Cellular & Molecular Biology

Cellular & Molecular Biology

IN THIS SECTION

Understand the building blocks of life.

The Cellular & Molecular Biology minor will give you broad understanding of the foundational building blocks of all life, making connections between molecules, cells, and tissues, and exploring their functions in healthy and diseased states. There is a specialized track for Chemistry Majors as well as a general track open to all majors. The minor curriculum will develop your critical thinking and communication skills, as well as training you in modern laboratory techniques used in the field to prepare you for a multitude of careers in the life sciences, healthcare, education, and beyond.

Check out the different cellular & molecular biology courses waiting for you at Worcester State!
BI-141 Intro to Cellular and Molecular Biology
Cellular and molecular concepts in biology. Emphasis on the structure and varied functions of the cell. Three lecture hours and three laboratory hours per week. Intended for STEM Majors.
4 credits
BI-203 Genetics
Introductory genetics with examples of human inheritance and recent developments in genetic engineering. Three hours of lecture and a three-hour laboratory per week.
4 credits
BI-204 Microbiology
The cytology, metabolism, and genetics of bacteria. Immune responses and control of microorganisms are stressed. Three lectures and a three-hour laboratory per week.
4 credits
BI-103 The Human Animal
A general survey of the structure and function of human body systems from the biochemical and cellular basis of life to evolution of the human body and the organization of organs and organ systems, including the biological basis of selected disease states.
3 credits
BI-104 The Human Animal Laboratory
This course is the lab to accompany The Human Animal, a general survey of the structure and function of human body systems from the biochemical and cellular basis of life to evolution of the human body and the organization of organs and organ systems, including the biological basis of selected disease states.
1 credit
BI-140 Introduction to Organismal Biology
Evolution, ecology, anatomy, physiology and diversity of organisms. Three hours lecture and three hours lab each week. Intended for STEM majors.
4 credits
BI-200 Human Biology
A systemic approach to the study of human biology. The course will emphasize structure/function relationships and homeostatic mechanisms. Three hour lecture and three hour lab.
4 credits
BI-205 Research Techniques and Experimental Design
Investigations in experimental design and research methodologies required for the Honors program in Biology (or Biotechnology).
2 credits
BI-306 Developmental Biology
Study of developmental patterns, cellular differentiation and cell interactions resulting in cellular diversity, organization, and perpetuation of the germ line. Three lecture hours and three laboratory hours per week.
4 credits
BI-371 Advanced Topics in Cell and Molecular Biology
Examination of current topics in cell and molecular biology, including mechanisms that regulate gene expression and protein function, organization of cellular components into functional pathways, and modern experimental techniques.
4 credits
BI-372 Immunology
Introduction to cellular defense mechanisms in health and disease; antigen-antibody reactions, human immune responses. Three lecture hours and three laboratory hours per week.
4 credits
BI-375 Virology
Physical structure and replication schemes of viruses; role of viruses in human disease, research and commercial applications. Three lecture hours and three laboratory hours per week.
4 credits
BI-398 Cancer Biology
Cellular and molecular basis of cancer, including cancer genetics, biochemical pathways related to cancer, and modern treatment approaches.
4 credits
BT-375 Tissue Culture
A review of the methods of animal and plant tissue culture. Media preparation, aseptic techniques and cell culture technology. Three lecture hours and three laboratory hours per week.
4 credits
BT-376 Biotechnology
Principles, applications of recombinant DNA (molecular/microbial aspects). The Biotechnology industry including bioreactor manufacturing standards and government rules. Three lecture hours and three laboratory hours per week.
4 credits
BT-377 Fermentation Technology
Explores the application of biological and engineering principles involved in manufacturing pharmaceutical products.
4 credits
BT-378 Bioinformatics
Provides an overview of Bioinformatics including database structure, genomics, computational biology and proteomics. Three lecture hours and three laboratory hours per week.
4 credits
CH-112 Survey of Chemistry
Chemical and physical properties of inorganic, organic and biochemical compounds with implications for human health and environment. Ancillary course - Nursing program. Three lecture hours and three laboratory hours per week.
4 credits
BI-206 Medical Microbiology
A study of growth and control of pathogenic microorganisms with emphasis on infectious disease transmission, immune responses, prevention and treatment. Three lecture and three laboratory hours per week.
4 credits
BI-111 Social Biology
This course considers the interface between current biological technologies and the social, cultural, legal, and moral postures of modern man.
3 credits
BI-112 Diseases and Mankind
Diseases of ancient and modern man; the impact on history, religion, science, art and philosophy.
3 credits
BI-207 Public Health Microbiology
Growth and control of pathogenic microorganisms with emphasis on infectious disease transmission, immune responses, prevention and treatment for Public Health majors.
3 credits

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Karl R. Wurst

Department Chair, Professor
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