The BSc (BMSC) Program

In 2021-22, the College of Arts and Science, in an exciting partnership with the College of Medicine, introduced the new collaborative degree, a Bachelor of Science in Biomedical Sciences (BSc (BMSC)).

These programs include the necessary courses for students preparing to enter graduate studies in biomedical sciences or into health-related professional schools such as Medicine, Dentistry, Veterinary Medicine, Pharmacy and Nutrition.

Biomedical Sciences Guidebook

This guidebook is intended for current BSc (BMSC) students to help guide your program planning at the University of Saskatchewan. This will provide valuable information about the Biomedical Science (BMSC) program; how to apply for major; how to plan your major; highlights of important course offering; available research opportunities; and more. While not exhaustive, this guidebook offers essential information that is helpful for your academic journey.

The guidebook was updated October 2025.

Bachelor of Science in Biomedical Sciences

There are five degree options in Biomedical Sciences:

This program provides education in disciplines of the anatomical sciences (cell biology, developmental biology, and gross anatomy), physiology and pharmacology. These life science disciplines provide a comprehensive understanding of the functions and mechanisms of actions of the cells and major systems of the human body, and of the effects and mode of action of chemicals which modify the major systems of the body.

Options: Four-year or Honours degree

Please click here to view this program in the University Catalogue.

This program includes education in many of the major topics in neuroscience including molecular and cellular neuroscience, systems and sensory neuroscience, behavioural and cognitive neuroscience, neurophysiology and neuroanatomy.

Options: Four-year or Honours degree

Please click here to view this program in the University Catalogue.

This program which provides education in the areas the molecular and cellular approaches to the study of the life sciences including microbial physiology and pathogenesis, protein structure and function, molecular biology, microbial genetics, virology, tumour biology and cancer, immunology and immunopathogenesis.

Options: Four-year or Honours degree

Please click here to view this program in the University Catalogue.

The Departments of Anatomy, Physiology, and Pharmacology and Biochemistry, Microbiology, and Immunology offer this program that enables cutting-edge, multi-disciplinary training that positions graduates for careers in the biomedical sciences as well as health-related professions.

Options: Four-year or Honours degree

Please click here to view this program in the University Catalogue.

This program builds on the shared two-year biomedical sciences platform shared by all the biomedical science majors to provide students with a strong foundation of multi-disciplinary training while providing flexibility for initial specialization within a particular biomedical science. This program includes necessary courses for students prepared to enter into health-related professional schools not requiring a four-year degree such as Dentistry, Veterinary Medicine and Pharmacy.

Options: Three-year degree

Please click here to view this program in the University Catalogue.

Recommended Two-Year Course Sequence

All BMSC programs begin with two years of core courses, outlined below. These foundational years help students build a strong academic base and support informed decision-making when applying to their desired major. The BMSC curriculum incorporates content from each Biomedical Science discipline, broadening students' understanding and enhancing the flexibility of their education.

 Sample 2-Year Course Schedule

This degree program is flexible and allows you to explore a wide range of subject areas. Below is a suggested first-year course schedule to help guide your planning:

Course Description

Fall Term
BIOL 120b The Nature of Life
CHEM 112b General Chemistry I Structure Bonding and Properties of Materials
PHYS 115b Physics and the Universe
INDG 107c Introduction to Canadian Indigenous Studies
ENG 112d Literature and Composition Reading Drama

Winter Term
BMSC 200a Biomolecules
CHEM 115b General Chemistry II Chemical Processes
PHYS 117b Physics for the Life Sciences
PSY 120b Biological and Cognitive Bases of Psychology
ART 110e Art Today Ideas and Practices

a Required course for the M4 Core Requirement - priority 1st year course(s)
b Course from the Cognate Requirement - priority 1st year course(s)
c Or other course listed under the Indigenous Learning Requirement could be chosen 
d Or other course listed under the English Language Writing Requirement could be chosen
e Or other course listed under the Breadth or Elective Requirement could be chosen

 The Course and Program Catalogue has the complete and official listing of required classes and their descriptions for this program.

This degree program is flexible and allows you to explore a wide range of subject areas. Below is a suggested second-year course schedule to help guide your planning:

Course Description

Fall Term
BMSC 207a Human Body Systems I
BMSC 210a Microbiology
BMSC 240a Laboratory Techniques
CHEM 250a Introduction to Organic Chemistry
MUS 101c Fundamentals of Music I Exploring Foundations

Winter Term
BMSC 208a Human Body Systems II
BMSC 220a Cell Biology
BMSC 230a Metabolism
MATH 110b Calculus I
LING 111c Structure of Language

a Required course for the M4 Core Requirement - priority courses to be eligible to apply to a major
Or other course listed under the Quantitive Reasoning Requirement chould be chosen
c Or other course listed under the Cognate, Breadth or Elective Requirements chooud be chosen

The Course and Program Catalogue has the complete and official listing of required classes and their descriptions for this program.

