This is the laboratory portion of BIOL 1404.
This is the laboratory portion of BIOL 1414.
This course is a general survey of biology including the study of plants, animals, ecology, and some marine biology. This course includes one semester hour credit for laboratory sessions. This course cannot be applied toward a biology major.
A general introduction of microbiology with emphasis placed on public health. Various disease-causing agents are discussed. Procedures used in disinfection and sterilization are demonstrated with consideration given to infection control. Includes one semester hour credit for laboratory sessions. This course cannot be counted for credit toward a biology major.
This course is designed to enhance students’ understanding of biology through active and collaborative learning. Participants will work in small groups to explore concepts and problem-solving strategies under the guidance of peer leaders. Through guided inquiry, discussion, and practice, students will develop critical thinking, communication, and teamwork skills while deepening their knowledge of biology. The workshop format fosters a supportive learning environment where students can ask questions, share ideas, and learn from their peers.
Topics are selected on basis of student need and academic qualifications of staff. If regular lectures are not given, a minimum of 30 hours of work for each hour credit must be included. Laboratory may or may not be included. This course may be repeated for credit.
This course is a laboratory course designed to accompany BIOL 2304.
This course is a laboratory course designed to accompany BIOL 2314.
This course is a laboratory course designed to accompany BIOL 2354.
This course is a laboratory course designed to accompany BIOL 2355.
This course provides a comprehensive study of medical terminology including word roots, combining forms, prefixes and suffixes. Students build and analyze thousands of medical terms, and in the process, study the structure and functions of human body systems and diseases. This course cannot be counted for credit toward the biology major.
Topics are selected on basis of student need and academic qualifications of staff. If regular lectures are not given, a minimum of 30 hours of work for each hour credit must be included. Laboratory may or may not be included.
This course deals with the anatomical description and functions of the systems of the human body. Emphasis is placed upon the interrelationship between structure and function with maintenance and homeostasis being the unifying principle. This course cannot be counted for credit towards the biology major or minor.
This course deals with the anatomical description and functions of the systems of the human body. Emphasis is placed upon the interrelationship between structure and function with maintenance and homeostasis being the unifying principle. The course continues with human body systems not covered in BIOL 2304. This course cannot be counted for credit towards the biology major or minor.
This course is a lecture course required of all biology majors. Topics include cell structure and function, biological diversity, plant biology, and ecology.
This course is a lecture course required of all biology majors. Topics include animal tissues and organ systems, animal structure and function, life processes, biological diversity and the theory of evolution.
This is the laboratory portion of BIOL 3404.
This is the laboratory portion of BIOL 3414.
This is the laboratory portion of BIOL 3433.
This is the laboratory portion of BIOL 3434.
This is the laboratory portion of BIOL 3444.
This is the laboratory portion of BIOL 3454.
This is the laboratory portion of BIOL 3456.
This is the laboratory portion of BIOL 3464.
This authentic research lab introduces students to molecular and cellular biology topics and techniques in parallel with the lecture course. Students will conduct an independent research project that includes DNA purification, cell culture techniques, immunochemistry, and bioinformatics.
This course is required of all biology majors. Topics include biological chemistry, cellular structure and function, energy transformations, DNA, RNA, and protein synthesis.
This course provides an overview to the field of Global Health. Students in this course will learn about pathogen-related diseases that are common in developed countries, as well as those more prominent in developing countries. Students will also learn about challenges facing healthcare around the world such as healthcare systems, healthcare education, emerging diseases, formulation and execution of major global initiates, healthcare inequality, sanitation, mental health, and age-related health issues.
Nutrition and Metabolism is designed to acquaint the student with the role of nutrients in health, the physiology of the gastrointestinal tract, and the importance of nutrition in preventive and curative medicine.
This course will introduce students to the basic concepts of human genetics and its molecular and clinical implications. Topics include the chromosomal, molecular, and biochemical basis of disease, prenatal diagnosis, and genetic counseling. (Offered also as BCMB 3375.)
This course is a study of the interrelationships of the natural world and the interactions or organisms with their environment. Analysis of populations, both natural and human, in their communities and the impact of the physical factors will be explored. Current environmental issues will also be discussed. Sampling techniques and field studies will be emphasized. This course includes one semester hour credit for laboratory sessions. This course cannot be counted for credit toward the biology major.
This course is a general survey of the microorganisms and includes the morphology, physiology, and control of the organisms most important to humans. The microbiology of soil, food, water, and disease will be considered. This course includes one semester hour credit for laboratory sessions. (Offered also as BCMB 3414.)
