Provides the non-major knowledge of basic biological concepts. Concepts in Biology deals with the development of concepts in the biological science of life. Among the areas to be studied are evolution, genetics, and developmental biology: all deal with the fundamental characteristic of life: its ability to replicate over time.

Introduces students to scientific skills that will support majors in their academic work. Explores the diversity of biological and health fields through presentations, scientific literature and communication activities, and interactions with peers and mentors. This seminar is required for students majoring in biology, health sciences and community health education.

Introduces the non-major to the importance of diet for present and future good health. Examines the importance of carbohydrates, fats, proteins, vitamins and minerals, and their interactions. Explores topics such as label-reading, popular diets, dietary analysis, and other issues of current interest in the field of nutrition. Students may take either BIOL 102 (4 credit lab course) or BIOL 103 (3 credit non-lab course) but not both.

Introduces the non-major to the importance of diet for present and future good health. Examines the importance of carbohydrates, fats, proteins, vitamins and minerals, and their interactions. Explores topics such as label-reading, popular diets, dietary analysis, and other issues of current interest in the field of nutrition. Students may take either BIOL 102 (4 credit lab course) or BIOL 103 (3 credit non-lab course) but not both.

Explores sex as a biological phenomenon, from understanding its role in propagation and evolution. Topics will include reproductive structures, mechanisms of sex, and the development of sexual traits, and behaviors. We discuss sex across the diversity of living organisms; from bacteria to fungi, plants, and animals; and touch on a variety of sexual paradigms.

Provides the non-major with the knowledge about the structure and function of the human body. Students will develop ability to critically evaluate a large number of issues in this field, as presented in scientific publications and the news media. Students will gain a foundation essential for making knowledgeable decisions regarding quality of life. Students will be encouraged to share experiences based on their own culture and gender.

Introduces the student to cell biology, mitosis, meiosis, genetics, photosynthesis, respiration and cellular organisms. This course is designed for, but not limited to, students pursuing a major/minor in science.

Introduces the student to evolution, ecology, and diversity of life. This course is designed for, but not limited to, students pursuing a major/minor in science.

Provides students with an opportunity to explore different topics and current issues in the field of biology. This course is designed to focus on biological issues at the introductory level.

Overview of the fundamental principles of plant biology with emphasis on anatomy, taxonomy, physiology and evolution of algae, non-vascular and vascular plants, including major divisions of gymnosperms and angiosperms. The focus will be on plants of economic, cultural or ecological significance.

Examines the major aspects of heredity, with emphasis on Mendelian principles as well as multiple genes, linkage, sex chromosomes, chromosome numbers, and biochemical and population genetics.

Introduces the student to the biology of the invertebrate and vertebrate animals of the world through evolutionary and phylogenetic relationships. The course serves as an introduction to the major phyla.

Investigates the importance of diet for present and future good health. Examines the importance of carbohydrates, fats, proteins, vitamins and minerals, and their interactions. In addition, the course explores topics such as label-reading, diets, dietary analysis and other issues of current interest.

Provides the non-major with focus on global, regional and local patterns of biological diversity and processes that influence these patterns. Central to discussions of biodiversity pattern and process will be scientific principles from ecology, evolution and conservation biology. The impact of humans on natural systems and biodiversity loss will also be discussed. Case studies will be used to illustrate biodiversity loss and proposals to protect and restore biodiversity.

Provides students with an opportunity to explore different topics and current issues in the field of biology. This course is designed to focus on biological issues at the high introductory level.

Utilizes a format of mini-lectures and group discussions of statistical analyses used in biology and health fields. One hour weekly.

Examines the structure and function of antigens, antibodies and the cellular system of immunity. Additional topics include a study of the complement system, antibody classification, and immunological tolerance. The interaction of all systems will be emphasized.

Examines the basic principles of pharmacology. Focuses on prescription and non-prescription drugs, their use, actions, indications, contraindications, misuse and abuse. Drugs will be considered on a body system basis with the appropriate consideration of the application of pharmacological principles as applied to specific body systems. Emphasis is on pharmacological applications to athletic training. Stresses the use of electronic media in both learning exercises and as a source of drug information.

