Harnessing Quantum Computing and Microfluidics for Advanced Drug Discovery and Delivery in Livestock
Ahmed Salah
Assiut University, Egyp
Fatma Abdel-Rahman
Department of Veterinary Sciences, Mansoura University
Keywords: quantum computing, microfluidic, drug discovery, drug delivery, livestock
Abstract
The discovery and development of new pharmaceuticals is a lengthy and expensive process. However, emerging technologies like quantum computing and microfluidics offer new possibilities to accelerate and improve drug discovery and delivery in the livestock industry. In this paper, we provide an overview of how quantum computing can be applied to molecular simulation and drug design. We also discussed how microfluidics enables high-throughput screening and targeted drug delivery. By combining quantum and microfluidic technologies, more effective and customized treatments can be rapidly designed and administered to livestock. We review case studies that demonstrate the potential of these technologies and propose future directions for research and development. Overall, harnessing quantum computing and microfluidics represents a promising new paradigm for advanced drug discovery and delivery in livestock that can transform veterinary medicine.
Author Biography
Fatma Abdel-Rahman, Department of Veterinary Sciences, Mansoura University
