Biology

This course provides an introduction to biochemistry. The organizing principles of cellular biochemistry are emphasized. Within this framework the structures, chemistry, and function of proteins, nucleic acids and amino acids, lipids and carbohydrates are presented. Molecular topics such as evolution, protein sequencing, proteomics are also introduced.

This course consists of laboratory exercises to give the students experience with fundamental biochemistry and structure and function of biomolecules. Lab exercises to give the students experience with amino acid properties and protein purification along with techniques to examine enzyme kinetics.

The metabolic pathways of carbohydrates, lipids, amino acids and their metabolic controls are presented. The central concepts of genomics, nucleic acid sequencing, the molecular basis of self-assembly, morphogenesis and cellular differentiation are stressed. Emphasis is also given to the important ultra-structural elements of the cell, neurotransmission, hormones, and cell signaling.

The laboratory portion of the course complements and reinforces the lecture through the use of modern techniques in experimental biochemistry. Experiments may include enzymology, protein purification, and gene expression and organization. Methods include spectrophotometry, polymerase chain reaction, DNA cloning, electrophoresis, protein detection by immunoblot, RNA hybridization, and computer analysis of DNA and protein sequence data.

The fundamentals of how chemicals produce therapeutic and toxic responses are presented. Emphasis is given to the absorption, distribution, metabolism and elimination of drugs from the body and their receptors and interactions. Through case studies and informed debate, students learn the effects of drugs on the human population and the environment. Junior or senior academic standing; Biology major or Neuroscience minor are required.

A systematic study of the gross and microscopic anatomy of the human body and the function of its parts are explored in this course. Laboratory work includes dissections, microscopic examinations of structures and experiments in physiology. This sequence is for those in nursing. It is not appropriate, in and of itself, for those considering professional schools or graduate school in anatomy, physiology or development. Nursing majors only.

This course consists of laboratory exercises to give the students experience with anatomical terminology and structure and function of components of the human body. The laboratory portion of the course complements and reinforces the lecture through the use of additional resources, focusing on closer examination of the body's components.

A systematic study of the gross and microscopic anatomy of the human body and the function of its parts are explored in this course. Laboratory work includes dissections, microscopic examinations of structures and experiments in physiology. This sequence is for those in nursing. It is not appropriate, in and of itself, for those considering professional schools or graduate school in anatomy, physiology or development. Nursing majors only.

This course consists of laboratory exercises to give the students experience with fundamental biochemistry and structure and function of components of the human body. The laboratory portion of the course complements and reinforces the lecture through the use of additional resources, focusing on closer examination of the body's components.

This course is a concept-oriented study of the interrelationships and variations in the physiological processes in health, disease, heredity and sexuality that can be applied to real-life situations. Students will be given opportunities to read and critically analyze many of the new and challenging developments in human biology, along with the moral and ethical choices, responsibilities and dilemmas that inevitably accompany them.

The laboratory taken with BIO-110 will fulfill the core requirement in science and will consist of student-performed and sometimes student-designed experiments following the scientific method. The lab coordinates with the concepts covered in the lecture: biochemistry of the body, cellular organization, genetics, anatomy and physiology of the human body, all related to the idea of human health. Students will learn hypothesis testing, statistics, graphing and analysis of individual and group data sets. Also included will be practice in scientific communication.

Introduction to the unifying principles of biology at the levels of organization from molecules through cells. Emphasis is placed on basic biological chemistry, molecular and cellular biology, metabolism and energy transformation, genetics, and evolution. This course presents an exploration of the contemporary view of the cell with an emphasis on cell theory, mechanisms of cellular activity, and cell cycling. The course also presents an overview of the molecules and mechanisms of genetics with a focus on the central dogma. describing the process of information transfer from genetic code in DNA through protein synthesis and function. Evolution as an organizing principle in biology is also discussed. The course explores the core concepts of evolution; structure and function; information flow, exchange and storage; pathways and transformations of energy and matter; and systems biology. Emphasizes the process of science and relevance of biology to society.

This lab is designed to reinforce the concepts of BI0-113. The course emphasizes scientific methodology and investigative approaches to the natural world inhabiting Aquidneck Island. Topics examined include the operation of basic laboratory equipment, observations of the natural world, cellular processes (e.g., respiration, photosynthesis, mitosis, meiosis) and genetics.