Provides knowledge of the basic concepts and mechanisms of neurons and the nervous systems. Topics discussed include the central nervous system, neuron structure, impulses, synaptic transmission, neurotransmitters, sensory systems, and motor pathways, with emphasis on vision. The complexities and latest ideas on consciousness, wiring, development and learning, and memory systems will be explored in literature.

Introduces the student to the field of epidemiology. Students will learn about the distribution, frequency, and determinants of patterns of disease and health conditions in various human populations.

Studies human anatomy as it pertains to human motion, with respect to anatomical and musculoskeletal fundamentals. Includes a review of anatomy with emphasis on the function of joints and muscles as they relate to normal human movement.

Studies selected topics in the field of genetics. Emphasizes the genetic mechanism as well as how this enables us to understand how genetics fits into the growing field of biology as well as its impact upon society.

Investigates prokaryotic and viral microbes with emphasis on both general and clinical applications. Major topics covered are taxonomy, anatomy, morphology, reproduction and growth, bacterial control, pathogenicity, genetics and genetic engineering. Extensive laboratory protocol is provided.

Explores the factors that limit the abundance and distribution of marine organisms. Topics include the diversity of habitats, reproductive strategies and the interrelationships between organisms, as well as the influence of currents, light, temperature and nutrient supply on the abundance and distribution of life in the oceans.

Introduces students to the interactions between people and plants in cultures throughout the world. Topics to be discussed include the current and historical use of plants as food, fiber, fuel and medicine.

Introduces students to the interactions between people and plants in cultures throughout the world. Topics to be discussed include the current and historical use of plants as food, fiber, fuel and medicine.

Utilizes a format of individual presentations and group discussions of journal articles related to topics in biology or health. One hour weekly.

Provides skills in identification and knowledge of taxonomy, biology and ecology of bryophytes (mosses, liverworts, hornworts) and macrolichens, with focus on the taxa found in northeastern North America. Students will gain experience identifying these groups using hand-lenses and microscopes, dissections, and chemical testing, and will learn techniques for preparing a personal reference collection and specimens for museum-vouchered collections. Required laboratory; labs mostly outdoors.

Provides skills in identification and knowledge of taxonomy, biology and ecology of bryophytes (mosses, liverworts, hornworts) and macrolichens, with focus on the taxa found in northeastern North America. Students will gain experience identifying these groups using hand-lenses and microscopes, dissections, and chemical testing, and will learn techniques for preparing a personal reference collection and specimens for museum-vouchered collections. Required laboratory; lab mostly outdoors.

Provides skills in plant identification through extensive fieldwork and study of live and pressed specimens. Emphasis on use of keys and associated terminology, exposure to the major vascular plant groups of northeastern North America, and practice identifying unknown plants. Students will learn about identification, morphology, ecology, taxonomy, and nomenclature of large taxonomic groups such as Poaceae (grasses) and Asteraceae (aster family). Required laboratory; labs mostly outdoors.

Investigates the development of plants and animals at the cellular, tissue and organismal level. Topics include gametogenesis, fertilization, early development, organogenesis and the control of these processes. This course integrates lecture and laboratory experiences. Credit will be granted for either BIOL 339 or BIOL 340 but not both.

Investigates the development of plants and animals at the cellular, tissue and organismal level. Topics include gametogenesis, fertilization, early development, organogenesis and the control of these processes. Credit will be granted for either BIOL 339 or BIOL 340 but not both.

Introduces the preservation of biodiversity at all levels: genetic, population, community, ecosystem and biosphere. Topics will include population biology, extinction, wildlife and land-use management, and socioeconomic factors involved in conservation decision making.

Explores structure and function of the organ systems of the human body, with emphasis on the integumentary, skeletal, muscular, nervous and endocrine systems. The required laboratory includes histology, gross anatomy and physiology exercises.

Explores structure and function of the organ systems of the human body, with emphasis on the respiratory, cardiovascular, immune, renal and reproductive systems. The required laboratory includes histology, gross anatomy and physiology exercises.

