An introduction of the development and registration of pharmaceutical products in Hong Kong and the Mainland markets. Registration of pharmaceutical products (drugs, medical devices, food supplements) is a comparatively new biotechnology‐business model, which has evolved from governmental regulations to public health through the assurance of safety and efficacy of pharmaceutical products. This course emphasizes the essential components of pharmaceutical development; discusses the key stages and decision points in the process; and gives a detailed analysis on the quality control and regulatory requirements. The technological and financial requirements of the development of pharmaceutical products are also covered. Professional training in these disciplines, lacking in Hong Kong and the Greater Bay Area, is crucial for students who plan to pursue further studies or develop their career in the biotechnology sectors.
Credit(s): 3
Prerequisite(s):LIFS 2070
Learn more: Read MoreMany ribonucleic acids (RNA)-related technologies, including gene-editing and gene-silencing, are essential for research and clinical applications. In addition, mRNA vaccines for SARS-CoV-2 have been successfully developed, making RNAs more exciting and crucial material to learn. The success of making mRNA vaccines encourages scientists to develop mRNA-based drugs to treat different diseases in the future. This experiential learning course focuses on applying several essential RNA-related technologies in diagnosing and treating human diseases. The course introduces the basic knowledge of RNAs, fundamental principles on RNA-related technologies, and experimental practices for RNA technologies. After learning the basics of RNAs and the principles of six RNA technologies, students will work in teams to develop their projects, and design experiments to make their RNA-related products. By the end of the course, each team will conduct experiments, collect the data, and present and discuss their results at the end of the course. For LIFS/BIBU students in their third or fourth year of study and students with instructor’s consent only.
Credit(s): 3
Prerequisite(s):LIFS 1904 AND LIFS 2210
Learn more: Read More[Previous Course Code(s) LIFS 6000C] Students are expected (i) to know calculus and basic probability and (ii) to have some experience of programming (in any language). Requirement (ii) can be satisfied by self-learning an R tutorial before the course.
Credit(s): 3
Learn more: Read MorePrevious course code: LIFS 4580
An introduction to bioinformatic analysis in life science. Students will learn about the principles and approaches used in working with genetic, genomic and proteomic data. Applications to basic science and translational research will also be introduced. No experience in computer programing is required.
Remarks: BCB and BIOT elective
Credit(s): 3
Prerequisite(s):LIFS 3140
Learn more: Read MoreThis course will cover the biogenesis and function of non-coding RNAs, drawn from molecular, biochemical and cell biological studies. Dysfunction of non-coding RNA in disease and the application of non-coding RNA as research tools will be discussed.
Credit(s): 4
Lecture: 2 hours per week
Tutorial, Seminar or Recitation: 2 hours per week
Laboratory or Field Study: 0 hours per week
Learn more: Read More[Co-List with BIEN 5001]
This course will present some of the most common ethical issues encountered in biomedical research and biotechnology. Students will engage in active discussion to provide deeper understanding of each issue. The objective of this course is to raise awareness of the ethical issues around biomedical/bioengineering research, and encourage critical and responsible consideration of research conduct. Topics covered will fall into three categories: 1) Research integrity, 2) Applied ethics in biological research and biotechnology, and 3) Contemporary ethical issues arisen from emerging biotechnologies. Graded P or F.
Credit(s): 3
Lecture: 3 hours per week
Tutorial, Seminar or Recitation: 0 hours per week
Laboratory or Field Study: 0 hours per week
Exclusion(s):BIEN 5001
Prerequisite(s):Some knowledge of general biology concepts, equivalent to introductory biology at the undergraduate level
Learn more: Read More[Previous Course Code(s): BISC 526]
Advanced topics on the biochemical basis of human diseases, molecular medicine and structure based drug design; an oral presentation and a written essay on a specific topic are required.
Credit(s): 3
Lecture: 3 hours per week
Tutorial, Seminar or Recitation: 0 hours per week
Laboratory or Field Study: 0 hours per week
Prerequisite(s):LIFS 4760 or equivalent
Learn more: Read MoreThis course includes selected topics of current interest in Life Science which are not covered by existing courses. Credit to be determined on case by case basis based on workload. May be repeated for credit, if different topics are covered. Enrollment may require approval of the course instructor.
Spring 2020
LIFS6000C Biostatistics: theory and application in life science research (3 credits)
Course description
Statistical analysis has become an essential component in life science research for analyzing experimental data, experimental design, and exploratory analysis. This course is tailored to an audience of graduate students and researchers working in biological sciences and more broadly disciplines working with experimental or simulated data. We will introduce some widely used methodologies in contemporary research, such as hypothesis testing, nonparametric approaches, cross-validation and bootstrapping. To ensure the correct use of these statistical tools and to be able to generalize to new scenarios, we will also discuss some of the fundamental theories behind these methods. The students will gain practical experience from homework problems including programing and use of packages.
Credit(s): 1-4
Learn more: Read More[Previous Course Code(s): LIFS 6110, BICH 601, BIOL 611]
Advanced seminar series presented by postgraduate students on their research topics in biological sciences offered in Fall/Spring Terms. This course may be repeated for credit. Graded PP, P or F.
Credit(s): 1
Exclusion(s):ENVS 6011
Learn more: Read MoreThis course will expose postgraduate students to selected current topics in Development and Systems Biology. This course may be repeated for credits. Graded P or F.
Credit(s): 2
Lecture: 2 hours per week
Tutorial, Seminar or Recitation: 0 hours per week
Laboratory or Field Study: 0 hours per week
Learn more: Read More