This is an interactive course designed to reinforce concepts introduced in BIO-113 through discussion, case studies, and group work. The course also provides the opportunity for students to critically evaluate their work and engage in metacognition to improve their study habits.

This course presents a comprehensive view of the organization of life at the organismal, population, and ecological levels. Foundational concepts include a survey of the diversity of life and comparative anatomy, physiology, and adaptations of plants and animals. The course addresses ecological aspects of population biology, including patterns and processes that inform the distribution and abundance of species, population growth, organisms' responses to environmental variation, and interactions among species. Each of the topics of the course is explored from a comparative viewpoint to recognize common principles as well as variations among organisms that indicate evolutionary adaptation to different environments and niches. The course explores the core concepts of evolution; structure and function; information flow, exchange and storage; pathways and transformations of energy and matter; and systems biology. Emphasizes the process of science and relevance of biology to society.

This lab is designed to reinforce the concepts of BIO-114. The course emphasizes understanding the diversity of structural and functional adaptations that contribute to an organism's success through investigative exercises and dissections. Topics examined include physiology, anatomy, and ecology.

This is an interactive course designed to reinforce concepts introduced in BIO-114 through discussion, case studies, and group work. The course also provides the opportunity for students to critically evaluate their work and engage in metacognition to improve their study habits.

This course considers the interdependence and tension between humans and their environment. Discussions of contemporary, social, economic, and ecological concerns such as population growth, world hunger, pollution and resource utilization attempt to provide the student with the general background necessary for consideration of environmental ethics. The student will then critically evaluate and analyze the moral choices involved in such environmental dilemmas as intergenerational equity, the needs of developing countries versus the needs of industrialized nations, individual needs and rights versus the good of both the local and global communities.

This course consists of laboratory exercises to give the students experience with the scientific method, measurement, computation, quantification, statistical analysis, and lab report writing. These include topics such as osmotic gradients, analysis of temperature, pH, conductivity, population demographics, water, air and soil quality, toxicology and behavioral ecology.

This course presents a survey of nutrition. Various nutrients and their relationship to human growth and development will be analyzed. Both the benefits and the safety problems associated with the rapid changes in the technology of food science will be assessed along with hunger as serious global, moral, and ethical concerns.

This is an introductory course with laboratory emphasizing the continuous interaction of living plants with the environment by examining the structures and functions of cells, tissues and organs of both terrestrial and marine plants and algae. Special emphasis will be placed on ecology, particularly the role of plants in the biosphere, and on appropriate environmental issues. Additionally, this class examines through laboratories and hands-on work in our greenhouse how environmental factors affect plant growth and survival.

This laboratory emphasizes the continuous interaction of living plants with the environment by examining the structures and functions of cells, tissues and organs of both terrestrial and marine plants and algae. This class examines how environmental factors affect plant growth and survival through hands-on work in our greenhouse.

This course is designed for students interested in pursuing a Nursing degree. Emphasis is on microorganisms in health and disease. Structure physiology and genetics of viruses, bacteria and fungi are discussed as well as non-parasitic relationships, immune responses and treatment and prevention of disease. Laboratory component includes the cultivation, biochemical differentiation, control and diagnosis of microorganisms. Nursing majors only.

This course is designed for students interested in pursuing a Nursing degree. Laboratory component includes the cultivation, biochemical differentiation, control and diagnosis of microorganisms.

This introductory course is a foundational, yet comprehensive overview of microbiology. The principles of morphological structure, physiology and genetics of viruses, bacteria and fungi are discussed. Upon completion of this course the student will have a good understanding of the nature of host-parasite interactions in infectious diseases, host defense mechanisms, the control of microbial populations, and the diagnosis of human disease. Laboratory work includes the cultivation, biochemical differentiation, control and diagnosis of microorganisms.

This introductory course is a foundational, yet comprehensive overview of microbiology. Laboratory work includes the cultivation, biochemical differentiation, control and diagnosis of microorganisms.

A comprehensive comparison of the structure and function of prokaryotic and eukaryotic cells and their components are examined in detail at the cellular, subcellular and molecular levels. The molecular mechanisms of cell growth and survival, metabolism and cell-cell interactions are presented in both the normal state (development, species preservation) and in the abnormal state (cancer, genetic diseases). The fundamentals of cellular chemistry and the chemical properties of biologically important macromolecules are emphasized. Laboratory experiments are designed to introduce the current concepts and techniques in molecular biology, biochemistry and cell biology as a means to study cellular structure and function.

