Undergraduate Courses:
Human Anatomy and Physiology I and II: Bio 1205 & 1206
Bio 4205: Biology of the Eukaryotic Cell |
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INTRODUCTION:
Cell Biology is a study of cell structure and functions that determine function of multicellular organisms as a whole. This field of study arose from a union of the disciplines of biochemistry, genetics, molecular biology as well as anatomical cell biology. As such, the discipline of cell biology will encompass a broad spectrum of investigative techniques and a vast base of knowledge. In this course, structure and function of cell organelles and important macromolecules are studied as well as cell biological processes and their regulation. This material provides an important foundation for the study of biological processes at the organismal level such as endocrinology, physiology, pharmacology, and pathophysiology.
CELL BIOLOGY LECTURE TOPICS
Chemistry of Cells
Biological reactions
Methods of cell study: microscopic and biochemical
Membrane composition and structure
Membrane transport
Cell surface receptors and signaling
Cytoskeleton: organization and dynamics
Cell adhesion: surface receptors and the extracellular matrix
Chromatin organization and transcriptional regulation
Protein sorting and trafficking
Cell cycle regulation
Apoptosis
Cancer cell biology
For more information, access a sample course syllabus by clicking this link: Bio 4205 Sample Syllabus
Note that course content and assignments change on a regular basis.
INTRODUCTION:
Human Anatomy and Physiology is a two semester lecture and laboratory course in
which a systems-based approach is used to study human form and function.
Laboratories are critical for both detailed anatomical study but also for
applied learning of material particularly critical for understanding of
physiological processes.
This course is a cornerstone in the medical, nursing, or the allied
health fields where basic knowledge of anatomy and physiology is essential for
the challenge of the clinical experience.
LECTURE TOPICS Bio 1205
Composition of living matter
Cell structure and function
Protein synthesis, sorting, and trafficking
Membrane transport
Integumentary system
Skeletal system
Muscular system
Nervous system
LECTURE TOPICS Bio 1206
Cardiovascular system: blood, heart, and vascular tissues
Lymphatic system
Respiratory system
Digestive system
Urinary system
Immune system
Reproductive systems
For more information, access a sample course syllabus by clicking these links: Bio 1205 Sample Syllabus or Bio 1206 Sample Syllabus
Note that course content and assignments change on a regular basis.
INTRODUCTION: Cancer Biology (Special topics) is a one semester lecture course that provides an overview of the biological basis of cancer with an emphasis on cell biology relevant to the understanding of treatment strategies, past, present, and future. Foundation courses in either Cell Biology or Molecular Biology are important for comprehension of cell level processes that underlie the cancer process.
CANCER BIOLOGY LECTURE TOPICS
Cancer trends (epidemiology)
Cancer cell biology
Angiogenesis
The metastatic process
Chemical causes of cancer
Radiation as a cancer causative agent
Infectious diseases and the cancer link
Heredity and cancer
Oncogenes
Tumor suppressor genes
Cancer screening and diagnosis
Cancer trials and prevention
For more information, access a sample course syllabus by clicking this link: Bio 6940 Sample Syllabus
Note that course content and assignments change on a regular basis.