The M4 Core Requirements must be finished before a student can apply for a BSc (BMSC) major. 

The M4 Core Requirements (24 credit units) consist of the following classes: 

These classes must be finished before a student can apply for a BSc (BMSC) major. 

All students admitted into the BMSC program will be put into the ‘General’ major for the program. Students stay in this "General" major until they are eligible to complete their application for a BMSC major.

Application and Transfer Information for Current Arts & Science Students

Eligibility for Transfer into the BSc (BMSC) Program

Arts & Science students who wish to transfer into the Bachelor of Science in Biomedical Sciences (BSc BMSC) program must meet the following requirements:

  • A minimum grade of 50% in 3 credit units of 100-level or higher courses in each of the following subjects:
    • Biology (BIOL)
    • Chemistry (CHEM)
    • Physics (PHYS)
    • Mathematics (MATH)

If these university-level course requirements are not met at the time of transfer, students' high school grades will be considered. In that case, students must have a minimum average of 70% across the following high school courses:

  • Biology 30
  • Chemistry 30
  • Physics 30
  • Math Foundations 30

Arts and Science Biomedical Sciences Student Transfer form

Eligibility for a 3-year BSc (BMSC) Biomedical Foundations major (BMF)

To eligible for placement into the 3-year Biomedical Foundations (BMF) major, you must first be admitted into the BSc (BMSC) program. Upon admission, you will be automatically placed in the General major.

You can then apply to the BMF major at any time using the Arts & Science Student Inquiry Form.

Eligibility for a 4-Year BSc (BMSC) Major

To be eligible for placement into a 4-year major, you must complete the M4 Core Requirements (24 credit units) by April of the year you intend to enter the major. These courses are typically completed by the end of your second year.

M4 Core Courses:

Application Timeline

The application period runs annually from March 1 to April 30.
To apply for a major for the 2026–2027 academic year, you must submit your application by April 30, 2026.

After the deadline:

  • Applications are reviewed for eligibility.
  • If you apply to a major with limited capacity, your application will be ranked based on your average in the M4 Core courses.
  • You will be notified of your placement in early May via your USask email.

The application for a major will be open from March 1st to April 30th, 2026

How do I apply for the 3-year BSc (BMSC) Biomedical Foundations major (BMF)?

To apply to the 3-year Biomedical Foundations (BMF) major, you must first be admitted into the BSc (BMSC) program. Upon admission, you will be automatically placed in the General major.

You can then apply to the BMF major at any time using the Arts & Science Student Inquiry Form.


How do I apply for a 4-year BSc (BMSC) major?

To be eligible for placement into a 4-year major, you must complete the M4 Core Requirements (24 credit units) by April of the year you intend to enter the major. These courses are typically completed by the end of your second year.

M4 Core Courses:

Application Timeline

The application period runs annually from March 1 to April 30.
To apply for a major for the 2026–2027 academic year, you must submit your application by April 30, 2026.

After the deadline:

  • Applications are reviewed for eligibility.
  • If you apply to a major with limited capacity, your application will be ranked based on your average in the M4 Core courses.
  • You will be notified of your placement in early May via your USask email.

What if I started my program before 2020?

If you are currently declared in one of the older majors (ACB, BIOC, MCIM, or PHPY), you may be eligible to remain in that major or to apply into a new major under the current BSc (BMSC) program. To confirm your options and eligibility, please consult with an academic advisor.

 


What if I don’t meet the requirements to choose a major?

You’re encouraged to apply for a BMSC major once you meet the eligibility criteria.


Are some majors limited in capacity?

Yes. The following majors have limited seats:

  • Biomedical Neuroscience (BMNS) – 40 seats
  • Interdisciplinary Biomedical Science (ID BMSC) – 40 seats

If demand exceeds capacity, eligible applicants will be ranked based on their average in the required courses. Top-ranked students will be placed in their first-choice major; others will be placed in their second choice.

Important: Do not register for third-year courses in BMNS or ID BMSC unless you’ve been officially accepted into the major.

News and Updates

Stay informed with annual updates on course offerings and major options. These announcements are released before June registration to assist with degree planning.

Course Updates for 2026-2027 

(last updated February 19,2026)

This section highlights key changes to BMSC courses and programs for the 2026–2027 academic year, designed to support students in planning and registration

 

 

At this time, there are no new announcements to share.

 

The following announcements are for the specific majors:

Cellular, Physiological and Pharmacological (CPPS) Announcements for 2026-2027 

(last updated February 19, 2026)

 

At this time, there are no new announcements to share.

Biomedical Neuroscience (BMNS)
Announcements for 2026-2027 

*These announcements are for students who have been officially accepted
into the BMNS major only. 

(last updated February 19, 2026)

 

At this time, there are no new announcements to share.

Biochemistry, Microbiology and Immunology (BMI) Announcements for 2026-2027 

(last updated February 19, 2026)

 

At this time, there are no new announcements to share.

