Genomics & Gene Therapy (BIO310) | Verified Q&A on Functional Genomics, Ex Vivo & In Vivo Gene Delivery, Proteomics

This concise and expertly verified resource provides key definitions and explanations relevant to the Genomics and Gene Therapy course (BIO310). The document includes foundational terms covering gene therapy techniques and advanced genomics, ideal for students seeking clarity on both basic and applied aspects of molecular medicine. Highlighted topics include functional genomics, which explores how genes operate collectively in an organism; comparative genomics, used to analyze evolutionary differences across species; and proteomics, which focuses on protein structure, function, and interactions. The document also introduces bioinformatics, the computational approach to genome analysis, essential for modern biological research. Therapeutic applications such as in vivo and ex vivo gene therapy are clearly defined, helping students understand the delivery mechanisms of genetic treatment—whether modifying cells inside the body or altering them externally before reimplantation. This study aid is ideal for: Undergraduate students in molecular biology, genetics, and biotechnology Pre-med and life science students learning the basis of genomic therapy Nursing, biomedical, or pharmacy students covering therapeutic gene delivery Graduate students seeking a fast glossary of key terms in gene therapy research It serves as a focused and effective summary for review, flashcard creation, or pre-exam refreshers. Keywords: gene therapy, in vivo, ex vivo, functional genomics, comparative genomics, bioinformatics, proteomics, gene delivery, genome analysis, genetic treatment, stem cell modification, gene insertion