Seminar 1

Reading and understanding a scientific research paper is fundamental to higher level science training. Through seminar 1, students will not only learn the most current findings in biological research, but also how to identify the scientific question, hypothesis and experimental design of the research. Students will be trained in identifying these elements of the article by reading several research papers.

A research article is the written form of communicating the research process and new findings. Students will learn how to orally deliver information using creating visual presentation material (using Powerpoint or other software). Seminar presentations will be conducted as pairs (or more) in 100% English.

Through reading research articles and presenting them, students will also learn how to formulate questions that are appropriate for the context and engage in a scientific discussion.

Seminar 2

Seminar 3

Seminar 4

Cell Biology

Physiology

Systems Biology

All living creatures like us are remarkable, complicated systems. Systems biology is an interdisciplinary field of physics, mathematics, computer science and biology. It explores the underlying design principles of biological processes and helps us to better understand the phenomenon of life at systems level. Systems biology advances the arrival of a new era that makes it possible to control and manipulate biological systems and to even design artificial biological systems. In this class, we will learn about the systems biology view of various biological phenomena and its analytical methods. In addition, we will learn about the application of systems biology to medicine and its impact on ethical and social issues.

Bio Data Analytics

Immunology

The immune system is composed of a complex network of cells and molecules, which (1) protects the body against pathogenic invaders and (2) maintains physiological homeostasis. These functions are essential for our survival, indicating that the malfunction of the immune system can cause pathological conditions in our bodies. Simultaneously, it could be incredibly useful in our endeavor to conquer diseases. In this course, we will learn basic concepts and vocabulary of immunology and understand how the mammalian immune system orchestrates innate and adaptive immune responses that are essential for life.

The goal of this course is to promote critical thinking skills that are required to solve immunological questions and to ultimately prepare students for working in immunology and related research areas.

Genetics

Cell Biology 2

This course is suitable for life science majors with a strong background in the cell biological sciences. This course deals with higher level concepts and principles in the field of cell biology. In particular, it provides a deeper understanding for students who wish to conduct research in the cell biology area. Topics include : anatomy and physiology of tissues and cells, principles of cell biological experiments, the biology of organelle that are responsible for metabolism and stress responses and some disease-related metabolism such as immunometabolism and cancer metabolism.

Molecular Biology 1

The 21st century is the age of biotechnology and molecular biology is at the center of it. Molecular biology is the science that attempts to understand the phenomena of life at the molecular level. This course introduces the molecular-level life phenomenon and its principles shared by various living things on earth, such as microorganisms, animals, and plants. General biology and microbiology are required as prerequisites for taking this course.

Molecular Biology 2

Molecular Immunology

Various tissues and cells of the human body exert specialized functions, which are necessary for life. They also interact with each other to maintain biological functions. Among those, immune cells, found throughout the whole body, are specialized to maintain the body’s homeostasis. The disruption of the body’s homeostasis by in- and extrinsic factors (e.g., genetic defects and infections) generally leads to immune activation and subsequent immune pathologies. Furthermore, the malfunction of the immune system can cause diseases. Therefore, a better understanding of the immune system will help us to identify the molecular mechanisms of various pathologies and lead to the identification of novel therapeutic strategies. “Immunology” is designed to impart basic principles of the immune system and to provide an overview of different immune cells. This course will build upon this and introduce more in-depth molecular mechanisms leading to a variety of pathologies and the latest trends in immunological research. This is a PBL course.

Developmental Biology

Bioinformatics

Biochemistry 1

Biochemistry 2

General Microbiology Lab

Development of New Drugs

The Drug Discovery & Development course is designed to provide students with a comprehensive understanding of the drug discovery process from its inception to the development of potential therapeutics. This course combines principles of medicinal chemistry, pharmacology, molecular biology, and translational research to equip students with the knowledge and skills needed to contribute to the advancement of pharmaceutical science.

English Scientifics Research Report

English Scientific Research Report (ESRR) is an advanced English language course within the School of Life Science. It equips Life Science students with the English language skills they need to publish the results of research to academic readers. In keeping with the values of Handong Global University, ESRR encourages students to explore and develop God’s creation in a way that worships the Creator God, blesses humanity and conserves the natural world.