Interdisciplinary Biomedical Sciences (ID BMSC) Announcementsfor 2026-2027 

*These announcements are for students who have been officially accepted
into the ID BMSC major only.

(last updated February 19, 2026)

 

At this time, there are no new announcements to share.

This information will help you choose the correct courses for your program requirements. The following new courses are accepted as equivalents to the past courses. Always read individual course details to note equivalencies and registration notes in the USASK catalogue.

Anatomy, Physiology and Pharmacology
(APP) Courses

Note: All ACB and PHPY courses changed to CPPS or NEUR in the 2022-2023 academic year, with the exception of PHPY 490.0
Old Course Code New Course Code Course Name
ACB 310.3 CPPS 310.3 Basic Human Anatomy
ACB 325.3 CPPS 325.3 Advanced Cell Biology
ACB 330.3 CPPS 330.3 Principles of Developmental Biology
ACB 331.3 CPPS 331.3 Methods in Cell and Developmental Biology
ACB 334.3 NEUR 334.3 Introductory Neuroanatomy
ACB 400.3 CPPS 400.3 Clinical and Biomedical Imaging
ACB 401.6
(PHPY 432.6)
CPPS 432.6 Undergraduate Research Project in CPPS
ACB 405.3 CPPS 405.3 Current Topics in CPPS
ACB 406.3 CPPS 406.3 Comparative Vertebrate Histology
HSC 350.3 NEUR 350.3 Fundamental Neuroscience
PHPY 301.3 NEUR 301.3 Fundamental Neuroscience Intercellular Communication
PHPY 302.3 CPPS 302.3 Human Physiology Transport Systems
PHPY 303.3 CPPS 303.3 Human Physiology Reproduction Growth and Energy Homeostasis
PHPY 304.3 CPPS 304.3 Introduction to Pharmacology
PHPY 305.3

Students choose:
CPPS 306.3 and/or
CPPS 307.3

CPPS 306.3 Systems Pharmacology I
CPPS 307.3 Systems Pharmacology II

PHPY 308.3 CPPS 308.3 Experimental Bases of Physiology and Pharmacology
PHPY 402.3 CPPS 337.3 Experimental Design in the Health Care System
PHPY 403.3 CPPS 403.3 Physiological Genomics and Pharmacogenetics
PHPY 404.3 NEUR 404.3 Neurophysiology and Neuropharmacology
PHPY 405.3 CPPS 415.3 Advances in Cardiovascular Physiology and Pharmacology
PHPY 432.6
(ACB 401.6)
CPPS 432.6 Undergraduate Research Project in CPPS
PHSI 208.6 BMSC 207.3 &
BMSC 208.3
BMSC 207 Human Body Systems I
BMSC 208 Human Body Systems II

 

Biochemistry, Microbiology and Immunology
(BMI) Courses

Note: All BIOC and MCIM courses changed to BMIS and BMSC in the 2021-2022 academic year. BMSC 350.3 was changed to CHEP 350.3.
Old Course Code New Course Code Course Name
BIOC 300.3
(MCIM 326.3)
BMSC 320.3 Nucleic Acids from Central Dogma to Human Disease
BIOC 310.3 BMIS 310.3 Proteins and Enzymes
BIOC 311.3
(MCIM 391.3)
BMIS 340.3 Introductory Molecular Biology
BIOC 405.3 BIMS 405.3 Structure and Function of Biomolecules
BIOC 412.3 BMIS 412.3 Protein Structure Function and Engineering
BIOC 430.3 BMIS 430.3 Biochemistry of Cancer
BIOC 435.3 BMIS 435.3 Human Metabolism and Disease
BIOC 436.3 BMIS 436.3 Advanced Molecular Biology
BIOC 490.0
(MCIM 490.0)
BMIS 400.0 Seminar in BMI Experimental Microbiology and immunology
BIOC 489.6
(MCIM 491.6)
BMIS 489.6 Undergraduate Research Project in BMI
BMSC 350.3 CHEP 350.3 Introduction to Epidemiology
MCIM 308.3/
MCIM 309.3
BMIS 308.3 An Introduction to Microbial Pathogens
MCIM 321.3 BMIS 321.3 Principles of Immunology
MCIM 326.3
(BIOC 300.3)
BMSC 320.3 Nucleic Acids from Central Dogma to Human Disease
MCIM 390.3 BMIS 390.3 Experimental Microbiology and Immunology
MCIM 391.3
(BIOC 311.3)
BMIS 340.3 Introductory Molecular Biology
MCIM 398.3 BMIS 380.3 Team Based Experimental Microbiology
MCIM 417.3 BMIS 417.3 Molecular Virology
MCIM 423.3 BMIS 423.3 Immunopathogenesis
MCIM 425.3 BMIS 425.3 Molecular Basis of Microbial Pathogenesis
MCIM 487.3 BMIS 487.3 Microbial Genetic Systems
MCIM 490.0
(BIOC 490.0)
BMIS 400.0 Seminar in BMI Experimental Microbiology and Immunology
MCIM 491.6
(BIOC 489.6)
BMIS 489.6 Undergraduate Research Project in BMI

 

Additional Course Changes for
BMI/BIOC/MCIM majors

Old Course  New Course Course Name
BINF 200.3 BINF 351.3 Introduction to Bioinformatics
BINF 210.3 BINF 151.3 Computing in the Biological Sciences

 

Anatomy and Cell Biology (ACB) 
Announcements for 2026-2027  

The following notice applies to students enrolled in the BSc Anatomy and Cell Biology (ACB) program.

