BS Biology

BIO 120 General Biology
First semester of a two-semester lecture sequence (BIO 120, BIO 122). A biochemical and molecular approach to the study of concepts of general biology. Topics include the biochemical foundation of life and the basic concepts of cell biology, genetics and molecular biology. Open only to Science and Pharmacy majors and University Honors Students. Three hours of lecture per week. Co-requisite BIO120L. 3 credits.
A co-requisite of BIO 120L is required.
Credits: 3
Every Fall and Spring

BIO 120L General Biology Lab
General Biology Lab Component - First semester of a two-semester laboratory sequence (BIO 120L, BIO 122L). A biochemical and molecular approach to the study of concepts of general biology. Laboratory topics include the isolation, characterization, structure and function of biochemical molecules, cell structure, genetics and the cell cycle. Open only to Science and Pharmacy majors and University Honors Students. Three hours of laboratory per week. Co-requisite BIO 120. 1 credit.
Co-requisite of BIO 120 is required.
Credits: 1
Every Fall and Spring

BIO 122 General Biology
Second semester of a two-semester lecture sequence (BIO 120, BIO 122). This writing-intensive course explores the biodiversity of all life forms and provides an introduction to key concepts in the fields of ecology, evolution and animal form and function. Labs build on lecture topics and feature case studies, interactive exercises, microscopy and animal dissections. The course provides students with foundational knowledge needed for advanced coursework, and develops key skills in scientific communication, laboratory technique, and the process of scientific inquiry, which are all relevant for science- and health-related professions. Three hours of lecture per week. Open only to Science and Pharmacy Majors and University Honors Students. Pre-requisite BIO120, Co-requisite BIO122L. 3 credits
A co-requisite of BIO 122L is required.
Credits: 3
Every Fall and Spring

BIO 122L General Biology
General Biology Lab Component - Second semester of a two-semester laboratory sequence (BIO 120L, BIO 122L). This writing-intensive course explores the biodiversity of all life forms and provides an introduction to key concepts in the fields of ecology, evolution and animal form and function. Labs build on lecture topics and feature case studies, interactive exercises, microscopy and animal dissections. The course provides students with foundational knowledge needed for advanced coursework, and develops key skills in scientific communication, laboratory technique, and the process of scientific inquiry, which are all relevant for science- and health-related professions. Three hours of laboratory per week. Open only to Science and Pharmacy Majors and University Honors Students. Pre-requisite BIO 120, co-requisite BIO 122. 1 credits
Co-requisite of BIO 122 is required.
Credits: 1
Every Fall and Spring

BIO 123 Life: Its Origin, Maintenance and Future
First semester of a two-semester lecture sequence (BIO 123, BIO 124). A presentation of the nature of living systems and the fundamental principles governing their creation in relation to current problems affecting the maintenance of life on earth. Special emphasis is placed on the interaction of biological and cultural evolution and the alternatives to extinction that challenge contemporary human beings. Three hours of lecture per week. Co-requisite BIO123L. 3 credits.
A co-requisite of BIO 123L is required.
Credits: 3
Every Fall, Spring and Summer

BIO 123L Life: Its Origin, Maintenance and Future
Life: Origin-Future Lab Component - First semester of a two-semester laboratory sequence (BIO 123L, BIO 124L). A presentation of the nature of living systems and the fundamental principles governing their creation in relation to current problems affecting the maintenance of life on earth. Special emphasis is placed on the interaction of biological and cultural evolution and the alternatives to extinction that challenge contemporary human beings. Three hours of laboratory per week. Co-requisite BIO 123. 1 credit.
A co-requisite of BIO 123 is required.
Credits: 1
Every Fall, Spring and Summer

BIO 124 Life: Its Origin, Maintenance and Future
Second semester of a two-semester lecture sequence (BIO 123, BIO 124). A presentation of the nature of living systems and the fundamental principles governing their creation in relation to current problems affecting the maintenance of life on earth. Special emphasis is placed on the interaction of biological and cultural evolution and the alternatives to extinction that challenge contemporary human beings. Three hours of lecture per week. Prerequisite BIO 123, Co-requisite BIO 124L. 3 credits
A co-requisite of BIO 124L is required.
Credits: 3
Every Spring