Provides an overview of the fundamental principles of avian biology with emphasis on ecological and behavioral aspects of ornithology. Students will learn to identify about 100 regional species by sight and/or sound. A semester long project will encourage students to investigate and read the ornithological peer-reviewed scientific literature. Lab activities will include field trips to practice identifying birds and collecting avian field data.

Prepares students to confidently key specimens of New England insects and other relevant taxa to the family, genus or species level. Students will gain extensive practice in examining insects and other relevant invertebrates using hand-lenses and microscopes, as well as identifying live and preserve specimens using dichotomous keys and associated terminology. Students will learn techniques for assembling a personal reference collection and preparing specimens for museum-vouchered collections.

Investigates community and ecosystem structure and function, energy transformation, matter cycling, abiotic factors, food webs, symbiosis and populations.

Provides a solid foundation in core areas of environmental microbiology and microbial evolution & ecology. The course covers topics including microbial phylogenetic classification, physiological characterization, environmental detection & quantification, basic microbial ecology & evolution, and microbiological characterization of natural environments (soil, animal hosts, etc.). The laboratory will focus on skills and techniques in environmental microbiology and microbial ecology. Required Laboratory.

Surveys the structure and properties of biologically important compounds: carbohydrates, proteins, amino acids, lipids, nucleic acids, and vitamins. Other topics to be covered include enzyme activity, cellular metabolism and protein synthesis.

Studies the chemical dynamics in living systems. Topics include enzymes mechanisms, metabolism and its regulation, and energy production and utilization.

Studies the chemical dynamics in living systems. Topics include enzymes mechanisms, metabolism and its regulation, and energy production and utilization.

Focuses on the physical, chemical, and biological environment of freshwater systems, as well as on common methods used in the study of these systems. Concepts will be applied to addressing current challenges in conserving freshwater resources.

Examines the history of evolutionary thought and the processes of organic evolution. Students will present selected topics to the class. Guest speakers will present the effects of Darwinian thinking in such disciplines as philosophy, anthropology, psychology, sociology and religion.

Application-oriented examination of data analysis and experimental design in the context of biology. Students will learn to statistically analyze and interpret data collected from a variety of biological and health related experiments.

Provides students with an opportunity to explore different topics and current issues in the field of biology. This course is designed to focus on biological issues at the advanced level.

Explores current issues, topics and research strategies that apply to nutrition, with focus on primary literature in the field. Course topics may include athletic performance, human disease, nutritional therapy and/or community nutrition.

Allows the student to practice research methods in human physiology and to design, conduct and present the findings of a research study in human physiology.

Explores structure and function of major animal organ systems, addressing mechanisms for maintaining homeostasis and body functions. Both vertebrate and invertebrate examples will be used, and experimentation and primary literature will be emphasized.

Explores major techniques in the fields of biochemistry, cellular biology and molecular biology. This course is designed to be completely laboratory based.

Introduces the student to research methods in the field of epidemiology. Students will learn the value of research methodology as applied to the field of epidemiology with a focus on concepts and interpretation of basic research design and statistical analysis.

Introduces students to the principles of parasitology and the related health concerns to humans and animals. Parasites from the following categories will be covered: protozoa, platyhelminthes, nematoda, and arthopoda. This course integrates lecture and laboratory experiences. Credit will be granted for either BIOL 417 or BIOL 418 but not both.

Introduces students to the principles of parasitology and the related health concerns to humans and animals. Parasites from the following categories will be covered: protozoa, platyhelminthes, nematoda and arthropoda. Credit will be granted for either BIOL 417 or 418 but not both.

Introduces the fundamental algorithms used in bioinformatics and how these algorithms can be used to solve biological problems. In this class, the students will learn how bioinformatics algorithms work, as well as how to obtain sequence data from scientific databases and analyze these data using tools available on a high-performance computer.

Students will conduct research studies in marine habitats. Field work will take place in the Bahamas over spring break. Students will have the opportunity to visit a variety of habitats, such as sandy intertidal zones, estuaries, mangrove forests, shallow benthic areas and coral reefs (barrier, fringing and patch). Students will plan studies, conduct research at the field station, prepare a research report and present their findings.

Develops an understanding of the phenomena involved in optimum physiological functioning during work performance, whether it be in everyday living or athletic participation. Provides students with an understanding of the physiological aspects of exercise and its practical applications.

