Sami El Khatib
Applied Modern Molecular Biotechnology: From Genetic Engineering to Biomanufacturing, Molecular Medicine, and Translational Innovation provides a structured, university-level exploration of contemporary molecular biotechnology as a gene-centered scientific and applied discipline. The textbook guides learners from the conceptual foundations of recombinant DNA technology, cloning systems, genome editing, sequencing, and multi-omics analysis to advanced applications in recombinant expression, bioprocess scale-up, microbial cell factories, molecular diagnostics, biosensors, therapeutic proteins, antibody engineering, nucleic acid medicines, gene therapy, and vaccine platforms. Designed for students, instructors, and emerging biotechnology professionals, the book integrates molecular mechanisms with practical workflows, quality-control logic, translational development, regulatory awareness, and biomedical relevance. Its chapter-by-chapter organization emphasizes how DNA, RNA, proteins, engineered cells, and biological production systems are designed, validated, manufactured, and applied to solve problems in medicine, industry, agriculture, and environmental biotechnology.