BIO 124L Life: Its Origin, Maintenance and Future
Life: Origin-Future Lab Component - Second semester of a two-semester laboratory sequence (BIO 123L, BIO 124L). A presentation of the nature of living systems and the fundamental principles governing their creation in relation to current problems affecting the maintenance of life on earth. Special emphasis is placed on the interaction of biological and cultural evolution and the alternatives to extinction that challenge contemporary human beings. Three hours of laboratory per week. Pre-requisite BIO 123, co-requisite BIO 124. 1 credit
A co-requisite of BIO 124 is required.
Credits: 1
Every Spring

BIO 125 The Science of Sustainability
This course, designed as part of the core curriculum for non-science majors, covers the key concepts of environmental science and explores sustainability issues for both natural and man-made ecosystems including biodiversity loss, climate change, urbanization and food insecurity. Skills and knowledge gained in this course, including scientific literacy and fluency in sustainability topics, will be beneficial for any career path, especially in a greening economy. Three hours of lecture per week. Co-requisites BIO125L. Satisfies the core science requirement. 3 credits
Co-requisite: BIO 125L
Credits: 3
Every Fall

BIO 120 General Biology I
Processes fundamental to all living things such as energy utilization, growth, development, and reproduction will be examined from the perspective of the cellular and molecular mechanisms involved. The goal will be a comprehension of the functioning of the living organism as embedded in the integration of these fundamental biological mechanisms. Three hours lecture, three hours laboratory.

BIO 120L General Biology I
General Biology I Lab Component

BIO 1020 & BIO 120L
Must be taken as co- requisites.
Credits: 1
Every Fall, Spring and Summer

BIO 122 General Biology II
This course introduces patterns and processes of organisms and groups of organisms with emphasis on their origin, evolution, and the relationships among them and their environments. Topics include evolution, population genetics, systematics, animal behavior and ecology. Three hours lecture. Prerequisite BIO 120
Co-requisite BIO 122L
Credits: 3
Every Fall and Spring

BIO 122L General Biology II
General Biology II Lab Component Co-requisite BIO 104 is required. Credits: 1
Every Fall, Spring and Summer

BIO 126 Foundations of Biology I
An introduction to basic biological principles for non-science majors. The course focuses on the process of science, scientific literacy,and core concepts relevant to all living things with the framework of Evolution and Natural Selection.Three hours lecture.

BIO 126 & BIO 126L
Must be taken as co- requisites.
Credits: 3
Every Fall, Spring and Summer

BIO 126L Foundations of Biology I
Foundations of Biology I Lab Component

BIO 126 & BIO 126L
Must be taken as co- requisites.
Credits: 1
Not Set

BIO 137 Human Anatomy and Physiology I
This course covers the structure and function of the human body, including basic biochemistry, cell structure, cell division, cell respiration, tissue composition, genetics, and the nervous and endocrine systems. Laboratory focuses on relevant physiological experiments and histology.Three hours lecture.

BIO 137 & BIO 137L
Must be taken as co- requisites.
Credits: 3
Every Fall and Summer

BIO 137L Human Anatomy & Physiology I Lab
Human Anatomy and Physiology 1 Lab Component

BIO 137 & BIO 137L
Must be taken as co- requisites.
Credits: 1
Every Fall and Summer

BIO 138 Human Anatomy and Physiology II
This course covers the body's organ systems in detail, including the musculo-skeletal, cardiovascular, lymphatic, immune, respiratory, excretory, digestive, and reproductive systems. Relevant dissection, histological studies, and physiology are all featured in the laboratories. Three hours lecture.
Prerequisite: BIO 137\nCo-requisite: BIO 138L
Credits: 3
Every Spring and Summer

BIO 138L Human Anatomy and Physiology II
Human Anatomy & Physiology II Lab Component A co-requisite of BIO 138 is required Credits: 1
Every Spring and Summer

BIO 200 Comparative Physiology
This course is a study of the basic functions and mechanisms of action of tissues, organs, and organ systems. Emphasis is placed on homeostatic processes and the physiological adaptations to environmental factors.
Three hours lecture, three hours laboratory. Prerequisite of BIO 207 is required.
Credits: 4
On Occasion

BIO 201 Molecular Biology
This course is a study of nucleic acid and protein structures, and complex aggregates such as collagen, chromatin, and viruses. Basic concepts in DNA replication, DNA repair, transcription, translation, gene regulation, gene exchange and rearrangement including recombinant DNA technology.
Three hours lecture, three hours laboratory. Prerequisite of BIO 207 is required.
Credits: 4
Every Spring