The BSc in ACB is available only to students who began their program before 2020 and are currently declared in the ACB major.    
 
(last updated February 19, 2026)

 

At this time, there are no new announcements to share.

 

 


Biochemistry (BIOC)

Announcements for 2026-2027 

The following notice applies to students enrolled in the BSc Biochemistry (BIOC) program

The BSc in BIOC is available only to students who began their program before 2020 and are currently declared in the BIOC major.

 

(last updated February 19, 2026)

 

At this time, there are no new announcements to share.

 

 


Microbiology and Immunology (MCIM)
Announcements for 2026-2027
 

The following notice applies to students enrolled in the BSc Microbiology and Immunology (MCIM) program. 

The BSc in MCIM is available only to students who began their program before 2020 and are currently declared in the MCIM major.  

(last updated February 19, 2026)

 

At this time, there are no new announcements to share.

 

 


Physiology & Pharmacology (PHPY)
Announcements for
2026-2027 

The following notice applies to students enrolled in the BSc Physiology and Pharmacology (PHPY) program.

The BSc in PHPY is available only to students who began their program before 2020 and are currently declared in the PHPY major.    

(last updated February 19, 2026)

 

At this time, there are no new announcements to share.

 

 

Honours Program

The Honours Program is designed for students who seek in-depth research experience in their major field of study and who meet the minimum academic requirements. It is ideal for those considering graduate studies or a career in research.

Requirements

To earn a BSc (BMSC) Honours degree, students must complete 120 credit units, including at least 66 credit units at the senior level. The Honours Program requires an additional 6 credit units in the M5 major area to include the Undergraduate Research course (CPPS 432.6, NEUR 432.6, or BMIS 489.6). 

Note: The Honours Program can be completed within four years. To ensure proper planning, please review the program requirements and consult with an academic advisor.

Admission to the Honours Program is mandatory to enroll in the Undergraduate Research course and to receive the Honours designation.

Eligibility:

To be eligible for admission to the Honours Program, students must meet the following requirements:

  • Have completed a minimum of 60 credit units.
  • Have an overall Cumulative Weighted Average (CWA) of at least 70%.
  • Maintain a minimum average of 70% in their Honours subject area (M4 and M5 courses).

When to Apply:

  • Students can apply after the above eligibility requirements are met.
  • At the latest, students planning to take the Undergraduate Research course (CPPS 432.6, NEUR 432.6, or BMIS 489.6) must apply to the Honours Program by May 1st of the same year they intend to enroll in the course.

Admission Process:

  • All Honours Program applications are processed by the Undergraduate Student Office in the College of Arts and Science.
  • Students will be notified of their application status via their Usask email, typically by late June, prior to enrollment in the research course.

Course Registration:

  • Students do not register for the Undergraduate Research course (CPPS 432.6, NEUR 432.6, or BMIS 489.6) during their regular registration window. Students will receive permission to register in the Undergraduate Research course (CPPS 432.6, NEUR 432.6, or BMIS 489.6) once admission to the Honours Program is confirmed and the BMSC Academic Advisor has been notified of their desired supervisor.
  • Permissions are typically granted in July and August by the BSMC Academic Advisor.

Deadline:

Students planning to complete an Honours Program must independently secure a faculty supervisor to enroll in the Undergraduate Research course, which is typically completed in the final year of study.

Getting Started:

  • Start early: Finding a supervisor can be competitive. Begin your search the year before you plan to take the course. The list of potential approved supervisors for each program is updated annually by October 15th. 
  • Clarify your interests: Identify your research interests and explore the work of potential supervisors in your major.
  • Use available resources: Refer to the Tips for Securing a Supervisor document for guidance on writing emails to potential supervisors.
  • Interdisciplinary Biomedical Sciences (ID BMSC) students can choose between CPPS 432.6, NEUR 432.6 or BMIS 489.6.

After Securing a Supervisor:  

  • For CPPS, BMNS, or ID BMSC students enrolling in CPPS 432.6 or NEUR 432.6:
    Email the BMSC Academic Advisor at bmscadvising@usask.ca to confirm your supervisor from the approved list.
  • For BMIS or ID BMSC students enrolling in BMIS 489.6:
    Email the BMIS 489.6 course coordinator to supervisor approval. Once approved, the coordinator will notify the BMSC Academic Advisor.

