Welcome to the Cardiovascular Sciences Collaborative Programs

Course Requirements:

MSc level students are required to take a cardiovascular curriculum half credit from any one of the following "Courses Offered" below. If there is a cardiovascular course not listed below, please contact the CSCS (cv.program@utoronto.ca) so that consideration can be given to that course.

Note: Students that complete any of the JCV courses at the MSc level will have this credited towards their PhD course requirements for the CSCS.

PhD level students are required to take any two of the seven course selections to complete their CSCS course requirements: JCV1060, JCV3060, JCV3061, JCV3062, JCV3063, JCV3064 or JCV3065.

Note: Students that complete any of the JCV courses at the MSc level will have this credited towards their PhD course requirements for the CSCS.

JCV Overview:

The JCV course designate indicates that most collaborating departments accept these courses toward their degree requirements - check with your department. These courses are intended to provide current state-of-the-art information on timely research topics in the cardiovascular field through seminars given by our faculty who are recognized experts. Students enrolled in the course do a presentation on a topic of their choosing relating to the course. Students are evaluated on their presentation, their class participation/attendance, and a review article that they write under the supervision of a mentor who was one of the session leaders.

NOTE: Registration is limited. First preference will be given to registered students of the Cardiovascular Sciences Collaborative Specialization. Further details on each of these courses are available below.

Courses Offered

This page was last updated on June 6, 2023

* Offered Every Year
** Offered Every Other Year

JCV1060H *

Next offered January 2024
Location: HS715
Code of Student Conduct

Developmental Cardiovascular Physiology (JCV1060H)

Course Descriptor
Course Outline | Session Notes
Course Director: Dr. Vitor Guerra (416) 813-6140

 *
JCV3060H **

Next offered September 2023
Location: HS705
Code of Student Conduct

Advanced Topics in Cardiovascular Sciences - Molecular and Heart Signal Transduction (JCV3060)

Course Descriptor
Course Outline | Session Notes
Course Director: Dr. Steffen-Sebastian Bolz (416) 978-7529

 *
JCV3061H **

Next offered January 2024
Location: HS705
Code of Student Conduct

Advanced Topics in Cardiovascular Sciences - Hormones and the Cardiovascular System (JCV3061H)

Course Descriptor
Course Outline | Session Notes
Course Director: Dr. Carin Wittnich (416) 978-7744

 *
JCV3062H **

Next Offered September 2024
Location: TBA
Code of Student Conduct

Advanced Topics in Cardiovascular Sciences - Heart Function (JCV3062H)

Course Descriptor
Course Outline | Session Notes
Course Director: Dr. Robert Bentley (416) 946-5613

 *
JCV3063H **

Next Offered January 2025
Location: TBA
Code of Student Conduct

Advanced Topics in Cardiovascular Sciences - Vascular (JCV3063H)

Course Descriptor
Course Outline | Session Notes
Course Director: Dr. Scott Heximer (416) 978-6048

 *
JCV3064H **

Next offered September 2024
Location: TBA
Code of Student Conduct

Advanced Topics in Cardiovascular Sciences Microvascular Medicine (JCV3064H)

Course Descriptor
Course Outline | Session Notes
Course Director: Dr. Steffen-Sebastien Bolz (416) 978-7529

 *
JCV3065H *

Next Offered January 2025
Location: TBA
Code of Student Conduct

Advanced Topics in Cardiovascular Sciences - Systems Biology (JCV3065H)

Course Descriptor
Course Outline | Session Notes
Course Director: Professor Anthony Gramolini (416) 978-5609

 *
For complete course information on the following courses, please go to the departments website.
KIN5508H Cardiovascular Disease and Exercise (Kinesiology)
PSL1462H Molecular Aspects of Cardiac Function (Physiology)
LMP1104 Current Understanding of Ischemic Heart Disease (Laboratory Medicine and Pathobiology) (.25 FCE course)
LMP1105 Current Understanding of Atherosclerosis (Laboratory Medicine and Pathobiology) (.25 FCE course)

Suggested Courses

Considered valuable but does not fulfill Program requirements

CHL5201H Introductory Biostatistics for Students in Biological Sciences (Public Health Sciences)
LMP1404S Cellular and Molecular Mechanisms of Disease (Department of Laboratory Medicine and Pathobiology)
PSL1052H Fundamentals on Ion Channel Function (Physiology)
Note: If there is a course identified but not listed, please contact the CSCS office, so that consideration can be given to the course to determine if it fulfills CSCS requirements.

Continuing Education

Offers faculty seminars/lectures in the cardiovascular sciences field consisting of select topics of current interest.