Strength Training for Healthy Aging

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Content

00:00:00 Intro
00:01:32 Why focus on prevention?
00:03:15 Healthy aging and missed aspects
00:06:21 Twelve aging hallmarks?
00:10:48 Sponsor: Physiotutors courses
00:13:01 Recognizing sarcopenia
00:17:13 Common muscle-building mistakes
00:22:06 Strength versus power differences
00:25:19 Safe power training for elders
00:27:42 Non-negotiable movements, adaptations
00:34:23 Sponsor: WriteUpp software
00:35:58 Programming variables and frequency
00:40:40 Tracking progress and mismatches
00:42:27 Barriers and boosting adherence
00:46:25 Handling passive-treatment seekers
00:50:17 Strength-function translation issues
00:51:55 Sleep’s role and myths
00:58:20 Sponsor: Physiotutors membership
00:59:16 When to refer sleep issues
01:01:01 Three actions for this week
01:02:10 Controversial view on training
01:04:56 Contact info & Outro

Guests

Andreas Delaere

Andreas Delaere is a physiotherapist, scientific researcher, and co-owner of Praktijk ROBUUST in Merchtem, Belgium. He combines clinical practice with research, with a strong focus on prevention, muscle health, strength training, and sarcopenia in older adults. Since 2015, he’s been connected to the VUB, has contributed to multiple scientific publications, and to the Belgian Sarcopenia Guideline validated by CEBAM. Andreas also has an extra expertise in sleep and completed training in Cognitive Behavioral Therapy for Insomnia, CBT-I.

Description

In this episode of the Physiotutors podcast, Andreas Delaere discusses the critical role of physiotherapy in promoting healthy aging. He emphasizes the importance of prevention, strength training, and power training for older adults, while also addressing common mistakes made in their treatment. The conversation explores the hallmarks of aging, the significance of sleep in rehabilitation, and effective strategies for tracking progress and overcoming barriers to adherence. Andreas advocates for a holistic approach to physiotherapy, focusing on empowering patients and maintaining their functional independence.