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Anatomy & Physiology II: Lecture

A continuation of BIO 110. The following systems are explored: endocrine, immune, cardiovascular, lymphatic, respiratory, digestive, urinary, and reproductive. The concept of homeostasis and the underlying principles common to all systems are applied from the submolecular to the organismal level for each system. (Undergraduate Credits: 3.0)

Self-Paced Online Course.  Register and get started right away. Students will be given 16 weeks to complete the coursework. This course format allows you to move through the modules at your own pace. 

Prerequisites. Anatomy & Physiology I.

Course Materials. Internet access is required for this course. Textbook: Seeley's Anatomy & Physiology, 12th Edition, New York, NY: Pearson 2019. Digital e-Text and Connect software required.

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Anatomy & Physiology II Lab: Lab

A continuation of BIO 110. The following systems are explored: endocrine, immune, cardiovascular, lymphatic, respiratory, digestive, urinary, and reproductive. The concept of homeostasis and the underlying principles common to all systems are applied from the submolecular to the organismal level for each system. (Undergraduate Credits: 1.0)

Self-Paced Online Course.  Register and get started right away. Students will be given 16 weeks to complete the coursework. This course format allows you to move through the modules at your own pace. 

Prerequisites. Anatomy & Physiology I.

Course Materials. Internet access is required for this course. Textbook: Seeley's Anatomy & Physiology, 12th Edition, New York, NY: Pearson 2019. Digital e-Text and Connect software required.

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Anatomy and Physiology I: Lecture

This course provides first-year students with directed study of the anatomical structure and physiological processes of the human body. Topics include subatomic, atomic, cellular, tissue, integumentary, skeletal, muscular, and nervous systems. (Undergraduate Credits: 3.0)

Self-Paced Online Course.  Register and get started right away. Students will be given 16 weeks to complete the coursework. This course format allows you to move through the modules at your own pace. 

Prerequisites. None.

Course Materials. Internet access and a webcam is required for this course. Textbook: Seeley's Anatomy & Physiology, 12th Edition, New York, NY: Pearson 2019. Digital e-Text and Connect software required.

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Anatomy and Physiology Lab I: Lab

This lab course provides first-year students with directed study of the anatomical structure and physiological processes of the human body. Topics include subatomic, atomic, cellular, tissue, integumentary, skeletal, muscular, and nervous systems. (Undergraduate Credits: 1.0)

Self-Paced Online Course.  Register and get started right away. Students will be given 16 weeks to complete the coursework. This course format allows you to move through the modules at your own pace. 

Prerequisites. None.

Course Materials. Internet access and a webcam is required for this course. Textbook: Seeley's Anatomy & Physiology, 12th Edition, New York, NY: Pearson 2019. Digital e-Text and Connect software required.

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Biology I Lab: Lab

This laboratory course emphasizes experimental approaches to understanding basic and applied aspects of cellular and molecular biology. Topics include cell structure and function, biochemistry, genetics and heredity, and biotechnology.. (Undergraduate Credits: 1.0)

Self-Paced Online Course.  Register and get started right away. Students will be given 16 weeks to complete the coursework. This course format allows you to move through the modules at your own pace. 

Prerequisites. None.

Course Materials. Internet access is required for this course. Labster, an online virtual lab software, is included.

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Biology I: Cell & Molecular Biology: Lecture

This course emphasizes the experimental approaches to understanding the basic and applied aspects of cellular and molecular biology. Topics include cell structure and function, metabolism, the cellular and molecular basis of development and heredity, and healthcare applications of molecular biotechnology. (Undergraduate Credits: 3.0)

Self-Paced Online Course.  Register and get started right away. Students will be given 16 weeks to complete the coursework. This course format allows you to move through the modules at your own pace. 

Prerequisites. None.

Course Materials. Internet access is required for this course. Textbook: Campbell Biology 12th Edition. Pearson: New York, NY and Mastering Biology Access Card. Purchases should be made using the instructions in Blackboard after registering for the course.

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Biology II Lab: Lab

This laboratory course reinforces concepts learned in Biology II, including fundamental principles that unify the vast diversity of organisms, including evolutionary theory, human anatomy and histology, evolution and composition of organ systems, and normal functioning of the human body. (Undergraduate Credits: 1.0)

Self-Paced Online Course.  Register and get started right away. Students will be given 16 weeks to complete the coursework. This course format allows you to move through the modules at your own pace. 

Prerequisites. Biology I.

Course Materials. Internet access is required for this course. Labster, an online virtual lab software, is included.

