presented by Jennifer Ryan
Financial: Jennifer Ryan receives compensation from MedBridge for this course. There is no financial interest beyond the production of this course.
Non-Financial: Jennifer Ryan has no competing non-financial interests or relationships with regard to the content presented in this course.
Satisfactory completion requirements: All disciplines must complete learning assessments to be awarded credit, no minimum score required unless otherwise specified within the course.
Jennifer Ryan, PT, DPT, MS, CCS
Jennifer Marie Ryan, PT, DPT, MS, CCS, graduated from the Physical Therapy program at the University of Illinois in 1990 and went on to complete both a Master of Science in Physical Therapy and a Transitional Doctor of Physical Therapy degree at Rosalind Franklin University of Medicine and Science. In July 2006, she was awarded…Read full bio
1. The Pathophysiology Of the Cardiovascular System Related to Aging
The cardiovascular system undergoes changes in the system structure and subsequent function as a result of aging. How much a system changes as it ages in terms of structure and function is impacted by many modifiable risk factors. The changes to the myocardium that often present are an elevated intrinsic heart rate, myocardial hypertrophy with reduced compliance and reduced responsiveness to sympathetic stimuli. The vascular system may undergo changes in the muscle integrity that reduces it’s distensibility and ability to dilate in response to changes in demand related to exercise.
2. The Pathophysiological Impact of Heart Failure on Other Body Systems
The anticipated changes in other body systems as a result of heart failure compound a patient’s ability to recover from a HF exacerbation due to the changes in aerobic capacity, and impaired renal function. An individual with HF presents with chronic changes in multiple systems, namely the renein-angiotensin-aldosterone system as well as the musculoskeletal system, due to prolonged reduced perfusion related to HF that also compound a patient’s ability to recover from an acute bout of HF. In the musculoskeletal system, the shift to type II muscle fibers changes their exercise tolerance/aerobic capacity at baseline and limits their capacity to do work. When the patient is in a HF exacerbation the increased volume creates more work for their system. Their intolerance of fluid volume changes due to their impaired cardiac function during an exacerbation is also due to their limited renal function as a result of the likelihood that their prolonged cardiac dysfunction led to prolonged hypoperfusion of the renal vasculature which collectively impact their management of intravascular volume as well as their exercise tolerance.
3. The Medical Interventions to Manage the Aging Client in a Heart Failure Exacerbation
In the most critical phases of a patient’s recovery from a HF exacerbation, they often are unable to maintain their blood pressure so significantly that they present with a reduced ejection fraction from their baseline. To manage this, they often require the support of inotropic and vasoactive medications that may not sufficiently support them to allow participation in exercise and can subsequently impair their mental status, breathing mechanics and their peripheral muscle strength.
4. Physical Therapist Evaluation of the Readiness of an Aging Client with a Heart Failure Exacerbation to Participate in Therapy
Through a thorough systems evaluation the physical therapist will determine the patient’s readiness to participate in an initial examination and intervention as well as for each subsequent intervention. A process of weighing the impact of the patient’s pharmacological support, the oxygenation support and the hemodynamic response in addition to employing the input of members of the interprofessional team by conferring with nursing and the primary service, the therapist will determine the patient’s readiness to participate.
5. Dealing with the “What If’s”
Throughout the patient’s progression in care there are always many possible scenarios. The course will take you through a case to understand the patient’s response to care to help you to gain an understanding of the physical therapist’s clinical reasoning to determine the patient’s ability to progress versus rest during the session. The course will also discuss other possible scenarios of hemodynamic changes or changes in oxygenation, beyond what presented in the case, that could present and how they would be managed.