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Introduction to Computer-Aided Drug Discovery
in Drug Discovery and Structural BiologyAbout this learning path
DISCLAIMER!
THIS BOOTCAMP WAS CONDUCTED AS A LIVE SESSION, AND THIS IS A RECORDING OF THAT SESSION. Participants who complete this learning path are eligible to recieve a certificate of completion.
The "Introduction to Computational Biology" is a carefully curated workshop designed for learners and professionals who want to delve into the world of computational biology. Over the course of two days, participants explored cutting-edge techniques and tools that are reshaping the field of biology.
This bootcamp was an excellent opportunity to build foundational knowledge as well as advanced skills in computational biology, especially for those looking to enhance their expertise or upskill in their careers. Whether you're new to the field or looking to expand your bioinformatics toolkit, this program covers the essentials and much more.
Key Highlights:
- Computer-Aided Drug Discovery (CADD): Learn how computational methods are used in the design and discovery of new drugs, accelerating the process and improving accuracy.
- Protein Structural Analysis and Modeling: Gain insights into protein structure and how it can be modeled using computational techniques to solve real-world biological problems.
- Bioinformatics (Proteomics): Understand how bioinformatics tools are applied to analyze proteomics data, enabling researchers to unlock the secrets of proteins and their functions.
- Hands-On Workshop: The bootcamp will feature practical, standardized exercises that allow you to apply the knowledge gained in real-time.
- Certificates: Participants can receive certificates upon completion, adding a valuable credential to their professional profiles. (T&Cs apply)
Led by expert instructor Onoyima Samson and hosted by Ezeoka "Chuma" ,this bootcamp offered a unique opportunity to learn from a seasoned professional in the field of computational biology. The sessions were interactive, giving participants the chance to ask questions and engage with complex topics in a clear and accessible manner.
Register now and take the first step toward mastering computational biology!
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Day 1: The Beginning of Your Computational Biology Journey
Day 1 of the Introduction to Computational Biology Bootcamp marked the official start of an engaging two-day exploration into the world of computational biology. This foundational day was designed to provide participants with a strong understanding of key concepts while introducing the tools and techniques essential for tackling critical challenges in healthcare and biomedical research.
The day began with a warm welcome and a brief orientation session. Participants were guided through the platform, introduced to the instructors, and provided with a clear overview of the bootcamp’s objectives. The structure of the sessions and the expected outcomes were outlined to ensure everyone had a clear understanding of what to anticipate.
The Essentials of Computational Biology
The technical sessions kicked off with a high-level introduction to computational biology, providing an overview of how data-driven approaches are transforming healthcare and life sciences. Participants learned about the core disciplines—bioinformatics, genomics, and proteomics—and their applications in understanding complex biological systems.
Building the Foundation for Success
Day 1 also included interactive discussions, Q&A sessions, and dedicated time for participants to familiarize themselves with the platform and tools. These activities were designed to ensure a solid grasp of the topics covered and to build confidence in preparation for the advanced topics on Day 2.
By the end of Day 1, participants were well-prepared to dive into advanced techniques, equipped with a robust foundation for the remaining sessions of the bootcamp.
Day 2: The Real Deal – Hands-On Mastery and Practical Application
Day 2 of the Introduction to Computational Biology Bootcamp was an immersive experience where theory met practice. Following the foundational knowledge built on Day 1, the focus shifted toward hands-on application, real-world scenarios, advanced techniques, and testing newly acquired skills.
Advanced Techniques: Protein Structural Analysis and Bioinformatics
The day began with an in-depth session on Protein Structural Analysis and Modeling, a critical skill in computational biology. Participants explored how protein structures are predicted, visualized, and analyzed to better understand their functions and interactions. This was followed by a practical session on Bioinformatics, emphasizing Proteomics. Attendees worked with actual biological datasets, applying techniques to analyze protein functions and interactions on a large scale.
Hands-On Workshop: Putting Knowledge to the Test
The core of Day 2 revolved around hands-on exercises. Participants actively engaged with standardized tasks designed to challenge their problem-solving abilities and reinforce their learning. These exercises simulated real-world computational biology scenarios, offering a chance to apply advanced techniques to datasets and draw meaningful conclusions. The session also encouraged interactive problem-solving, collaboration with peers, and direct feedback from instructors.
Knowledge Testing and Real-Time Feedback
As the day progressed, attendees participated in a comprehensive knowledge test to evaluate their understanding of the topics covered. This included practical exercises, quizzes, and real-time feedback from instructors, ensuring key concepts and techniques were effectively grasped. This segment boosted participants' confidence and provided a measure of their new skills.
Conclusion and Certification
The bootcamp concluded with a reflective session, during which participants reviewed their learning journey, addressed final questions, and received guidance on advancing their skills in computational biology. For those who completed the bootcamp, certificates were made available upon request (T&Cs applied), offering standardized recognition of the skills and knowledge gained.
The recording of Day 2 captures the entire experience, allowing learners to revisit the sessions, reinforce their understanding, and continue their journey in computational biology.
In this document, you will find links to download the necessary software, and their installation guides.
