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1. Introduction to Molecular Modeling in Drug Design   Molecular modeling is a powerful tool that has revolutionized the field of drug design. By utilizing computational techniques to study the behavior of molecules at the atomic level, scientists can predict the interactions between drugs and their biological targets with unprecedented accuracy. In this blog post,

Introduction: Proteins are vital for life, performing various functions crucial for organisms. Understanding their 3D structures is essential, yet experimental determination is challenging and resource-intensive. Computational methods offer a solution, with Template-based Modeling (TBM) and Free Modeling (FM) being the main approaches. Template-Based Modeling (TBM): TBM relies on existing structures as templates, assuming sequence similarity

Introduction Mendelian and complex genetic diseases pose significant challenges to both affected individuals and society. While Mendelian diseases result from mutations in a single gene, complex trait diseases arise from the accumulation of mutations in linked or unlinked genomic regions. Unfortunately, many of these conditions remain undiagnosed due to the limitations of conventional diagnostic tests.

Introduction The development of new therapies for diseases is a challenging and costly process that requires extensive research, testing, and approval. Many potential drugs fail to reach the market due to lack of efficacy, safety, or profitability. Therefore, there is a need for innovative and efficient methods to accelerate and improve the drug discovery and

Machine learning (ML) and next-generation sequencing (NGS) have significantly transformed genomics, offering valuable tools for understanding the structure, function, and evolution of genomes, as well as advancing disease diagnosis and treatment. ML, a subset of artificial intelligence, facilitates computers in learning from data and making predictions without explicit programming, while NGS is a high-throughput technique

In a world where one-size-fits-all approaches dominate, understanding the intricate relationship between your genes and your response to food can unlock the door to a personalised and effective approach to nutrition. Your genetic code, a unique blueprint passed down through generations, plays a pivotal role in determining how your body processes and reacts to the