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BT731 : Modern Biotechnology: Principles & Applications

Course Overview

Course Synopsis

This course is designed to develop understandings of the students about comprehend the scope of biotechnology, Differentiate between the fine differences between biotechnology and allied fields, Appreciate the commercial potential of biotechnology products, understand the principles of microbial growth and relate them with large scale manufacturing at the industrial scale, Appreciate advances in healthcare biotechnology and understand how it is shaping up modern biopharmaceutical sector, Comprehend how biotechnology is protecting the environment, understand how analytical biotechnology is exploited to make biosensors, how biotechnology products are going to revolutionize clinical trials, what are going to be fuels of the future

Course Learning Outcomes

scope of biotechnology, biotechnology and allied fields, commercial potential of biotechnology, Advances in healthcare biotechnology, modern biopharmaceutical sector, biotechnology in the environment, biosensors,

  • After completing this topic, student will be able to • Understand and comprehend the scope of biotechnology
  • Differentiate between the fine differences between biotechnology and allied fields •
  • Appreciate the commercial potential of biotechnology products
  • Understand the principles of microbial growth and relate them with large scale manufacturing at the industrial scale •
  • Identify and differentiate between various fermentation systems •
  • Appreciate advances in healthcare biotechnology and understand how it is shaping up modern biopharmaceutical sector
  • • Comprehend how biotechnology is protecting the environment • Understand how analytical biotechnology is exploited to make biosensors • How biotechnology products are going to revolutionise clinical trials • What are going to be fuels of the future
  • • How biotechnology products are going to revolutionise clinical trials


Course Calendar

TopicLectureResourcePage
Introduction1PPT
Biotechnology in 21st Century2PPT
Roots of Biotechonology3PPT
Roots of Biotechonology_24PPT
Discovery of DNA5PPT
Dawn of Biotechnology6PPT
Commercialising Biotechnology7PPT
Biotechnology Giants8PPT
PCR & Biotechnology9PPT
Human Genome Project10PPT
Human Genome Project11PPT
Emerging Fields12PPT
Pharmacogenomics13PPT
Structure of DNA14PPT
Replication15PPT
Replication_216PPT
Assignment No. 1
Transcription 117PPT
Transcription 218PPT
Transcription 319PPT
Code of Codons20PPT
Translation 121PPT
Translation 222PPT
Translation 323PPT
Expanding the genetic code24PPT
Amino Acids25PPT
Peptide Bond26PPT
Foreces Defining Protein Structure27PPT
Foreces Defining Protein Structure_228PPT
Secondary Structure29PPT
alpha-helix30PPT
beeta-sheets31PPT
Super Secondary & Tertiary32PPT
Super Secondary & Tertiary_233PPT
Engineering the three domains34PPT
Engineering the three domains_235PPT
Learning from extremophiles36PPT
Learning from extremophiles_237PPT
Engineering the Prokaryotes38PPT
Restriction Endonuclease_139PPT
Restriction Endonuclease_240PPT
DNA Ligase41PPT
Vectors in Prokayotes42PPT
Plasmid Classification43PPT
Bacterial Plasmids44PPT
Assignment No. 2
Development of Plasmids45PPT
Insertional Inactivation46PPT
Expression vectors47PPT
Life cycle of Bacteriophage48PPT
Vectors based on the lambda _149PPT
Vectors based on the lambda _250PPT
Genome of M1351PPT
Vectors based on M1352PPT
Cosmids53PPT
Making genomic libraries in E.coli54PPT
Do Bacteria Age55PPT
Bacterial Growth Curve56PPT
Measuring Bacterial Growth57PPT
High Copy number & Expression Strategies_158PPT
High Copy number & Expression Strategies_259PPT
Protein Secretion Pathway60PPT
Type 1 Protein Secretory Pathway61PPT
Type 2 Protein Secretory Pathway62PPT
Type 3 Protein Secretory Pathway63PPT
Type 3 Protein Secretory Pathway_264PPT
Type 4 Protein Secretory Pathway65PPT
Type 5& 6 Protein Secretory Pathway66PPT
Midterm Examination
Gram Positive Bacteria67PPT
Secretions & Biotechnology68PPT
Benefits to clone in Eukaryotes69PPT
Post translational modification of Proteins70PPT
Post translational modification of Proteins_271PPT
Types of Eukaryotic Expression System72PPT
Saccharomyces cerevisae73PPT
Transofrmation in Yeast74PPT
Yeast Vector 175PPT
Yeast Vector 276PPT
Yeast Vector 377PPT
Markers in Yeast78PPT
Promoters in Yeast79PPT
Pichia pastoris80PPT
Inclusion Bodies81PPT
Baculovirus-Insect Expression System82PPT
Baculovirus-Insect Expression System_283PPT
Biomimetics84PPT
Biomimetics_285PPT
Mammalian Cell Expression86PPT
Vectors for Mammalian Cell Expression87PPT
Vectors for Mammalian Cell Expression_288PPT
Enhancing the Productivity89PPT
Enhancing the Productivity_290PPT
Genome Editing Technologies91PPT
CRISPR CAS992PPT
CRISPR CAS9_293PPT
Pharmaceutical Biotechnology94PPT
Pharmaceutical Biotechnology Market95PPT
Hormones96PPT
Receptors and Drugable Proteins97PPT
Insuline the Hormone98PPT
Diabetes Mellitus99PPT
Insuline Receptor100PPT
Type 2 Diabetes101PPT
Insuline Molecule102PPT
Drawbacks of Animal Insuline103PPT
Genetical Engineered Insuline Production104PPT
Genetical Engineered Insuline Production_2105PPT
Insuline Analogs106PPT
Insuline Analogs_2107PPT
Glucagon108PPT
Human Growth Hormone109PPT
Human Growth Hormone the Molecule110PPT
Therapeutic use of Growth Hormone111PPT
Assignment No. 3
Fertility Hormones112PPT
Male Reproductive System113PPT
Female Reproductive System114PPT
Female Reproductive System_2115PPT
Follicle Stimulating Hormone116PPT
Applications of Gonadotrophins117PPT
Vaccine a Historic Prospective118PPT
Vaccine a Historic Prospective_2119PPT
Traditional Vaccine Preparation120PPT
Traditional Vaccine Preparation_2121PPT
Recombinant Vaccines122PPT
Recombinant Vaccines_2123PPT
Recombinant Vaccines_3124PPT
Peptide Vaccines125PPT
Medical Implants126PPT
Biosensors127PPT
Drug Development Process128PPT
Points of Care Diagnostics129PPT
Points of Care Diagnostics_2130PPT
Points of Care Diagnostics_3131PPT
Theranostics and Pay for Performance132PPT
Low Cost Diagnostics133PPT
Lateral Flow Immunoassay134PPT
Final Examination
 
 
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