Dr. Omics Education;

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Course Requirements

Motivation to Learn: A strong desire to actively engage with and understand for biological data analysis and research.

Basic Knowledge: Familiarity with core concepts in biology and molecular biology to relate programming applications to biological contexts.

Interest in Technology: An eagerness to explore and adopt programming tools and techniques widely used in computational biology and bioinformatics.

Software: Only free and open-source software will be utilized, eliminating the need for additional purchases.

Hardware: A laptop with at least 4GB of RAM and 100GB of free hard disk space to run and associated libraries effectively.

Course Description

Dive into the fundamental concepts and principles of molecular docking, bridging theory with practical applications.
Understand the role of molecular docking in drug discovery, virtual screening, and protein-ligand interactions.
Gain hands-on experience with docking software tools such as AutoDock and PyMOL for real-world scenarios.
Learn to interpret docking results, including binding affinity and poses, to derive actionable insights.
Explore case studies to understand the application of molecular docking in addressing biological and pharmacological challenges.
Develop the skills needed to independently design and execute molecular docking experiments.

Course Outcomes

Acquire a solid understanding of molecular docking principles and its significance in computational drug discovery.
Master the use of molecular docking tools and software for analyzing protein-ligand interactions.
Develop proficiency in setting up and running molecular docking simulations using real-world datasets.
Interpret and analyze docking outputs to evaluate binding affinities and interactions effectively.
Apply molecular docking methodologies to solve complex problems in drug discovery and research.
Build a strong foundation for pursuing advanced studies or careers in computational drug discovery and bioinformatics.

Rules & Regulations

Attendance: Students must watch at least 75% of the recorded sessions to meet the minimum participation criteria.
Feedback and Communication: Maintain open communication with instructors for clarifications and actively provide constructive feedback to enhance the course experience.
Certification: A certificate of completion will be awarded to students who fulfill the attendance requirement and complete all necessary course components.

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