Provides an in-depth survey of physiological causes and pathological development of diseases that affect various organ systems in the body. Pathologies will be examined at the molecular, cellular, tissue and organ levels, with emphasis on the homeostatic disturbances that lead to disease conditions. Current research insights relating to disease states will be addressed throughout the course.

Introduces the topic of animal behavior, exploring the principles of ecology, evolution, development, and ethology. The course will examine behavioral adaptation (including physiological, ecological, and evolutionary aspects) from individuals to population-level interactions. Topics include: foraging, anti-predator, and mating strategies: mechanistic control of behavior, sociality, and aggression. Laboratory component will focus on observation, communication, and experimental design.

Provides students with an opportunity to explore different topics and current issues in the field of biology. This course is designed to focus on biological issues at the high advanced level.

Examines the pioneering research in eukaryotic cell and molecular biology. Topics covered include structure and function of organelles, membrane dynamics, intracellular targeting, metabolism, eukaryotic replication, transcription, and translation, and applications to biotechnology. The required laboratory component emphasizes current cell and molecular techniques.

Provides instruction in those competencies essential to the study of the human body as a machine for the performance of work. Enables effective understanding and/or evaluation of motor skills and their effect on the human structure.

Introduces the student to the physiology of the organ systems of the body and the various analytes that interact with them. Discusses abnormal physiology and relates to various disease states. Discusses the principles of test methodology. The student applies this theory to the clinical lab using current diagnostic techniques and instrumentation to correlate lab results to disease processes.

Introduces the student to the basic structure and function of DNA. Discusses the impact of molecular genetics in medicine and specific methods for analysis. The student applies this theory in the molecular biology laboratory using current diagnostic techniques and instrumentation to correlate lab results with disease. Tech. Clinical Lab Experience.

Introduces the student to the immune system and the immune response. Discusses immune detection, immunodeficiency disorders, autoimmune diseases, hypersensitivity, and tumor and transplant immunology. Discusses the antigen-antibody complex and the relationship to current testing methodology. The student applies this theory in the clinical lab using current immunologic techniques and instrumentation to correlate lab results to disease processes. Tech. Clinical Lab Experience.

Introduces students to the study of the hematopoietic system including the relationship of hematologic diseases to diagnostic characteristics. Discusses erythrocyte and leukocyte disorders; cellular morphology, mechanisms and disorders of hemostasis and fibrinolysis; and principles of test methodology. The student applies this theory in the clinical lab using current diagnostic techniques and instrumentation to correlate lab results to disease processes. Tech. Clinical Lab Experience.

Introduces the student to the study of body fluids including urine, cerebral spinal fluid, synovial fluid, serous fluids, seminal fluid and miscellaneous other fluids. Discusses specimen collection and analysis. The student applies this theory in the clinical lab using current diagnostic techniques and instrumentation to correlate lab results with disease processes. Tech. Clinical Lab Experience.

Introduces the student to the study of bacterial, fungal, parasitic and viral infections in humans. Discusses transmission, clinical symptoms, specimen collection and laboratory methods used to identify suspect organisms. Discusses prevention, as well as antibiotic therapy. The student applies this theory in the clinical lab to isolate and identify pathogens, to provide antibiotic sensitivity information, and to correlate culture results with disease states. Tech. Clinical Lab Experience.

Introduces the student to the different human blood groups, blood components, the antibody screening and identification process, transfusion protocols, blood donor screening, and state and federal regulations. The student applies this theory in the clinical lab to process blood and its components, determine blood product compatibility, apply appropriate quality control and correlate patient results to blood disorders. Tech. Clinical Lab Experience.

Provides the opportunity for a student to assist in the preparation and implementation of a biology course.

Open to juniors and seniors who wish to read in a given area or to study a topic in depth. Written reports and frequent conferences with the advisor are required.

For biology majors who desire to conduct research on a specific topic in biology. The research will be under the direction of the instructor and will require a scholarly report.

Offers the student an opportunity to practice in a professional situation relevant to the biology major. The student will work with a faculty sponsor and an off-campus supervisor, as appropriate.