The BMSC Academic Advisor will confirm supervisor approval, verify Honours Program acceptance, and grant registration permission for the research course. Permissions are typically issued in July and August.

Important Deadline:

Deadline to secure a supervisor for the 2026–2027 academic year: August 15, 2026

Before you start

Do your research. You should know:

  1. What area of research do you want to pursue? Are there professors doing research in the area of interest to you? *Please note that this search function is designed for grad student searches and results may not reflect professors taking on honours students. It is still a great tool to help get started in your search.
  2. You should identify one or two professors who are doing research in an area closely related to what you are interested in.

 

Preparation

The more specific you can be in your first email the better success you will have.

You should:

  • Read the Professor's webpage;
  • Check out any online publications that are available and read them;
  • Inform yourself about the specifics of the program to which you want to apply. 

 

Writing Tips

Professors get dozens of emails from potential students. If you want to get your email noticed, you must give the professor the information they need, quickly, clearly, and professionally.

  • Use proper titles – Dr. Smith;
  • Keep your email short, just three paragraphs, no more than 250 words;
  • Use complete sentences;
  • Use spell check.

 

Key Parts

Introduce yourself: Tell the professor in two or three sentences who you are. State your degree level and your research area. Give a clear statement indicating that you meet the honours admission requirements which includes your average.

Example:

Dear Dr. Smith,
My name is XX XX and I am from the BMSC program. I am in my final year of my BMSC degree in XXXX with focus on intracellular sulfur transport system research. My GPA/average is 86%.

Make a connection and provide reasons to be considered: Use specific references to make a connection between the work that you have been doing and the research projects that the professor is working on. Important points to include:

  • Papers, journal articles, either published, accepted or submitted.
  • Conference papers given;
  • Scholarships won

Example:

My current research interest is in host-pathogen interactions, and I have just submitted a co-authored article which was accepted by XXX. I have attached a brief research interest statement with more details. I was reading about recent work in structure and function of protein complexes on the website and it looks very interesting. I am interested in building upon my undergraduate experience and expanding my research into related areas. I have attached a copy of my C.V. for your review.

State your request; tell the professor what you are looking for.

Example:

I wish to begin the undergraduate research class (XXXX.6) in September YYYY and would be very interested in working under your supervision. I would appreciate if you could review the attached documents and let me know what the possibilities might be.  

 

*This information was taken and altered from: https://grad.usask.ca/admissions/tips-for-finding-a-supervisor.php

CPPS 432.6 Approved Supervisors for 2026-2027

 

Faculty Research Area(s)
Dr. Asmahan AbuArish Pulmonary inflammation & inflammasome assembly; Hyperinflammatory pulmonary diseases; Cystic fibrosis; Molecular biophysics; Quantitative analyses; Cell biology; Cell signaling
Dr. Stan Bardal Scholarship of Teaching and Learning (SOTL)
Dr. Lane Bekar Neuromodulators; Glial Cells; Neurodegeneration
Dr. Justin Botterill Behavioural neuroscience (learning and memory, affective behaviours, stress); Epilepsy (animal models, EEG recordings, cells & circuits, and therapeutics); Neuroanatomy (circuit mapping and manipulations)
Dr. Julia Boughner Evolutionary developmental biology; Physical anthropology; Craniofacial/dental morphology and evolution
Dr. Veronica Campanucci The effect of pathological conditions on the nervous system especially on mechanisms triggered by of oxidative stress
Dr. L. Dean Chapman The use of synchrotron radiation and x-ray optics directed to medical and biological problems; specifically in the area of x-ray imaging.
Dr. Yi-Chun Chen (YCC) Endocrinology (obesity and metabolism); Pancreatic islet cell biology; Peptide hormone biosynthesis, processing, secretion, and clearance
Dr. Michelle M. Collins Developmental genetics; Cardiovascular development and disease; Cardiac physiology
Dr. David Cooper Bone aging, adaptation and disease 3D Imaging Synchrotron Science
Dr. Brian Eames Skeletal development and evolution; molecular genetics; synchrotron imaging; 3D bioprinted tissue engineering; Comparative transcriptomics
Dr. Joseph Fomusi Ndisang Vasoactive gaseous mediators (carbon monoxide, nitric oxide etc.) and cardiovascular pathologies; Particularly we are investigating the role of the heme oxygenase system in in hypertension, diabetes (types-1 and -2), and obesity
Dr. Thomas Fisher Osmotic regulation of ion channels and vasopressin secretion; Ca2+ channel targeting and function in neuroendocrine secretion; Mechanisms and significance of gliotransmitter secretion
Dr. Sébastien Gauvrit Vascular development, angiogenesis, lymphangiogenesis, zebrafish and mouse genetics, in vivo imaging, cell biology
Dr. John Howland Effects of acute stress on cognition and synaptic plasticity. Neurodevelopmental models of severe psychiatric illness
Dr. Juan Ianowski Our research projects focus on the cellular and molecular mechanisms of epithelial solute transport and the pathological consequences of transport failure
Dr. Anand Krishnan Nerve-tumor interface; Nerve regeneration; Cancer biology; Self-renewing resident macrophage in the nervous system.
Dr. Lixin Liu The role of intracellular signaling molecules in leukocyte recruitment and transendothelial migration
Dr. Bogdan Popescu Health sciences
Dr. Grzegorz Sawicki Molecular mechanisms of heart injury triggered by oxidative stress and its protection from contractile dysfunction; Use of the pharmaco-proteomics approach in pathological and physiological heart studies; Novel intracellular function of matrix metalloproteinase-2 in heart injury; Posttranslational modifications of contractile proteins triggered by oxidative stress and their role the injury
Dr. Heather Szabo-Rogers Craniofacial Development; Role of signaling molecules in craniofacial cartilages
Dr. Changiz Taghibiglou Excitotoxicity-induced neuronal apoptosis in stroke and neurodegenerative diseases; Lipid rafts and neuronal receptor signaling and trafficking; Lipid Neurobiology; Brain insulin signaling pathways; Designing bioactive short peptides; Cellular and molecular mechanisms of traumatic brain injury/concussion; Biomarkers of traumatic brain injury/concussion
Dr. Valerie Verge Nerve Injury and Repair Mechanisms; Role of Neurotrophic Molecules
Dr. Scott Widenmaier Immunometabolism; Obesity; Lipid metabolism; Diabetes; Stress biology
Dr. Changting Xiao Lipid and Lipoprotein Metabolism; Gastrointestinal Physiology; Pathophysiology of Metabolic Disorders

