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Course

Health Entrepreneurship Microcredential

Time limit: 365 days

$200 Enroll

Full course description

Entrepreneurship has become a necessary skill set for healthcare professionals and biomedical scientists in the current healthcare ecosystem.  While much of the training these individuals acquire translates well to the entrepreneurship landscape, learning specific skills and tools within the entrepreneurship framework is essential to their success.  Notably, looking across the American educational enterprise of healthcare professionals and biomedical scientists, most current educational programs do not include specific training in entrepreneurship.  Additional training with a real-world application is required to fill this need. This microcredential introduces the skillset necessary for innovation-minded healthcare providers and biomedical scientists to achieve their goal of creating and developing entrepreneurial opportunities. This is a self-paced course.

Estimated Hours to Complete: 15

 

Requirements

Two texts are required for successful completion of this course.

Portney, L.P. (2020) Foundations of clinical research: applications to evidence-based practice, 4th ed. Philadelphia, PA: F.A. Davis Company.

Hulley, S.B., Cummings, S.R., Browner, W.S., Grady, D., & Newman, T.B. (2013). Designing clinical research, 4th ed. Philadelphia, PA: Wolters Kluwer/Lippincott Williams & Wilkins

 

The culminating project of the course will be a pitch deck and presentation of your idea or concept that solves a real world problem.

Course Faculty:

   
Bruce Bunnell's profile photo

Bruce Bunnell, PhD

Dr. Bunnell's research program is focused on both stem cells and tissue engineering. His group focuses on both the basic science and translational applications of adult stem cells. Dr. Bunnell investigates use of mesenchymal stem cells (MSCs) isolated from the bone marrow or adipose tissue. He is particularly interested in the interactions of MSC with the immune system and how the cells inhibit robust anti-inflammatory effects in vivo. He is interested in applying these cells or products from these cells as a therapeutic intervention for both immune diseases such as Multiple Sclerosis, wound repair, and bone regeneration. He is currently working towards a human clinical trial for the treatment of osteoarthritis, rotator cuff injury and Multiple Sclerosis using autologous stem cells. He is also interested in defining the role of adipose stem cells in the manifestation of the subcutaneous adipose tissue disorder of unknown origins, called Lipedema, which is characterized by the symmetric buildup of adipose tissue (fat) in the legs and arms that is often severely painful. Dr. Bunnell has an area of focus on the development and application of engineered tissues. The approach combines scaffolds (native or lab-generated) in combination with various stem cell populations. Native scaffolds are generated by decellularizing human tissues using a combination of enzymes and salts to strip away the cells and leave an intact scaffold behind. The scaffold is then repopulated using stem cells alone or in conjunction with terminally differentiated cells in an attempt to make a functional organ. He is also developing microphysiological systems (MPS), which are bioreactor or chip-based in vitro models of complex organ systems that retain all of the functions of native organs. He is currently working as part of a team constructing an MPS of a human knee to model osteoarthritis. Once completed, the system will be used to study tissue interactions, disease mechanisms and novel therapeutics.