun, 21 Oct 2018 06:44:28 +0000

Cal Boron. Calcium dissolved in water and Boron complex on ethanol is used in the stages of flowering and contract

Benefits

It has a balanced rate of calcium, boron, and boron complex to ethanol, and the optimum for the plant to make the most use of the structure

Increase the efficiency of plant absorption of water due to containing boron – increasing plant resistance to thirst and drought

Boron works on speeding the movement of calcium within the plant

The boron works on growing the pollen on the maturation of the pollen and thus the success of the pollination process and the fruit setting

Both calcium and boron play a key role in cell elongation, cell division and increased floral setting

Calcium plays a major role in increasing the soliness of fruits because it is the main component of calcium bectate that enters the formation of the cell wall

The compound works on raising the sugar and homogeneity of the size of the fruits and give the fruits good marketing advantages (the ability to tolerate storage and transport)

The post CAL BORON appeared first on Queisna.

Oligo Boron 15%

admin — Sat, 20 Oct 2018 07:38:15 +0000

Boron role in the plant:

Boron plays a vital role in the growth of the pollen tube, which increases the pollination and setting for all flowers
The boron prevents the formation of small grains in the grapes (shoot berry)
Boron increases the efficiency of plant absorption of water (water-shortage resistance)
Boron plays an important role in the stage of cell division in plants and fruits, which increases the volume of fruits
The boron works on speeding the movement of calcium in the plant especially in conditions of difficulty in absorption of calcium, which is a low evaporation of the bark (high temperature – increase the humidity of the air or ground)
Boron works on speeding of sugar transferring from leaves to fruits
Molybdenum has an important role in reducing nitrate NO3 to ammonia NH4 within the plant also has an important role in phosphorus metabolism
Boron has a relationship with plant hormones that affect the growth of the tops of stems and roots in cooperation with calcium

The post Oligo Boron 15% appeared first on Queisna.

POTASSIUM PHOSPHITE

admin — Sat, 20 Oct 2018 07:23:22 +0000

Specialized fertilizers. Potassium Phosphate compounds stimulate plants to resist most fungal diseases

– European product of high quality and purity manufactured with the highest technical specifications.

– Compatibility between phosphates and phosphates improves absorption of phosphorus.

– Sugar content increases rapidly in the fruits and helps to color them.

– Stimulates root, vegetative and floral growth, increases the volume of fruits and thus the amount of production.

– It is absorbed from all parts of the plant (leaves – stems – wood) at any stage and quickly.

– Phosphate stimulates the plant to synthesize (Phytoalexines) responsible for raising the efficiency of the immune system of the plant.

– Protects against all diseases of the family (Oomycetes), such as the downy mildew–early and late blight–fruit rust and rot.

The post POTASSIUM PHOSPHITE appeared first on Queisna.

Iperen IPE 20-13-20 w/w

admin — Sat, 20 Oct 2018 07:21:01 +0000

The post Iperen IPE 20-13-20 w/w appeared first on Queisna.

Oligo Mn –EDTA 13 %

admin — Sun, 30 Sep 2018 06:34:01 +0000

Role of manganese in plants:

-Manganese is a necessary nutrientfor chlorophyll formation although it is not included in the chlorophyll molecule structure. Like iron, many of the important enzymes involved in oxidation and reduction reactions are introduced. It acts as an enzymatic activator in breathing and protein representation, and yet many reactions – especially breathing reactions.

– Manganese is essential and vital for the work of many other enzymes as an activator of protein enzymes (Nitrate Reductase and Hydroxylamine Reductase) and also plays a role in the oxidation of endosyl acetic acid IAA in the plant.

Symptoms of manganese deficiency:

The critical concentration of manganese is 20 ppm and below that, the plant shows the following deficiency symptoms:

1 – Yellowing between the veins that begins on the newleaves first then spread to the others.

Very fine veins retain their green color, giving yellowish color and yellowing areas may turn white. In citrus, the symptoms of the deficiency appear on form of the dark green areas along the middle and side veins, while the areas appear pale green with a decrease in the area of leave.

The post Oligo Mn –EDTA 13 % appeared first on Queisna.

Oligo Zn –EDTA 15 %

admin — Sun, 30 Sep 2018 06:29:21 +0000

The role of zinc in the plant:

– Zinc is an important and necessary component for the formation of tryptophan, the amino acid, which consists of indole acetic acid.

– Zinc also enters the structure of glycol – glycine -diptidases necessary in the representation of proteins.

– It enters into the formation of growth hormones. And participates in the composition and production of pollen.

– It plays a role in the ability of the plant to retain moisture and protein composition and RNA molecules and encourages the formation of cytochrome.

Symptoms of zinc deficiency:

The critical concentration of zinc reaches 20 ppm and the low concentration of it shows that the plants exhibit the following deficiency symptoms:

1 – Yellowing in the area between the veins and these areas are pale green and may sometimes appear in yellow or white.

2 – There may be clusters and rosy small leaves that can be cut at the end of the new branches forming a rose-like shape -Rosetting

3 –It followed by the death of the vegetative growth and leaves fall before completion

Some buds are small but remain closed, the buds turning white. The crop falls sharply.

The post Oligo Zn –EDTA 15 % appeared first on Queisna.

Oligo Iron –EDTA 13 %

admin — Sun, 30 Sep 2018 06:27:03 +0000

The role of iron in plants:
-Iron is an essential nutrient for the formation of chlorophyll but does not enter in the structure of the chlorophyll molecule. Iron plays an important role in the formation of enzymes responsible for chlorophyll.
– It also enters the structure of many enzymes necessary in the process of breathing, such as peroxidase. Oxidase, cytochrome and iron ingestion of Heme, the necessary dye in the final stages of breathing
– Itenters in interactions responsible for cell division and growth. It also enters nitrate and sulfate reduction processes.
Symptoms of iron deficiency:
The critical concentration of the iron in the leaves is 50 ppm. When it is reduced, the plants show the following symptoms:
1 – Yellowing between the veins or in general, it appears first on the newleaves because it is very slow nutrient.
2 – The leaves turn to white color when the shortage increases.
3. Chlorophyll may be completely absent in very small leaves leaving the leaves white.

The post Oligo Iron –EDTA 13 % appeared first on Queisna.