A comprehensive comparison of the structure and function of prokaryotic and eukaryotic cells and their components are examined in detail at the cellular, subcellular and molecular levels. Laboratory experiments are designed to introduce the current concepts and techniques in molecular biology, biochemistry and cell biology as a means to study cellular structure and function.

An introduction to recent developments in basic biological research that are improving technologies for producing food, medicines, clinical diagnostic procedures, and a vast array of other biochemicals that extend and improve modern life. The course discusses the basic principles of genetics, applied microbiology, agribusiness and industrial biotechnology. Also considered are governmental policies regarding the development and regulation of biotechnology research. Students will then analyze and evaluate the moral and ethical choices and dilemmas of this rapidly evolving technology and its global effects.

Bioinformatics is an interdisciplinary dimension of biotechnology that merges the development of computer technology application with molecular biology. This introductory level course will combine the fundamental information required to understand the basic DNA-protein and molecular biology concepts with the computer applications that will enable the student to annotate, manipulate and interpret such databases.

This laboratory course covers the theory and practice of commonly used laboratory techniques in modern biology. Students will acquire skills in recombinant DNA technologies, gene manipulation, cloning, cell culture, and gene transfer, as well as protein expression, protein purification and characterization. Techniques in electrophysiology, anatomical tracing and surgery will be included on an alternating basis. The course emphasizes laboratory skills for entry-level employment in biotechnology, pharmaceutical and biomedical laboratories.

This course presents an introduction to the discipline of kinesiology, the study of human biomechanics. Emphasis will be on examination of muscle movement and physiology from an integrated function, health and disease perspective.

This course includes topics on the structure and synthesis of DNA, RNA and protein. The gene theory, various methods by which genes are expressed or repressed, structural changes in the chromosomes and their effects, elementary Mendelian mechanism and its modification and the genetics of prokaryotes and eukaryotes are emphasized. Laboratory emphasizes both classical and modern laboratory techniques.

This course includes topics on the structure and synthesis of DNA, RNA and protein. Laboratory emphasizes both classical and modern laboratory techniques.

Conservation Biology is the integrated science of diversity and scarcity developed to face the challenge of stemming the current rate of extinction. Students will be introduced to the discipline in three key areas: understanding patterns of global biodiversity, investigating the human influence on biological species, populations, communities and ecosystems, and to gain a basic understanding of the practical approaches to prevent extinction, maintain genetic variation, and protect and restore biological communities.

Estuarine, coastal and marine environments and their organisms that inhabit these environments are studied in this course. The technology needed to monitor and maintain marine ecosystems is practiced in the lab and the field.

The laboratory examines the estuarine, coastal and marine environments and the organisms that inhabit these environments. The laboratory focuses on the technology and techniques needed to monitor and maintain marine ecosystems and how it is practiced in the field.

This course investigates the evolutionary basis of human and animal behavior. Students will consider causes and consequences of behavior across biological levels, from molecular, genetic, and cellular, through neurobiological, physiological, organismal, and societal. We will take an evolutionary perspective in order to gain insight beyond simply how a behavior occurs, but also why it may have arisen, and fitness consequences for an individual or group. We will discuss the extent to which studies of behavioral evolution in other animals can inform our understanding of human behavior.

An introduction to terrestrial and marine biomes of tropical latitudes, biodiversity of Neotropical wildlife and fisheries of the Caribbean, human ecology in Central America, and coral reef, mangrove and tropical forest ecology. Tropical biology offers students the exciting opportunity to study first-hand the evolutionary ecology of important plant and animal taxa in tropical ecosystems. Course design emphasizes intensive field exploration of tropical ecosystems on land and sea in Belize, Central America, where students are introduced to a great diversity of tropical habitats, each possessing distinctive biotas that in turn demonstrate unique evolutionary histories and ecological dynamics. The course and field exploration emphasize the human dimensions of tropical systems and the principles of conservation biology.

Fulfills core in Natural Science. This course consists of tropical field experience in another country (e.g., Belize, Brazil} to give the students experience with applying concepts in environmental science, ecology, evolution, animal behavior, botany, zoology, and conservation to tropical systems. Field skills are developed in taxonomic field identification, survey methods, study design, field data collection and analysis.