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Biology II: Biology of Organisms: Lecture

This course introduces the fundamental principles that unify the vast diversity of organisms, including evolutionary theory, ecology, human anatomy and histology, the evolution of organ systems, and the normal functioning of the human organism. (Undergraduate Credits: 3.0)

Self-Paced Online Course.  Register and get started right away. Students will be given 16 weeks to complete the coursework. This course format allows you to move through the modules at your own pace. 

Prerequisites. Biology I.

Course Materials. Internet access and a webcam are required for this course. Textbook: Urry LA, Cain ML, Wasserman SA, et al. 2021. Campbell Biology12th Edition. Pearson: New York, NY.

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Students will acquire comprehensive knowledge of computed tomography (CT). Students will be able to describe the various concepts related to physics and instrumentation in CT.  Identifying various anatomical structures in the CT images is required.  Students will also be able to list the parameters for various CT protocols and discuss the importance of patient care, contrast administration, and radiation safety.  (Undergraduate Credits: 3.0)

Semester-Based Course. The start and end dates of this course are listed below.

Prerequisites. Certification in radiography, nuclear medicine technology, radiation therapy OR BIO 210 & PHY 181

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This course is designed to allow the students hands-on experience documenting and performing CT exams within the clinical setting under the direct supervision of a registered technologist. This course is competency based, and students will be assessed through competency exams to document the achievement of clinical objectives. (Credits: 3.0)

If a clinical placement is required, a lead time of 6-8 weeks is needed. We will try our best to accommodate for location, but may only be able to offer something at an established site.

Clinical course can be taken in conjunction with the didactic course OR independently for those only seeking a clinical placement.

Semester-Based Course. Students may request a clinical internship at any time, even if it is outside the semester dates.

Prerequisites. RSC 310, 315, 325; BIO 110, 210

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This is an online course designed to provide students with an overview of CT instrumentation, cross sectional anatomy, imaging procedures, clinical competencies, physics, radiation protection, data analysis, contrast agents and history for board preparation. Students will learn to apply theory to patient imaging, different types of CT equipment, and data acquisition systems. (Undergraduate Credits: 3.0)

Semester-Based Course. The start and end dates of this course are listed below.

Prerequisites. RSC 320, NMT 271, RTT 260 or RAD 240

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Derivatives, their interpretations and applications are covered. Topics include limits, derivative rules, implicit differentiation, curve sketching, and optimization problems. Emphasis are on polynomial, exponential, and logarithmic functions, with applications to biology, physics and chemistry. (Undergraduate Credits: 3.0)

Self-Paced Online Course. Register and get started right away. Students will be given 16 weeks to complete the coursework. This course format allows you to move through the modules at your own pace.

Prerequisites. Precalculus.

Course Materials. Internet access is required for this course. Textbook: Calculus and Its Applications with Integrated Review, Asmar, N., Goldstein, L., Lay, D., Schneider, D., 14th Ed. MyLab Math Access.

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Growing knowledge of human genetics is changing the way physicians and researchers approach diagnosis of cancer risk and treatment. This 10-week asynchronous online course from Harvard Medical School (HMX) covers the links between genetics and cancer, provides an inside look at tumor sequencing, and shares how genomics knowledge is advancing precision cancer treatments. (Graduate Credits: 2.0)

Semester-Based Course. The start and end dates of this course are listed below.

Prerequisites. MSC 601E

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Cellular Biochemistry: Lecture

Students learn the structure, metabolism, and biochemical function of major macromolecules (proteins, carbohydrates, lipids, and nucleic acids). Bioenergetics, enzyme kinetics, cell signaling, and regulation are studied at the molecular level. An emphasis is placed on cellular and physiological applications of biochemistry (in particular, competencies important for study in medical school). (Undergraduate Credits: 3.0)

Self-Paced Online Course.  Register and get started right away. Students will be given 16 weeks to complete the coursework. This course format allows you to move through the modules at your own pace. 

Prerequisites. Organic Chemistry II

Course Materials. Internet access is required for this course. Textbook: Lehninger Principles of Biochemistry, 7th Edition.

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Chemical Principles I: Lecture

This course emphasizes the construction of scientific concepts based on observation and the development of reasoning skills based on active learning. Topics include mass, force, energy, interpreting phenomena in terms of atomic theory, gases, stoichiometry, periodic properties of the elements, and solutions. (Undergraduate Credits: 3.0)

Self-Paced Online Course.  Register and get started right away. Students will be given 16 weeks to complete the coursework. This course format allows you to move through the modules at your own pace. 

Prerequisites. None.

Course Materials. Internet access is required for this course. Textbook: Chemistry Sixth Edition, Gilbert et al and SmartWork5 access. Purchases should be made using the instructions in Blackboard after registering for the course.

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