07-Sep-2015 | Market Research Store

If the high salt is present in soil, then dramatically this will cause stress to plant also it reduce the yields and growth of crop.

Today, most of the researchers have identified the specific proteins will allow the plants in order to grow well under the stress of salt even this used in breed to give up a new generation of salt tolerant plants. The Staffan Persson, Professional led the research and he said that unlike most human beings need to move away from the drinking more water and salty snacks then plant with stuck the saline soils this have the high salts. Today, most of the crops and plants are facing the stress along with high amounts of salt and this also called as salinity.

The salt stress will affect the total agricultural land as 20% as well as 33% of irrigated worldwide, this was said by professors from the Melbourne university, Australia and he formerly professor Molecular Plant Physiology at Max Planck Institute.  He estimated as by 2050, people want to increase the food production about 70% and need to feed by 2.3 people. The salt stress, salinity is the most limiting factor and this will reduce the agricultural land. Therefore, it's important to find the mechanisms and genes that can easily improve the growth of plant under any conditions.

The protein family is a new term and this used plant growth even on the salt as well as it outlines the protein aid and mechanism that how the plant produce the biomass and others under the stress condition. This mechanism was published in the journal Cell, today. The plants want to make the cells bigger, especially to develop and grow, Prof Persson added. Unlike, the plant cells as well as animal cells are highly surrounded by the cell walls this called as cellular exoskeleton; this will direct the growth as well as protect plants from diseases.

In addition, importantly the plant biomass are made by the cellulose along with the cell wall, this being the essential component. The plant growth is largely based on the nature and ability to produce the cellulose as well as cell walls under the conditions of stress. Therefore, there is no surprise in the research of the biosynthesis of cell wall. The Dr. Staffan Persson's taken many studies with a research group and they have shown the cellulose synthesis, this called cellulose producing different protein complex this used to interact with the intracellular polymer caller microtubules. Well the interaction is most important for stability and shape of plant cells.

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