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Class overview
Class overview
The course is crucial for biotechnology students as it covers applications of biotechnology in medicine, pharmaceuticals, and forensic science. Understanding these areas enables students to explore topics such as personalized medicine, drug development, and forensic DNA analysis, which are vital for addressing health challenges and advancing justice systems.
What will you learn after taking this course?
What will you learn after taking this course?
Understand and present the knowledge on a range of concepts and issues in biopharmaceuticals, therapeutic proteins, gene therapy, CRISPR-Cas systems, and DNA markers in forensic science.
Demonstrate how to develop a novel therapeutic protein for an unknown disease.
Examine the forensic sample for identification of an individual using DNA markers.
Evaluation system
Evaluation system
Class attendance: 8%; Class performance, Class tests and presentation: 20%; Final exam: 72%.
Wrap-up class for GEBT 2020-21 session on 7/12/2024. Credit: Tanzil
Presentation time for GEBT 2020-21 session is on 3/12/24 and 7/12/2024. Credit: Students
About me
This is Dr. Saifullah. I have experience working in molecular medicine since my Ph.D. Therefore, I have a fascination to share my knowledge about gene therapy and therapeutic proteins with the next generation.
Resources
Resources
Book references
Book references
Glick BR, Pasternak JJ, Patten CL: Molecular Biotechnology: Principles and Applications of Recombinant DNA, 6th Edition. Washington, DC: ASM Press., 2022.
2. Fundamentals of forensic DNA typing, Butler, John M. (John Marshall), 1969.
Slide
Slide
Chapter-All others
Chapter-All others
GEBT 3211_Chapter-all others.pdf
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