2/10: Building resilience for optimal ageing and the crucial role of physical activity and healthy behaviours.
3/10: How does one promote such resilience if it is indeed core to healthy ageing?
4/10: We have no safe and effective drugs for frailty or its many of its other sequelae [sarcopenia, fatigue, gait and balance disorders, falls, anorexia, malnutrition, insomnia, loneliness, or behavioural and psychological symptoms of dementia (BPSD)]
5/10: Often, healthcare professionals, including geriatricians do not refer patients to exercise therapy due to misconceptions about exercise risks despite inactivity poses greater health risks than exercise.
6/10: So, which type, dose and intensity of exercise should be used?
7/10: Be aware of possible exercise-drug interactions.
8/10: Shortcomings in training and implementation.
An example in the figure 👇
9/10: TAKE HOME MESSAGE
No more excuses...it is not justifiable to NOT prescribe exercise therapy in people with frailty.
10/10: If you found this post useful please share the first one and follow my page @a_bricca for more exercise science disseminated.
Thanks for reading it 🙏
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This is what you should know when recommending walking as a treatment for recurrent episodes of low #backpain
Spoiler: It requires dedication and a structured approach for it to work.
🧵
@exerciseworks @TheLancet #2 Nearly 70% of individuals recovering from a bout of low back pain will face another episode within the next year.
#3 Walking offers a safe form of exercise that fits seamlessly into hectic schedules and is available to nearly everyone, irrespective of financial standing or where we live.
The molecular mechanisms of exercise on tissue regeneration on the musculoskeletal, cardiovascular, and nervous system.
Discover the science behind 🏃♂️
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❤️ Heart
Exercise induces physiological hypertrophy of left ventricle and reduction of myocardial infarction area by promoting the proliferation of cardiomyocytes.
💪 Muscle
Exercise induces muscle hypertrophy by promoting the proliferation of the satellite cells in both physiological and pathological conditions.
Angiogenesis and mitochondrial biosynthesis are helpful in delaying muscle fatigue.
🏋️♀️ Exercise is mitochondrial medicine for muscle 💪
Let's dive into the fascinating world of mitochondria – the energy hubs that keep our #muscles going strong!🔋
Spoiler alert: #Exercise is a game-changer in tackling mitochondrial glitches, even without key regulators! 🏃♀️
🧵
2/10 With about 1200 proteins in their matrix, membranes, and intermembrane spaces, these unique organelles play a crucial role in generating ATP for cell survival. ⚡️
3/10 John Holloszy's 1967 classic publication convincingly showcased the muscle's adaptive response to regular exercise, revealing the impact of training on mitochondrial content. 🏋️♂️🔬 #ExerciseScience