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How DNA Helps Us Design New Drugs | Subtractive Genomics & Molecular Docking | Biology Project 1
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How DNA Helps Us Design New Drugs | Subtractive Genomics & Molecular Docking | Biology Project 1
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How DNA Helps Us Design New Drugs | Subtractive Genomics & Molecular Docking | Biology Project 1
(00:00) Introduction: Allah’s Creation and Genetic Information
(00:12) DNA, Genes, and Genomics
(00:57) Using Genetic Information to Design Drugs
(01:11) Understanding Pathogens Through the “Tiny Thief” Analogy
(02:24) What Is Subtractive Genomics?
(03:05) How Pathogens Trigger the Immune System
(03:39) Comparing Host and Pathogen Genomes
(04:06) Identifying Pathogen-Specific Proteins
(04:38) Selecting Essential Genes
(04:56) Finding Potential Drug Targets
(05:11) Understanding Molecular Docking
(05:57) From Targeted Compounds to Medicines
(06:12) Biology Project 1: Computational Drug Design
(06:22) Data Collection Using NCBI
(06:48) Selecting Essential Proteins
(07:01) Confirming Drug Targets
(07:14) Selecting Candidate Compounds
(07:30) Studying Compound Properties
(07:47) Skills Students Will Develop
(08:02) Mini Projects and Final Project Outcome
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