Master Molecular Biology & Chromatography: Biotech & Pharma Career Path

What you will learn:

1. Master core molecular biology principles and mechanisms.
2. Become proficient in various chromatography techniques.
3. Develop skills for designing and executing impactful research.
4. Gain a cross-disciplinary skillset valuable across scientific fields.
5. Understand industrial bioprocesses and scale-up methodologies.
6. Explore different fermentation techniques and optimization strategies.
7. Learn about strain improvement methods and genetic engineering.
8. Master bioreactor design, operation, and control systems.
9. Understand the role and application of enzymes in biotechnology.
10. Prepare for diverse and lucrative career paths in the life sciences.

Description

Dive Deep into the World of Molecular Biology and Chromatography!

This in-depth course provides a comprehensive understanding of molecular biology principles, focusing on DNA, RNA, and proteins, alongside mastering crucial chromatography techniques. You'll explore the intricate mechanisms governing life processes and gain practical skills for analyzing complex biological mixtures.

Elevate Your Scientific Career:

This course isn't just theory; it's designed to equip you with the skills needed to excel in research and industry. Learn to apply your knowledge to real-world scenarios in biotechnology, pharmaceuticals, and healthcare. We'll cover cutting-edge methodologies and provide insights into successful research strategies.

Benefits You'll Gain:

Deep Biological Understanding: Grasp the fundamentals of molecular biology and their applications.
Chromatography Expertise: Master various chromatographic techniques for separating and analyzing biological compounds.
Research Readiness: Develop the skills to design, execute, and analyze research projects in diverse scientific fields.
Career Advancement: Prepare for rewarding careers in biotechnology, pharmaceuticals, and healthcare, both in India and abroad.
Global Career Opportunities: Explore competitive salary packages and job roles across India and internationally.

Ideal for: Aspiring scientists, biotech enthusiasts, laboratory professionals, graduates in biology, biochemistry, or related fields seeking advanced training and career advancement.

Course Structure: The curriculum is structured for easy comprehension, progressing from fundamental concepts to advanced applications. We integrate theory with practical examples to enhance learning and retention.

Enroll now and transform your scientific career!

Curriculum

Introduction to Bioprocess Engineering

This section lays the groundwork for understanding bioprocesses. Lectures cover the basics of biobased products, their types, and the critical concept of scale-up in industrial settings. You'll explore bioreactors as production units and delve into a real-world example with Amul's cheese production. We analyze key considerations for scaling up industrial bioprocesses, highlighting advantages, disadvantages, and the Indian context of biomanufacturing.

Fundamentals of Molecular Biology & Fermentation

Here, you'll delve into the heart of fermentation processes. Lectures discuss microbes' crucial role in fermentation, key metabolic pathways, and the different types of fermentation (alcoholic and acidic). You'll learn about the National Collection of Industrial Microorganisms (NCIM), primary and secondary screening, feedstock selection for fermentation, optimal process parameter selection, media formulation for increased yield, and sterilization techniques. Real-world examples are provided throughout.

Advanced Fermentation Techniques

This section builds upon the foundational knowledge, focusing on advanced fermentation techniques. Lectures explore different fermentation strategies: batch, fed-batch, and continuous fermentation, along with submerged and solid-state fermentation. You'll analyze physicochemical factors influencing fermentation processes, desirable product outcomes, and detailed comparisons between different fermentation approaches, supported by research articles and examples.

Strain Improvement & Optimization

Enhance your understanding of strain improvement through mutation and metabolic engineering. This section covers mutagenesis techniques, analyzing factors affecting mutagenesis, and exploring metabolic engineering approaches for stable and reliable production. Lectures illustrate these concepts with examples of penicillin and lysine production. Discussions on genetic stability, strain robustness, substrate utilization engineering, and tolerance engineering are also included, culminating in a detailed study of recombinant insulin production using E.coli.

Bioreactor Design & Operation

This section provides a thorough understanding of bioreactor design and operation. You will learn about basic bioreactor concepts, different geometries and stirrer designs, and the challenges related to mixing. Lectures cover various bioreactor control systems, including those for submerged and solid-state fermentation, along with discussions on different types of bioreactors and their applications. A detailed comparison of submerged and solid-state fermentation concludes this section.

Enzymes in Biotechnology

The final section focuses on enzymes and their applications in biotechnology. You will learn about enzyme classification, types based on occurrence, specificity, and reaction catalysis. Lectures explore specific enzyme applications in food industries, animal feed, and therapeutics. The factors affecting enzyme activity and the core principles behind their function are discussed in detail.