Year 1: Required Preclinical Courses
BBSC 354 Biophysics
The purpose of this course is to show how the various branches of
physics can be used to understand important aspects of physiology,
pharmacology, and pathology. In addition to physics and chemistry,
the theory of control systems has important applications to human
function. Control theory is used throughout the course to help quantify
the mechanisms of homeostasis.
4.0 credits, Biomedical Sciences Faculty
BBSC 405 Introduction to Pharmacology
This course introduces students to the general principles of pharmacology
including pharmacodynamics, pharmacokinetics, pharmaceutics, and
toxicology. Students will learn about common drug classes affecting
major organ systems of the body, namely the autonomic nervous system,
central nervous system, cardiovascular and renal systems, and the
gastrointestinal and genitourinary systems. In addition, in-depth
discussions on chemotherapy of microbial and parasitic organisms,
chemotherapy of neoplastic disease, drugs acting on blood-forming
organs, and hormones and vitamins will be presented.
3.0 credits, Biomedical Sciences Faculty
BBSC 415 Cardiovascular Pharmacology
In this course the student will learn the pharmacology of drugs
affecting the human cardiovascular and renal systems. The first
section of the course will cover the autonomic nervous system and
the drugs used to modulate cholinergic and adrenergic responses.
In the second section, we will study anti-anginal drugs, lipid lowering
drugs, & drugs affecting coagulation. In the third section, we will
discuss the treatment of hypertension and the drugs affecting the
heart and kidneys. Lastly, we will study the autacoids, inflammation,
& asthma. This course is the second of a two-part pharmacology course
beginning with BBSC 405 Introduction to Pharmacology. Prerequisite:
BBSC 405 Introduction to Pharmacology
3.0 credits, Biomedical Sciences Faculty
CVSP 501 Cardiovascular Perfusion Technology and Laboratory
I
The course examines the technology that is the cornerstone of open-heart
surgery--the heart-lung machine. It provides the student with an
overview of the history and evolution of the technology that is
the basis of open-heart surgery. A goal of this course is to provide
a place for students to start their study a précis, which will be
a stimulus for further study. Technologies that are related to open-heart
surgery are also examined. The World Wide Web is utilized to provide
the student with links to the most modern technologies and tutorials
applicable to open-heart surgery. A laboratory is included.
2.0 credits, Cardiovascular Science Faculty
CVSP 502 Cardiovascular Perfusion Technology and Laboratory
II
Cardiovascular Perfusion Technology II is the second class in the
series that deals with the technology issues related to open-heart
surgery. This five-credit class covers topics related to cardiopulmonary
bypass and the components of the heart-lung machine as well as the
techniques, physiology, and pathophysiology related to open-heart
surgery. A laboratory is included.
5.0 credits, Cardiovascular Science Faculty
CVSP 503, 504, 505 Cardiovascular Science Seminar I, II,
III with Journal Review
Cardiovascular Science Seminars are presented by faculty and invited
guest lecturers on subjects of interest to the cardiovascular science
student. These two-credit classes cover topics related to perfusion
technology. Emphasis is placed on research methodology, quality
management in the perfusion services department, and safety and
techniques in cardiopulmonary bypass. Students present and moderate
journal review articles to the group. This portion of the course
provides students with the skills needed to review, critique, and
present journal articles that are relevant to their studies.
2.0 credits, Cardiovascular Science Faculty
CVSP 506, 507 Cardiovascular Observations I, II
Cardiovascular Clinical Observation involves clinical observations
at affiliate hospitals, clinics, or physician offices. Hospital
conferences and grand rounds may also be included as a clinical
activity. This is a one-credit class that gives the students exposure
to procedures performed in cardiovascular medicine, and medicine
in general. It also exposes the student to clinical issues. Clinical
exposure corresponds with didactic topics taught during the same
quarter of study.
1.0 credit, Cardiovascular Science Faculty
CVSP 508 Cardiovascular Pathology
Professionals who participate in the care of cardiac patients need
to have an understanding of a broad range of cardiovascular disease
states, both congenital and acquired. The pathophysiology and therapeutic
strategies of the important cardiovascular diseases will be reviewed.
Where applicable, developmental, genetic, and environmental factors
that impact the disorders will be discussed. The presenting signs
and symptoms of the most important entities, as well as therapeutic
and interventional strategies will be reviewed.