A general study of structure and function of human cells including the basic cellular requirements for life. The importance of fluid distribution, fluid volume and fluid balance along with abnormal deviations will be covered. The student will obtain an understanding of the pathology of the cardiovascular system, nervous system, endocrine system, digestive system, excretory system, and musculo-skeletal system. This course includes one semester hour credit for laboratory sessions.
This course studies ecological concepts concerning ecosystems from a population, interspecific and community perspective. Sampling techniques and field studies will be emphasized. Analysis of populations in their communities will be explored. This course includes one semester hour credit for laboratory sessions.
This course deals with the molecular and chromosomal basis of inheritance. Topics include Mendelian and non-Mendelian inheritance, population genetics, and molecular genetics. This course includes one semester hour credit for laboratory sessions.
This course deals with the function of selected organ systems in vertebrates with the major emphasis on humans. Mechanisms of kidney function, circulation, respiration, nerve transmission, muscular contraction, endocrine function, and digestion are discussed in detail. This course includes one semester hour credit for laboratory sessions.
This is an advanced study of the anatomical structure of the human body. Body structure will be studied by organ systems and will involve a balance between gross anatomical study and histology. Form-function relationships will be emphasized. This course includes one semester hour credit for laboratory sessions.
A comparative study of the anatomy of representative vertebrates which stresses the patterns and interrelationship among vertebrates. A foundation is also provided for understanding the functions of vertebrate organs and systems. This course includes one semester hour credit for laboratory sessions.
This is the laboratory portion of BIOL 4423.
This is the laboratory portion of BIOL 4424.
This is the laboratory portion of BIOL 4425.
This is the laboratory portion of BIOL 4433.
This is the laboratory portion of BIOL 4443.
This is the laboratory portion of BIOL 4444.
This is the laboratory portion of BIOL 4448.
This is the laboratory portion of BIOL 4464.
This course will integrate the knowledge, theories, and skills expected of a biologist. Topics will encompass and reinforce the material found in the courses of the Biology Core.
Laboratory research is offered for a student majoring in Biology. At the conclusion of the research, a written paper will be presented to the student’s seminar advisor and an oral presentation of the results will be presented.
This course provides an in-depth study of selected dynamic processes that occur in living cells. Topics include DNA regulation and expression of genes; DNA repair; protein synthesis and function; protein sorting; vesicular traffic; cell signaling; and control of cell division. (Offered also as BCMB 4324.)
This course provides students with a working knowledge of endocrinology. Topics include the historical development of endocrinology; structure and function of the major hormone groups; models for cell signaling; how hormones influence metabolism; and diseases caused by abnormalities of the endocrine system.
This course investigates the diverse structures and roles of RNA molecules in living cells. Both historical and current research on RNA and its varied functions will be covered. Topics include RNA with enzymatic function, cellular production and processing of RNA, regulatory RNA molecules, RNA splicing and splice defects, long non-coding RNA (IncRNA) and RNA localization within cells. (Offered also as BCMB 4335.)
This course is an introduction to the principles of animal virology. The classification and replicative cycles of viruses are compared to their pathogenic mechanisms. Viral oncogenes and modern anti-viral chemotherapy and immunization are discussed. (Offered also as BCMB 4344.)
A study of microbial organisms that cause disease in humans. The characteristics of each pathogen are discussed along with its pathogenesis and pathology. (Offered also as BCMB 4363.)
This course examines the development of cancer at the cellular and molecular levels. Topics covered include tumor suppressors, oncogenes, cell cycle regulation, apoptosis, telomerase, angiogenesis, and metastasis. Cancer prevention, screen, diagnosis, and treatment will also be introduced. (Offered also as BCMB 4375.)
A study of the fine structure of normal human tissue is the principle area of consideration in this course. Tissue techniques will be included in order to afford an appreciation of the types of preparations used in the laboratory. This course includes one semester hour credit for laboratory sessions.
This course presents recent developments in biotechnology and genetic engineering. Topics included are recombinant DNA; DNA cloning; DNA sequencing; polymerase chain reaction; monoclonal antibodies; genetic engineering of plants and animals; and the human genome project. This course includes one semester hour credit for laboratory sessions. (Offered also as BCMB 4424.)
This course presents the basic concepts and principles of pharmacology as related to the anatomy and physiology of certain body systems. Specific topics include principles of drug receptors; pharmacodynamics and pharmacokinetics; the actions of cholinoceptor-activating, cholinesterase-blocking, and cholinesterase-inhibiting drugs; adrenoceptor-activating and adrenoceptor-blocking drugs; and antihypertensive, antidepressant, and chemotherapeutic drugs. This course includes one semester hour credit for laboratory sessions.
