Gromor nano Urea
Gromor Nano Urea consists of particles of polymer-encapsulated urea which are of nano size (< 100 nm). These nano-sized particles are suspended in an aqueous solution which can be sprayed onto the leaves of the plant after dilution. These particles enter the plant through stomata and then penetrate the cell membranes through endocytosis. Inter and intra cellular movement of nano urea happens through apoplastic and symplastic pathways. Inside the cell, urea nanoparticles release urea molecules which are further utilized for protein synthesis and other cellular functions.
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Gromor nano Urea
Gromor Nano Urea consists of particles of polymer-encapsulated urea which are of nano size (< 100 nm). These nano-sized particles are suspended in an aqueous solution which can be sprayed onto the leaves of the plant after dilution. These particles enter the plant through stomata and then penetrate the cell membranes through endocytosis. Inter and intra cellular movement of nano urea happens through apoplastic and symplastic pathways. Inside the cell, urea nanoparticles release urea molecules which are further utilized for protein synthesis and other cellular functions.
Read More
Gromor nano Urea
Gromor Nano Urea consists of particles of polymer-encapsulated urea which are of nano size (< 100 nm). These nano-sized particles are suspended in an aqueous solution which can be sprayed onto the leaves of the plant after dilution. These particles enter the plant through stomata and then penetrate the cell membranes through endocytosis. Inter and intra cellular movement of nano urea happens through apoplastic and symplastic pathways. Inside the cell, urea nanoparticles release urea molecules which are further utilized for protein synthesis and other cellular functions.
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