 

Additional Approved Supervisors for CPPS 432.6

Faculty Clinical Interests and Research Area(s) 
Dr. Angela Baerwald Women's health; low risk infertility; low risk obstetrics
Dr. Francisco Cayabyab Adenosine receptor signaling in brain diseases, and the biology of breast cancer and brain cancer. Interests: stroke; Parkinson's disease; epilepsy; neurophysiology; confocal imaging; biochemistry
Dr. Don Cockcroft Asthma; Cystic Fibrosis, General Respirology
Dr. Beth Davis Bronchoprovocation (airway challenges with direct and indirect stimuli); Airway Inflammation (sputum and exhaled nitric oxide techniques); Clinical Trials (Phase II, III, IV - preomindantly Allergic Asthma)
Dr. Andrew Freywald Cancer cell biology; Tumour biology; Cancer treatment development
Dr. Jack Gray Neural control of animal behaviour; Biologically-inspired algorithms for artificial systems; Behavioural and neurophysiological aspects of adaptive insect flight; Investigating interactions between an animal's external environment and its nervous system; Effects of pesticides on neural function
Dr. Michael Kelly
Dr. Saija Kontulainen Bone health; Growth and development; Musculoskeletal health; Biomechanics
Dr. Robert Laprairie The endocannabinoid system and specifically the type 1 cannabinoid receptor (CB1R)
Dr. Michael Levin Multiple Sclerosis; Neuroimmunology; Neurovirology; RNA Binding Proteins; Autoimmunity
Dr. Daniel MacPhee Placental development, regulation of uterine function during pregnancy, cell-extracellular environment signalling, stress protein signalling
Dr. Wendie Marks Developmental Origins of Health and Disease; Indigenous Health and Wellness; Animal models of diseases and disorders; Intergenerational Stress; Obesity; Child Health and Development
Dr. Darrell Mousseau Determining what biochemical events are common to depression and Alzheimer disease; examining the link between depression and poor prognosis in breast cancer patients
Dr. Jonathan Norton
Dr. Meena Sakharkar Drug target identification and validation using multiple cross-disciplinary approaches; investigating the role of PPAR gamma and its targets in breast cancer and Parkinson’s disease; designing novel antibiotic-phytochemical drug conjugates by using fragment-based drug design for treating bacterial infections in dairy cattle
Dr. Ana Mendes-Silva Genetics; Genome editing; Mitochondrial genetics; Drosophila genetics; Mitochondrial biology; Biomarkers; Cellular and molecular biology; Neuropsychopharmacology; Biosensors; Mood disorders; Psychosis spectrum disorders; Late-onset disorders; Translational medicine
Dr. Maruti Uppalapati
Dr. Franco Vizeacoumar Developing such a genotype-directed cancer therapy for solid tumors by applying a basic biological concept called synthetic lethality

 

Working with a Supervisor Not on the Approved List
If a student wishes to work with a supervisor who is not listed on the Approved Supervisor List, the following conditions must be met:

  1. A primary supervisor from the Approved Supervisor List must be secured to work alongside the unlisted supervisor.
  2. Approval must be obtained from the course coordinator(s) to proceed with both supervisors.