BIO 205 Developmental Biology
This course covers the developmental processes of animals from game to genesis to establishment of the principal organ systems. Laboratory includes study of frog, chick and pig development. Three hours lecture, three hours laboratory. Prerequisite of BIO 207 is required.
Credits: 4
Every Fall

BIO 206 Research Methods II
This course emphasizes the scientific nature of biology and hypothesis testing. The course focuses on experimental design, data collection and quantitative analysis, and interpretation and discussion of results. Students will learn to write scientific manuscripts and proposals as well as to prepare posters and oral presentations of results.
Credits: 3
Every Spring

BIO 207 Genetics
This course is a study of Mendelian inheritance, multiple gene inheritance, gene structure and function, gene mapping mutation, gene regulation, evolutionary genetics and other basic concepts in genetics. The laboratory will consist of exercises utilizing microorganisms, viruses, insects and plants.
Three hours lecture, three hours laboratory.
Prerequisites: BIO 103 & BIO 104
Co-requisite: BIO 207L
Credits: 3
Every Fall and Spring

BIO 207L Genetics Lab
Lab Component of Genetics
Co-requisite: BIO 207
Credits: 1
Every Fall and Spring

BIO 208 Cell Biology
Cell biology covers ultrastructure, structure- function relations, and the coupling and regulation of various processes in living cells. Specific topics include cellular energetics, regulation of metabolic processes, organization of cellular structures, and cell - to - cell communication. BIO 208 may be taken in the same semester as BIO 207. Three hours lecture, three hours laboratory.
Prerequisites: BIO 103, 104
Prerequisite or Co-requisite: BIO 207
Co-requisite: BIO 208 L
Credits: 3
Every Spring

BIO 208L Cell Biology
Cell Biology Lab Component Co-requisite: BIO 208 Credits: 1
Every Spring

BIO 209 Ecology
This course is an introduction to relationships existing among organisms and between organisms and their environment. Emphasis is placed on learning the basic ecological processes that govern the distribution and abundance of organisms on the earth. Laboratory stresses the experimental approach to ecology. Students research a topic, design and conduct their own experiments, analyze results, and write papers. Three hours lecture, three hours laboratory. Pre-requisite BIO 103 and BIO 104 are required.
Credits: 4
Every Fall

BIO 210 Evolution
This course takes a mechanisms approach to evolution. The class begins with the Hardy- Weinberg principle and then examines the various processes that affect allele frequencies in populations over time, such as genetic drift, gene flow, natural selection, sexual selection, and mutation. Other topics are examined, such as speciation and systematics.
Three hours lecture, three hours laboratory/discussion.
Prerequisite: BIO 207\nCo-requisite: BIO 210 L
Credits: 3
Every Spring

BIO 210L Evolution
Evolution Lab Component
Co-requisite: BIO 210
Credits: 1
Every Fall

BIO 221 Human Genetics in Health and Disease
Basic concepts of genetics are used as a starting point for topics such as the nature of inherited conditions, genetic predisposition and its interpretation and genetic interventions. The course will include classical genetic approaches as well as basic molecular concepts of gene action, population genetics and advances such as DNA fingerprinting, gene chip analysis and manipulation of gene expression. In introductory course for majors and non-majors.
Prerequisites of BIO 137,138 or BIO 103,104 are required.
Credits: 3
Every Fall, Spring and Summer

BIO 240 Special Topics in Cell/Molecular Biology
Different faculty members will cover different topics in cell or molecular biology in various semesters in lecture or seminar format. The specific topic will be announced in advance and the student may take the course only once.
Three hours lecture when offered for three credits; three hours lecture, three hours laboratory when offered for four credits.
Prerequisite of BIO 207 is required.
Credits: 3 to 4
Annually

BIO 250 Microbiology
This is a study of the morphology, physiology, biochemical activities, ecology, and classifications of microorganisms (viruses, bacteria, fungi, and protista). Includes the study of pathogenic and economically useful forms, and methods of culture, identification, sterilization and bacteriological analyses.
Three hours lecture, three hours laboratory.
Prerequisite of BIO 207 is required.
Credits: 4
Every Fall

