Overview :
With increase in world population and rapid economic growth, the demands for protein are on rise. Due to positive health effects and important food features of composition, aquatic protein resources are highly appreciated and therefore, global aquaculture has grown at impressive rate recently.
Nanotechnology finds uses starting from construction of WHS or ponds with relatively higher water holding or lower seepage loss, as feed ingredients, additives or nutrients towards improved feeds, appetites and feeding, modulators or carriers of medicines, drugs, vaccines and hormones towards disease prevention, detection, or cure, as water purifier, waste/resource recovery means helping water recycling, carriers of desirable genes or DNA segments towards improving breeds or strains, anti-fouling, anti-corrosive coated nets, pens, cages, rack and rafts, filters etc. with strength and tags for tagging or bar-coding and tracking of animals, fish or materials for various purposes, smart processing and packaging materials that avoid contamination and prolong shelf-life
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new strategies in science and technology in maintaining a desirable aquaculture is indispensable. At this point, the aquaculture sector undergoes new scientific and technological innovations to produce more qualified end products. Among the recent advancements in science, Nanotechnology is fast emerging as the new science and technology platform for the next generation of development and transformation of agri‐food systems.
In aquaculture, Nanotechnology has a broad spectrum of applications from the sterilization of ponds, water treatment, detection and control of aquatic diseases, efficient delivery of nutrients and drugs. We offer unique and novel aquaculture products manufactured by incorporating innovative technologies giving advantage of easy to use, high efficacy and safety.Our Biotechnological products are manufactured by incorporating most advanced studies.
Products manufactured by Nanotechnology:
Our nutrition products are colloidal Nano meter particles of ionized minerals embedded in matrices of amino acids and then encapsulated using efficient polymers.These products are manufactured by using the most advanced chemical method for Nano-structured material processing to form colloid particles. What make colloid particles so special is not so much their sizes as it is the manner in which their surface areas increase as their sizes decrease.
Advantages
• Sustained release of the active agent
• Improved bioavailability of active agents that present low
• High molecular level dispersion, due to Nano scale size
• Decreased frequency of application
Nano Meter Particle size covers large surface area thus enhances absorption by many folds as a result of which they are
• Metabolized more efficiently.
• Absorbed by the amino acid transport system.
• Delivered in a form similar to that found in the animal body, in organic form.
• Because colloidal minerals do not have to undergo disintegration and dissolution, in contrast with minerals taken in other forms, under applicable principles of biochemistry they are said to have enhanced-absorption capability
• Increases passive absorption by increasing water and lipid solubility of the mineral nutrient. Movement through cell membranes
MODE OF ACTION
There are three pathways along which gold Nanoparticlesexert their antibacterial effects.
The first way is via interfering with oxidative phosphorylation process with changing the potential of bacterial cell membrane; this leads to decrease in the activity of F-Type ATP synthase with a net decrease in ATP synthesis and metabolism.
The second path is interference with binding of tRNA to the two ribosome subunits.
The third way is achieved through enhancing chemotaxis.