This is a study of the normally developing human from conception through birth. Common congenital defects are briefly discussed. This course includes one semester hour credit for laboratory sessions.
This course surveys the organization and functioning of the human nervous system. Action potentials and synaptic transmissions are emphasized. Sensory systems and movement are also considered along with new models that illustrate the function of memory systems. This course includes one semester hour credit for laboratory sessions.
This course investigates the molecular mechanisms of genetics in greater detail than BIOL 3444 Genetics. Topics include the dynamic molecular structure of DNA, chromatin, RNA, and the proteins that interact with them. Special attention will be given to understanding current techniques used in the analysis of genomes. This course includes one semester hour credit for laboratory sessions. (Offered also as BCMB 4448.)
This course is an introductory study of the biological and clinical approaches to immunology. Discussions center on the mechanisms responsible for various clinical syndromes as well as basic immunological phenomena such as antibody diversity, T cell receptor diversity, antigen presentation, signaling across cellular receptors, and cell activation. This course includes one semester hour credit for laboratory. (Offered also as BCMB 4464.)
This is the laboratory portion of BIOL 5423.
This is the laboratory portion of BIOL 5424.
This is the laboratory portion of BIOL 5425.
This is the laboratory portion of BIOL 5433.
This is the laboratory portion of BIOL 5443. (Offered also as BIOL 4043.)
This is the laboratory portion of BIOL 5448.
This is the laboratory portion of BIOL 5464.
This course discussed techniques for the application of statistical theory utilizing real-life and applicable data. Topics include descriptive statistics, probability theory, parametric and non-parametric methods of hypothesis testing.
This course provides an in-depth study of selected dynamic processes that occur in living cells. Topics include DNA regulation and expression of genes; DNA repair; protein synthesis and function; protein sorting; vesicular traffic; cell signaling; and control of cell division.
This course investigates the diverse structures and roles of RNA molecules in living cells. Both historical and current research on RNA and its varied functions will be covered. Topics include RNA with enzymatic function, cellular production and processing of RNA, regulatory RNA molecules, RNA splicing and splice defects, long non-coding RNA (IncRNA) and RNA localization within cells.
This course is an introduction to the principles of animal virology. The classification and replicative cycles of viruses are compared to their pathogenic mechanisms. Viral oncogenes and modern anti-viral chemotherapy and immunization are discussed.
This course examines the development of cancer at the cellular and molecular levels. Topics covered include tumor suppressors, oncogenes, cell cycle regulation, apoptosis, telomerase, angiogenesis, and metastasis. Cancer prevention, screen, diagnosis, and treatment will also be introduced.
This course introduces students to the intersection of immunology and microbiology as it related to the health-care setting. A general exploration of basic concepts of immunology and microbiology including study of genomics, potential clinical treatment, and gene therapy. This course includes one semester hour credit for online laboratory sessions.
This is a graduate-level study of the anatomical structure of the human body. Body structure will be studied by organ systems and will involve a balance between gross anatomical study and histology. Form-function relationships will be emphasized. This course includes one semester hour credit for laboratory sessions.
This course deals with the function of selected organ systems in vertebrates with the major emphasis on humans. Mechanisms of kidney function, circulation, respiration, nerve transmission, muscular contraction, endocrine function, and digestion are discussed in detail. This course includes one semester hour credit for online laboratory sessions.
This course presents recent developments in biotechnology and genetic engineering. Topics included are recombinant DNA; DNA cloning; DNA sequencing; polymerase chain reaction; monoclonal antibodies; genetic engineering of plants and animals; and the human genome project. This course includes one semester hour credit for laboratory sessions.
This course presents the basic concepts and principles of pharmacology as related to the anatomy and physiology of certain body systems. Specific topics include principles of drug receptors; pharmacodynamics and pharmacokinetics; the actions of cholinoceptor-activating, cholinesteraseblocking, and cholinesterase-inhibiting drugs; adrenoceptor-activating and adrenoceptor-blocking drugs; and antihypertensive, antidepressant, and chemotherapeutic drugs. This course includes one semester hour credit for laboratory sessions.
This course investigates the molecular mechanisms of genetics in greater detail than BIOL 3444 Genetics. Topics include the dynamic molecular structure of DNA, chromatin, RNA, and the proteins that interact with them. Special attention will be given to understanding current techniques used in the analysis of genomes. This course includes one semester hour credit for laboratory sessions.
This course is an introductory study of the biological and clinical approaches to immunology. Discussions center on the mechanisms responsible for various clinical syndromes as well as basic immunological phenomena such as antibody diversity, T cell receptor diversity, antigen presentation, signaling across cellular receptors, and cell activation. This course includes one semester hour credit for laboratory.