Action Required:

To request approval, students must email the course coordinator(s) with:

  • the names of both proposed supervisors
  • a brief project description

Be sure to cc both supervisors in the email.

NEUR 432.6 Approved Supervisors for 2026-2027

Faculty Research Area(s)
Dr. Lane Bekar Neuromodulators; Glial Cells; Neurodegeneration
Dr. Justin Botterill Behavioural neuroscience (learning and memory, affective behaviours, stress); Epilepsy (animal models, EEG recordings, cells & circuits, and therapeutics); Neuroanatomy (circuit mapping and manipulations)
Dr. Veronica Campanucci The effect of pathological conditions on the nervous system especially on mechanisms triggered by of oxidative stress
Dr. Francisco Cayabyab Adenosine receptor signaling in brain diseases, and the biology of breast cancer and brain cancer. Interests: stroke; Parkinson's disease; epilepsy; neurophysiology; confocal imaging; biochemistry
Dr. Thomas Fisher Osmotic regulation of ion channels and vasopressin secretion; Ca2+ channel targeting and function in neuroendocrine secretion; Mechanisms and significance of gliotransmitter secretion
Dr. John Howland Effects of acute stress on cognition and synaptic plasticity. Neurodevelopmental models of severe psychiatric illness
Dr. Michael Kelly
Dr. Anand Krishnan Nerve-tumor interface; Nerve regeneration; Cancer biology; Self-renewing resident macrophage in the nervous system.
Dr. Robert Laprairie The endocannabinoid system and specifically the type 1 cannabinoid receptor (CB1R)
Dr. Michael Levin Multiple Sclerosis; Neuroimmunology; Neurovirology; RNA Binding Proteins; Autoimmunity
Dr. Darrell Mousseau Determining what biochemical events are common to depression and Alzheimer disease; examining the link between depression and poor prognosis in breast cancer patients
Dr. Jonathan Norton
Dr. Bogdan Popescu Health sciences
Dr. Ana Mendes-Silva Genetics; Genome editing; Mitochondrial genetics; Drosophila genetics; Mitochondrial biology; Biomarkers; Cellular and molecular biology; Neuropsychopharmacology; Biosensors; Mood disorders; Psychosis spectrum disorders; Late-onset disorders; Translational medicine
Dr. Changiz Taghibiglou Excitotoxicity-induced neuronal apoptosis in stroke and neurodegenerative diseases; Lipid rafts and neuronal receptor signaling and trafficking; Lipid Neurobiology; Brain insulin signaling pathways; Designing bioactive short peptides; Cellular and molecular mechanisms of traumatic brain injury/concussion; Biomarkers of traumatic brain injury/concussion
Dr. Valerie Verge Nerve Injury and Repair Mechanisms; Role of Neurotrophic Molecules

BMIS 489.6 Approved Supervisors for 2026-2027

Faculty Research Area(s)
Dr. Linda Chelico HIV restriction factors, DNA deaminases, Mutagenesis, Enzyme mechanisms
Dr. Miroslaw Cygler Host-Pathogen interactions, Synthesis and degradation of Glycosaminoglycans
Dr. Jo-Anne Dillon Antimicrobial resistance, Cell division, Sexually transmitted infections, International health, Molecular technologies for microbial diagnostics
Dr. Oleg Dmitriev Protein structure and function, metal transport in the cell, metal-binding proteins and cancer, protein NMR
Dr. Kerri Kobryn Biochemistry and molecular biological studies of the Lyme Disease spirochete Borrelia Burgdorferi
Dr. Anil Kumar Molecular Virology, Virus-host Interactions, Innate Immune Response
Dr. Kerry Lavender Viral Immunology, HIV-1, Humanized mice, Interferon-alpha
Dr. Scot Leary Mitochondria, energy and metal ion homeostasis, signaling, human disease
Dr. Kiven Erique Lukong Breast tumor kinase (BRK) and two other BRK family members, FRK and SRMS
Dr. Stanley Moore The flagellum secretion system in Helicobacter pylori, and chromatin modifying systems in higher eukaryotes
Dr. Scott Napper Vaccine development, Prion diseases, Kinome analysis, Infectious disease
Dr. Peter Pioli Antibody-Secreting Cells (aka plasma cells); Hematopoiesis; Autoimmunity; Inflammation; Aging; Gene Expression
Dr. Bill Roesler Transcription, Nuclear speckles, TCERG1, C/EBPalpha, Gene expression, Nuclear compartmentation
Dr. Jessica Sheldon Host-Pathogen Interactions; Bacterial Pathogenesis; Molecular Genetics; Nutritional Immunity; Bacteriology; Metal Ion Homeostasis
Dr. Jenny-Lee Thomassin Molecular microbiology, molecular genetics, and bacteriology
Dr. Hong Wang Plant cell cycle regulation, protein ubiquitination, female gametogenesis, seed aging and vigor, abiotic stress
Dr. Joyce Wilson HCV interaction with the host miRNA machinery
Dr. Michael Wozny
Dr. Yuliang Wu Cancers, Genetic disorders, Genome stability, DNA repair, Innate immunity, Helicase
Dr. Wei Xiao Molecular mechanisms of DNA repair and mutagenesis; Signal transduction through K63 ubiquitination; Genetic toxicology and carcinogenesis

 

Subject to the nature of the proposed research project, supervisors listed under the Adjunct and Associate Faculty may be approved by the course coordinator(s). Additionally, supervisors external to the BMI Department may be considered, contingent upon the approval of the research project.

