Abstract:

Biodegradable nanoformulations have developed as an innovative method to improve the delivery and effectiveness of recombinant protein therapeutics in aquaculture. This research examines their efficacy in managing "Vibrio harveyi," a widespread disease responsible for considerable economic detriment in the aquaculture sector. Nanoformulations, made from eco-friendly and biocompatible substances, provide regulated and targeted medication administration, hence minimizing off-target effects and decreasing environmental pollution. These technologies improve the stability and bioavailability of recombinant proteins, addressing issues such as fast breakdown in aquatic conditions. The use of modern nanotechnology in aquaculture medicine provides a sustainable and efficient approach to address bacterial infections, enhance fish health, and guarantee ecological safety. This study shows the current progress, problems, and possible future paths of biodegradable nanoformulations for recombinant protein drug delivery, highlighting how they could completely change sustainable aquaculture operations.

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