Hormones and Behavior is a one-semester introduction to the field of behavioral endocrinology. As such, it is enormously broad in scope, encompassing psychology, cell biology, biochemistry and neurobiology. The action of hormones in the body and their interactions with internal and external forces influence animal and human behavior. Topics addressed in this course are cellular mechanisms of hormone action, metabolism, stress, sexual differentiation and sexual development, gender identity, hunger, thirst, aggression, affiliation, mating behavior and learning and memory.

Human Anatomy is a four-credit lecture/lab course for juniors and seniors. Students will study the anatomy of the human body on the microscopic, tissue and organ level. Clinical cases involving changes in anatomy and the pathologies that lead from them will be included. The lab includes study of cells and tissues, the dissection of organs and tissues from mammalian specimens and includes a field trip to a human dissection laboratory. The course is designed to offer the student the fundamentals of human anatomy for future graduate health professions or medical study.

This laboratory course includes study of cells and tissues, the dissection of organs and tissues from mammalian specimens and includes a field trip to a human dissection laboratory.

This course examines the concepts of the ecosystem, populations, communities, the flows of energy, material cycles, and the necessity of diversity organismal, physiological and evolutionary responses. Concepts including the unity of organisms and inseparable interactions with the physical environment are analyzed. Class discussions include topics such as the formation, distribution, and organization of ecological communities; plant succession and nutrient cycling; evolutionary trends of plant and animal populations.

This course examines the concepts of the ecosystem, populations, communities, the flows of energy, material cycles, and the necessity of diversity. Laboratory topics such as the formation, distribution, and organization of ecological communities; plant succession and nutrient cycling; evolutionary trends of plant and animal populations are examined.

The goal of this course is to provide students with an intellectual understanding of the principles of evolution, an appreciation of the historical processes leading to the development of the theory, and a sense of the scientific debate and controversy regarding the operation of evolutionary processes. The course will cover the history of evolutionary thought from Aristotle to the present. Emphasis will be placed on the cultural, religious, and philosophical atmosphere in Europe at the time Darwin was writing and publishing Origin of Species. The social and scientific ramifications of Darwinian theory will be presented. The course will include macroevolution, microevolution, and sexual selection.

This course serves as an introduction to the theory and practice of clinical laboratory medicine. Students will gain an understanding of how blood, urine and other samples are collected and analyzed in a medical laboratory. With the use of clinical case studies, students will engage with analytical methods from each specialty area: hematology, immunology, chemistry, immunohematology and microbiology.

Human Physiology, a four-credit lecture/lab course for junior and seniors, explores the normal functioning of the human body. It encompasses the molecular and cellular processes that maintain homeostasis under a broad range of conditions. Using the disciplines of neuroscience, anatomy, chemistry, physics and mathematics, each organ system and its role will be detailed. As this course is designed for future healthcare professionals and graduate students in Biology, examples in health and medicine will be used to illustrate all major concepts. The lab will consist of experiments using both animals and humans and will represent physiology in all levels of body organization from the molecular to the whole organism.

This laboratory course includes experiments using both animals and humans and will represent physiology in all levels of body organization from the molecular to the whole organism.

The epidemiology of diseases of bacteria, parasites and fungi are used to introduce the different concepts of pathogenicity. Mechanisms of bacterial, parasitic and fungal virulence and host defenses are examined to demonstrate the delicate balance in host-pathogen relationships.

This laboratory is focused on methods used to isolate, examine and identify human and animal pathogens, and to study virulence mechanisms used by these pathogens.

This course provides an introduction to the basics of the molecular processes and genetics of the cell. Particular emphasis will be given to DNA synthesis, DNA repair, protein synthesis and structure, development, differentiation and regulation of gene activity.

This course offers comprehensive training in molecular biology techniques such as cloning, bacterial transformation, PCR, and gene editing. Through a project-based approach, students gain hands-on experience, enhancing skills in experimental design, troubleshooting, and scientific communication, with presentations to showcase their findings.

A supervised work experience in areas of environmental science such as wildlife management, water resources, sewer treatment systems, salt marsh monitoring and restoration, environmental education or natural resource management are available. Students are expected to review the literature on the chosen internship project and to make formal oral and written presentation of the internship experience. Permission of the department chair is required.

A supervised work experience in an area of biomedical science, including, but not exclusive to, clinical laboratory work, close work with a medical, dental or veterinary professional, forms of patient care in hospitals and health clinics, or work with health care NGOs. Students are expected to review the literature on the chosen internship project and to make formal oral and written presentations of the internship experience. Permission of instructor or department chair is required.