BIO 270 Animal Behavior
The adaptive, evolutionary, and physiological nature of animal behavior. Ecological as well as comparative, hormonal and neurological aspects of behavior are covered in lecture and laboratory. Three hours lecture, three hours laboratory.
Credits: 4
On Occasion

BIO 271 Marine Biology
This course introduces life in marine waters. Topics include physical biological properties of marine waters, identification and characteristics of major groups of marine plants and animals, adaptive modifications to marine environments and the special nature and diversity of marine ecosystems. Field and laboratory work emphasizes methods of collecting, sampling, and analyzing marine organisms.
Three hours lecture, three hours laboratory/fieldwork.
Prerequisite of BIO 207 is required.
Credits: 4
On Occasion

BIO 290 Special Topics in Ecology/Evolution
Different faculty members will cover different topics in fields related to ecology and/or evolution in various semesters in lecture or seminar format. The specific topic will be announced in advance and the student may take the course only once. Three hours lecture when offered for three credits; three hours lecture, three hours laboratory when offered for four credits.
Prerequisites of BIO 207, 208, and 210 are required.
Credits: 3 to 4
On Occasion

BIO 341 Biostatistics
This course covers fundamental principles of data organization, inferential statistics and correlation analysis with specific reference to their use in biological and medical research.
Not open to students who have completed or are taking MTH 119 or MTH 423.
Same as MTH 341.
Credits: 3
Every Fall

BIO 498 Undergraduate Research I
An opportunity for the eligible sophomore, junior, or senior to become acquainted with the research process in the biological sciences either in the laboratory of a faculty member or in the laboratory of an outside research institution. Report to be submitted at the conclusion of the work.
Credits: 1 to 3
Every Fall, Spring and Summer

BIO 499 Undergraduate Research II
Continuation of BIO 498. Dissemination of the results of the research conducted by either poster or oral presentation is required. Prerequisite of BIO 298 is required. Credits: 1 to 3
Every Fall, Spring and Summer
Health Science and Pharmacy Courses

HSC 201 Introduction to Health Professions
This course will provide an introduction and understanding of various qualities and characteristics of professions in the health care field. Students will be exposed to an overview of health care systems and major aspects of health care delivery. In addition, the course will provide an introduction to medical terminology, as well as creating a professional resume that may be used for future opportunities. Mode of instruction: In Person
Credits: 3
Every Fall and Spring

HSC 202 Interdisciplinary Helping Professions
The purpose of this course is to provide students with an introduction to relationship building as the key to effective helping across the health and social service professions. The model of relationship- centered care (RCC) and the narrative medicine approach will provide the conceptual and methodological frameworks for interdisciplinary collaborative care delivery by health professions. Students engage in dyadic and small group exercises designed to develop effect practice skills. Required course for BS Health Science majors, elective for Social Work Majors (Open to Juniors or Seniors, 3 credits)
Open to Juniors or Seniors.
Credits: 3
Annually

HSC 221 Topics in Human Genetics
This course will provide an introduction to Mendelian genetics as well as the ethical implications of genetic testing and genetic therapies. Students will be exposed to current advances involving the understanding and strategies for studying various human genetic disorders including among others, cancer, immunological diseases, and the genetics of aging. Students will explore these topics through lectures, classroom discussion, reviewing current research and hands-on activities.
This is not a lab course and will not satisfy genetics requirements for pre-med requirements and most other health professions graduate programs requiring a lab-based genetics course.
A pre requisite of BIO 103 or BIO 137 is required
Credits: 3
Every Semester

HSC 345 Special Topics in Health Sciences
The instructor chooses a study of selected topics related to the Health Sciences ranging from human disease and pathologies to current events and social issues in Healthcare. The subject of each topic is announced in the preceding semester. May be taken twice if topics are different.
Credits: 1 to 3
On Occasion

HSC 411 Independent Research Project
Junior and seniors can undertake this independent research project under the direction of a faculty member in the area of the student's principles interest. Permission of the Department is required to register for this course.
A prerequisite of HSC 201 is required.
Credits: 1 to 3
On Demand

PHM 1 Pharmacy Orientation Seminar
This course is designed as an introduction for the preprofessional student to the various roles and career pathways available to pharmacists. Students will be introduced to ethical foundations, regulation, drug discovery and development, and other contemporary issues facing the profession. The seminar serves as a source of information regarding the requirements,responsibilities,and attitudes necessary for success in the professional phase of the program. One lecture hour.
Credits: 1 Annually