The use of mindfulness-based interventions in healthcare is expanding rapidly, as is the empirical evidence base supporting the benefits of mindfulness for both patients and healthcare providers. This interprofessional course provides students with a strong foundation in the history, theory, science, practice, and clinical application of mindfulness with patient/client populations across the lifespan and in various contexts. Students will actively engage in experiencing and exploring the core mindfulness practices for both professional and personal development.
Credits
3
Semesters Offered
- Spring
This course provides an in depth scientific knowledge base relevant to selected pathophysiological states. Major concepts from basic pathophysiology are built upon with consideration of responses across the lifespan. Advanced concepts of pathophysiological functioning are correlated with clinical decisions related to selected diagnostic tests and initiation of therapeutic regimens applicable to advanced practice nurses across specialties. Specific disease processes are examined incorporating the role of developmental physiology, embryologic, genetic, and environmental factors in the epidemiology of disease.
Credits
3
Semesters Offered
- Fall
This course will focus on social mission of increasing diversity of education, reducing stereotypes, and increasing empowerment of diverse voices in nursing education.
Credits
3
Semesters Offered
- Spring
Prerequisites: None. This course provides an overview of the stress system as it relates to health, illness, and the human experience. Concepts including allostasis, allostatic load, and resilience, along with the physiology of relaxation response will be presented, with evidence supporting clinical and interprofessional applications. Self-care practices will be presented and encouraged.
Credits
3
Semesters Offered
- Fall
Anatomy and Physiology 1 is the first of two courses that will help provide the prerequisite foundation for aspiring healthcare professionals. This course provides a comprehensive introduction to the structure, biology, organization, and function of cells, tissues, and organs. The integumentary, musculoskeletal, and nervous systems are introduced and explored.
Credits
3 undergraduate
Semesters Offered
- Fall
- Spring
- Summer
Cost
$1,620.00
This course examines basic anatomy and physiology of speech mechanisms, including respiratory, laryngeal, and supraglottic systems. A particular focus is basic science foundations and application to clinical problem-solving.
Credits
1 undergraduate
Semesters Offered
- Fall
- Spring
- Summer
Cost
$540.00
Anatomy and Physiology 2 is the second of two courses that will help provide the prerequisite foundation for aspiring healthcare professionals. This course builds on information learned in Human Anatomy and Physiology 1, exploring the endocrine, cardiovascular, respiratory, immune, digestive, renal and reproductive systems including the mechanisms by which each assists in maintaining homeostasis in the human body.
Credits
3 undergraduate
Semesters Offered
- Fall
- Spring
- Summer
Cost
$1,620.00
Anatomy and Physiology 2 lab is designed to complement the concepts covered in HA&P 2, which includes details regarding the anatomy and physiology of the endocrine, cardiovascular, respiratory, immune, digestive, renal and reproductive systems including the mechanisms by which each assists in maintaining homeostasis in the human body. The course will include bi-weekly labs that use tools for virtual construction of anatomical structures and simulation activities to identify and integrate the understanding of anatomical and physiological concepts.
Credits
1 undergraduate
Semesters Offered
- Fall
- Spring
- Summer
Cost
$540.00
This course examines basic anatomy and physiology of speech mechanisms, including respiratory, laryngeal, and supraglottal systems. A particular focus is basic science foundations and application to clinical problem-solving.
Credits
3 undergraduate
Semesters Offered
- Fall
- Spring
- Summer
Cost
$1,620.00
The course focuses on developing assessment skills related to simulation-based education (SBE) encounters. This course covers the basics of tool development and evaluation, current simulation-based education literature appraisal, and commonly used research designs used to evaluate SBE learning outcomes. Customized project work supports the ongoing practice and science of simulation-based education, including development of foundational implementation science skills for transformational learning as part of participation an interprofessional simulation community.
Credits
3
Semesters Offered
- Summer
This course provides a comprehensive overview of the main concepts in biochemistry with a focus on clinical correlations. Topics covered include structure of biological macromolecules, transmission of information, functions of proteins, review of metabolic pathways and control, and essential physiological processes. Students will discuss clinical relevance, providing concrete examples of how basic biochemical knowledge translates into health or pathological conditions.
Credits
4 undergraduate
Semesters Offered
- Fall
- Spring
- Summer
Cost
$2,160.00
This course is designed as an introduction of the key concepts of molecular biology, cell biology and basic genetics. It will cover important topics with a focus on the impact on human health, such as the structure and function of biological molecules, cell structure, function and division, including an overview of inheritance, an introduction to metabolism, cellular respiration, and basic principles of animal form and function.
Credits
3 undergraduate
Semesters Offered
- Fall
- Spring
- Summer
Cost
$1,620.00