This course investigates topics of current interest in the field of Biology and Biomedical Sciences. The topics to be covered and the focus of the course will be specified at the time of registration. This course may be repeated for different topics. 200 level biology course, or as indicated at the time of offering is required.

This a laboratory course investigates topics of current interest in the field of Biology and Biomedical Sciences. The topics to be covered and the focus of the course will be specified at the time of registration.

A study of the cellular and humoral interaction involved in the response of the host to antigenic stimulation. Special emphasis is given to bursal and thymic influence on lymphoid cells, immune mechanisms in viral diseases, vaccines, autoimmune disorders and immunochemistry.

Neuroscience is an interdisciplinary field encompassing cell biology and physiology, biochemistry, physics and psychology. As such, it is considered to be an integrative science of brain, body and emotion. The anatomical features of the nervous system and the principle molecular and physiological events that govern neuronal communication are the foundations of the course. These fundamentals will be used to introduce students to system level concepts, such as neural development, sensory and motor control, learning and conditioning behavior and memory.

This laboratory course correlates with BIO-425: Neuroscience. It may be taken with BIO-425 or following it. The lab will cover anatomical, physiological, behavioral, and neuro-biological modeling techniques used to study the nervous system and the brain. This course will emphasize learning basic neuroscience laboratory techniques using living, non-vertebrate animals. The students will also practice designing research experiments and taking them through the grant approval process.

This course presents an in-depth study of the present theories of what constitutes the normal cell, the adapted cell, the injured cell and the dead cell. The exogenous and endogenous environmental stresses that exceed the adaptive capabilities of the cells are examined. Their injury at the cellular level is related to diseases of the individual organs and to the effects these diseases have on the body as a whole.

The basic properties of viruses are examined in depth. This information serves as the basis for analyzing the mechanisms by which viruses interact with humans, animals, plants or bacteria to produce disease. The use of viruses as tools for studies in genetics, biochemistry, and molecular biology are also presented. Viruses are considered in two parallel ways, as very interesting organisms and as agents of disease.

This course provides an opportunity for students to make formal written and oral presentations of in-depth areas of current biological and biomedical research literature. Class discussions include recent developments in the biological sciences including the ethical considerations of those developments. In addition, the student will review the history and philosophy of science.

In-depth laboratory investigation of a specific topic in biology. Topic and credit to be determined by the faculty member who is acting as research advisor. Permission of instructor is required.

Supervised study in an area not available in a regularly scheduled course. Proposal must be approved by the department chair. Biology majors and minors only.

This course addresses the relationship of bacteria and bacterial diseases of man with an emphasis on the application to medical diagnosis. Students rotate through all routine areas of clinical microbiology, parasitology and virology.

The chemistry of body constituents such as minerals, carbohydrates, lipids, proteins, enzymes, vitamins and hormones and the relationship of these constituents to the diagnosis of human disease is studied. The student receives instruction in manual procedures and automated analysis. Toxicology and therapeutic drug monitoring are also covered.

Instruction is given in drawing and processing blood and in ascertaining blood compatibility. Major topics include the development and chemical structure of blood group antigens, the correlation of physical properties of antigens and antibodies with testing procedures, the role of complements in blood banking, autoimmune status, and the inheritance patterns of blood groups. Hemolytic Disease of the Newborn, transfusion reactions, and the preparation and use of blood components. Laboratory practice also emphasizes serological procedures in the diagnosis of disease. Donor recipient blood tissue reactions are covered in detail. Students gain experience in blood bank operations.

This course addresses the morphology of the blood and blood-forming organs and the study of abnormalities associated with diseases. Diagnostic procedures are emphasized. Experience is also gained in the dynamics of coagulation. During the clinical laboratory rotation, the student is expected to master the routine procedures performed in hematology and to become familiar with specialized hematology procedures and automated hematology instrumentation.

This course is an introduction to pathology. The correction between pathological processes and clinical symptoms and the courses of disease will be studied. (Note: This course is not offered by all affiliated hospitals).

This course investigates current topics in the field of Biomedical Technology. The topics to be covered and the focus of the course will be specified at the time of registration. This course may be repeated for different topics.

This course will cover the reaction of antigens with antibodies and the role of the laboratory in detecting and identifying the antibodies and antigens. Topics of discussion will include defining disease states associated with autoimmune diseases, hypersensitivity, immunization and other antigen/antibody interactions.