Heart valve replacement patients face a troubling paradox: while their cardiac procedure succeeds, muscle wasting and poor quality of life often persist afterward, leaving many weaker than expected. This reality affects roughly 70% of patients undergoing transcatheter aortic valve replacement (TAVR), who enter the procedure already muscle-depleted and emerge with cardiac function restored but physical capacity unchanged. The clinical disconnect between cardiovascular improvement and functional recovery represents a significant gap in post-procedural care. A targeted intervention combining twice-weekly resistance training with 75 grams daily whey protein supplementation demonstrated measurable improvements in both strength and quality of life among 22 TAVR patients averaging 76 years old. The resistance training group achieved 30% faster sit-to-stand times and scored 16% higher on quality of life measures compared to protein-only controls, with remarkable 90% adherence rates despite remote delivery. Participants completed 12 exercises twice weekly for three months, progressing through 1-3 sets of 8-15 repetitions each. This represents one of the first controlled investigations of structured exercise programming specifically for TAVR recipients, a rapidly growing patient population as valve replacement procedures become less invasive and more common. The findings suggest that cardiac rehabilitation protocols may need fundamental restructuring to address muscle preservation alongside cardiovascular recovery. However, the small sample size and lack of muscle mass measurements limit broader conclusions. The telehealth delivery model proves particularly relevant given mobility constraints many cardiac patients face, potentially enabling more widespread implementation of comprehensive recovery programs that address both heart and skeletal muscle health simultaneously.