The attendee should be able to explain the anatomic targets and physiologic mechanisms of remodeling associated with cardiac resynchronization therapy vs GDMT and recall current indications for CRT (D and P) to identify appropriate candidates in the HF clinic and refer to electrophysiology
The attendee should be able to identify expected indicators of optimal cardiac resynchronization therapy including: 12-lead EKG findings, patient symptoms and clinical presentation, and device interrogation data in order to achieve beneficial outcomes in HF patients
The attendee should be able to explain the physiologic causes and differences between central and obstructive sleep apnea, as well as the prevalence of this disease process in HF patients, in order to appreciate the significance of each form as it applies to the etiology, management, and prognosis of HF in the clinical setting
The attendee should gain a basic understanding of available screening and treatments for central and obstructive sleep apnea, including novel technologies for each, allowing them to assess their patients’ risk, recommend appropriate screening, and inform them of potential treatment options in order to improve outcomes for the HF patient.
The attendee should be able to recall key device programming and reporting terms associated with the concepts of programming modes, rate response, delays, refractoriness and blanking, and use this knowledge to inform critical review of device interrogation reports in the clinic setting in order to immediately address factors which could negatively impact the HF patient or prompt referral to electrophysiology if appropriate
The attendee should be able to recall key device programming and reporting terms associated with both ventricular and supraventricular arrhythmia detection and treatment, and use this knowledge to inform critical review of device interrogation reports in the clinic setting in order to immediately address factors which could negatively impact the HF patient or prompt referral to electrophysiology if appropriate