3.0 credits, Cardiovascular Science Faculty
CVSP 509 Cardiovascular Devices Laboratory
Cardiovascular Devices Laboratory gives the student practical laboratory
exposure to devices used in the treatment and diagnosis of cardiovascular
disease with emphasis on their principles of operation, underlying
pathophysiology, setup, and use. Emphasis is on the practical application
of devices in cardiovascular medicine and, especially, in cardiac
surgery.
1.0 credit, Cardiovascular Science Faculty
CVSP 510 CV Perfusion Devices Laboratory Cardiovascular
Perfusion Devices Laboratory is a continuation of the coursework
that deals with the technology and technique issues related to the
extracorporeal circuit. This is a three-credit course that looks
at specific techniques and applications of extracorporeal circulation,
various adjunct procedures and pediatric perfusion. The associated
Practical Laboratory continues to build on the hands-on experience
of the previous two quarters.
3.0 credits, Cardiovascular Science Faculty
CVSP 590 Applied CV Anatomy
This three-credit course examines cardiovascular, renal and respiratory
anatomy as they are applied to perfusion technology. In addition,
the course looks at blood, blood transfusion, component therapy,
hemostasis and coagulation, and the immune system and complement
activation.
3.0 credits, Cardiovascular Science Faculty
CVSP 591 Advanced Hemodynamics
The cardiovascular perfusionist must rely on the output of various
physiologic monitors and analyzers to ensure that the patient is
being adequately supported during cardiopulmonary bypass. Advanced
Hemodynamics is a two-credit course that takes an in-depth look
at these monitors and analyzers. The student will learn how each
device and system operates, the strengths and limitations of each,
how to troubleshoot each system and how to interpret the clinical
data.
2.0 credits, Cardiovascular Science Faculty
GEBE 505 Ethics and of Research
This course looks at the bioethical considerations of medical research,
patient confidentiality, beneficence, justice, and patient autonomy.
3.0 credits, Bioethics Faculty
MICR 350 Epidemiology and Preventative Medicine
This course provides a study of the basic principles of epidemiology
and descriptive biostatistics. Topics include disease occurrence
and recurrence, and patterns and trends in a population. Emphasis
is given to understanding how to interpret such concepts as relative
risk, risk cofactors, and attributable risk, and how to assess public
health significance in relation to health promotion and disease
prevention. The health risks for targeted populations and potential
areas for preventive intervention are also discussed.
2.0 credits, Microbiology Faculty
PHYS 471, 482 Human Physiology I, II
In this two-quarter series, students are introduced through didactic
instruction and clinical case scenarios to the basic physiologic
principles that underlie the normal function of the various organs
and organ systems. These core principles provide the foundation
through which the student develops an understanding of the physiologic
adaptations and transitions that commonly occur in disease states.
Emphasis is given to developing an understanding of health in physiologic
terms and an appreciation of the diverse regulatory processes that
maintain the homeostasis of the human body. Topics presented include
a general study of cell function, properties of excitable cells,
and the function of the neuromuscular, cardiovascular, renal, respiratory,
digestive, endocrine, and reproductive systems.
4.0 credits each; Physiology Faculty Year 2: Clinical Rotations
CVSP 518 Special Techniques in Cardiopulmonary Bypass
This is a one-credit course taught on-line. The course is divided
into 10 separate conditions, which may require special and unusual
techniques for cardiopulmonary bypass. The class is highly interactive
with discussion on each subject.
1.0 credit, On-line instruction
CVSP 519 Current Trends in Perfusion
This is a one-credit course taught on-line. The course is divided
into 10 separate discussions. Ten separate subjects will be discussed
on-line, each representing current trends in perfusion.
1.0 credit, On-line instruction
CVSP 520, 521, 522, 523, 524 525, 526, 527 Clinical Practicum
with Clinical Rotation
The curriculum for Year 2 features four quarters of clinical rotations
including a one-week Preparation for Clinical Phase course. During
these rotations, students are expected to achieve competencies in
cardiovascular perfusion and related technologies of open-heart
surgery. Students are also expected to develop proficiency in a
number of areas such as managing patient problems; handling issues
of quality assurance, utilization review, and continuity of care;
and making appropriate treatment plans during each rotation. At
least one of the clinical rotations will be in pediatrics.
6.0 credits, Cardiovascular Science Clinical Faculty