Academic Advising

Academic advising is available to help you plan your program effectively and support your career goals. It’s recommended that you meet with an academic advisor at least once a year, or whenever you have questions or concerns about your academic progress.

As a BMSC student, you are encouraged to connect with both an Arts and Science Academic Advisor and the Biomedical Sciences Academic Advisor throughout your studies.. 

Academic Orientation

If you're new to the College of Arts and Science, please complete the Academic Orientation. These self-paced modules are available on the Class of 2029 Canvas Hub, which also includes answers to frequently asked questions (e.g., parking, student ID, textbooks, campus clubs) and opportunities to meet fellow students.

The Academic Orientation will help you understand:

  • Where to go for help
  • What to expect at university
  • Which classes to take
  • How to register for classes

The modules take approximately 30–45 minutes to complete and can be revisited anytime.

Class of 2029 Canvas Hub

To make the most of your advising appointment, we recommend completing the Academic Orientation before booking an appointment.

To Book an Appointment

Advance Booking:

Students may schedule an appointment with an academic advisor up to 7 days in advance.
Example: If today is Wednesday morning, you can book for the following Wednesday. The same rule applies for other days.

Calendar Availability:

The booking calendar only shows available times for the next 7 days. It does not display the full month.

Fully Booked Days:

If no time slots appear for a specific day, it means all appointments for that day are fully booked. Please check again the next day as new slots may become available.

What the Biomedical Sciences Advisor Can Help With:

  • Major-specific questions or concerns (M4 and M5 requirements)
  • Navigating the Course and Program Catalogue
  • Confirming program and degree requirements
  • Understanding the application process for a major
  • Choosing a major and selecting appropriate courses
  • Planning course sequencing for competitive majors
  • Navigating university policies and procedures
  • Connecting you with educational supports
  • Answering any other academic questions you may have

The BMSC academic advisor is not able to provide guidance on admission requirements for other programs, including questions about course substitutions, equivalent courses, and eligibility. For assistance with these matters, please contact the program you are interested in directly.

Appointment Format & Duration

  • Advising appointments are available in-person or remotely
  • Appointments are bookable Monday, Thursday and Friday.
  • Each appointment is 30 minutes long, which is typically sufficient for most concerns
  • If you have multiple topics to discuss, please book two back-to-back 30-minute slots (for a total of 60 minutes)

What Arts and Science Advisors Can Help With:

  • Questions or concerns outside of your major (M1, M2, M3, and M6 requirements)
  • Navigating the Course and Program Catalogue
  • Exploring majors, minors, and certificates
  • Confirming program and degree requirements
  • Attending group advising sessions on various academic topics
  • Clarifying academic policies and procedures
  • Submitting academic requests such as:
    • Appeals
    • Deferred exam requests
    • Visiting student requests
    • Second degree requirements
  • Understanding faculty actions (e.g., required to discontinue, probation status)
  • Creating plans for academic success, including course retake strategies
  • Answering any other academic questions you may have

Booking an Appointment

  • The Undergraduate Student Office (UGSO) offers in-person and remote advising appointments.
  • To book, log into PAWS, go to Arts and Science Students, and click on Advising Appointments.
  • Appointments can be scheduled up to 7 days in advance during regular office hours: Monday to Friday
  • Evening appointments are available on Tuesdays and Thursdays from 5:00 PM to 8:00 PM (CST)

Office Hours (UGSO)

  • Monday, Tuesday, Thursday, Friday: 8:30 AM – 4:00 PM (CST)
  • Wednesday: 9:30 AM – 4:00 PM (CST)

Drop-In Advising (Arts 265)

Available on a first-come, first-served basis:

  • Monday, Wednesday, Friday from 9:30 am to 12:30 pm
  • Tuesdays & Thursdayfrom 12:00 pm to 3:00 pm

Quick Questions?

If you’re unable to visit Arts 265:

  • Call UGSO: 306-966-4231 (Toll-free: 1-844-966-4231)
  • Or submit a ticket to the online service desk


BMSC Academic Advisor

Robin Parent
Room GA20.3, A-Wing, Health Sciences Building
Please email bmscadvising@usask.ca

Map to GA20 offices in Health Sciences

For more information, please contact:

Program Undergraduate Chairs
Anatomy, Physiology and Pharmacology 

Dr. Stan Bardal

Biochemistry, Microbiology and Immunology Dr. Kyle Anderson