Aging ≠ Disability! Scientific prevention holds the key.

Results of the Seventh National Population Census show that the number of people aged 60 and above in China has reached 260 million. More concerningly, projections indicate that the number of disabled elderly in China will exceed 77.65 million by 2030.
Disability refers to impaired ability to perform activities of daily living. Ordinary tasks such as eating, dressing, getting in and out of bed, using the toilet and bathing can become extremely challenging.
However, the good news is that disability is preventable and manageable.
Recently, the Clinical Practice Guidelines for Exercise Intervention in the Prevention of Disability among Older Adults (2023 Edition), jointly developed by authoritative institutions including the Nursing Group of the Geriatrics Branch of the Chinese Medical Association, China Geriatric Nursing Alliance and the National Center for Geriatrics, has been officially released, providing authoritative guidance on scientific physical activity for older adults.
Exercise: the most cost-effective remedy for preventing disability

The guideline clearly states: All older adults are recommended to engage in regular appropriate physical activity and limit sedentary behaviour.
Why can exercise prevent disability?
Exercise improves muscle strength, balance and mobility, and reduces fall risks. A meta-analysis incorporating 22 randomised controlled trials demonstrates that exercise intervention can enhance older adults’ ability to perform activities of daily living and lower the risk of disability.
More importantly, exercise intervention features low costs, easy implementation, high acceptance and wide application scenarios, making it one of the most cost-effective interventions for health management among older adults.
Even frail older adults can benefit from tolerable physical activity.
How to formulate this “exercise prescription”?
The guideline addresses 18 clinical questions and puts forward 32 recommendations. We have sorted out the core takeaways for you:
01 Aerobic Exercise: More than just running
Recommended forms: Tai Chi, Baduanjin, Pilates, yoga, walking, dance, Qigong, Nordic walking.
Recommended volume:
150–300 minutes of moderate-intensity aerobic exercise per week, OR
75–150 minutes of vigorous-intensity aerobic exercise per week
Tips: On a 10-point scale, moderate intensity corresponds to 5–6 points (noticeable increases in heart rate and breathing), and vigorous intensity corresponds to 7–8 points (substantial increases in heart rate and breathing). Frail seniors may start at a lower intensity and progress gradually.
Scientific evidence: Tai Chi reduces fall risk by 36%; Baduanjin improves balance; dance enhances strength, balance and flexibility simultaneously.
02 Resistance Exercise: Muscle training is not exclusive to young people
Why it matters: Resistance exercise boosts skeletal muscle protein synthesis and stimulates muscle hypertrophy, and is particularly effective for improving muscle strength, gait speed and grip strength.
Training protocol:
2–3 sessions weekly, 1–3 sets per session, 8–12 repetitions per set
Start at 30%–40% 1RM, and gradually progress to 70%–80% 1RM
Train large muscle groups (chest, back, hips) first, followed by small muscle groups (arms, abdomen)
Prioritise multi-joint movements (e.g., bodyweight squats) over single-joint movements
03 Balance Training: The key to fall prevention
Training principles:
From stable positions to unstable positions
From eyes open to eyes closed
From static balance to dynamic balance
Frequency recommendation: 1–7 sessions weekly, 1–2 sets per session, including 4–10 different exercises per set.
04 Flexibility Exercise: A must-do before and after workouts
Perform stretching exercises targeting all joints before and after physical activity. Move slowly and maintain mild discomfort; avoid overexertion.

Why Do Seniors Struggle to Stick to Exercise? Keep These Tips in Mind

The guideline specifically sorts out facilitators and barriers to physical activity, and these details often determine success or failure:
Facilitators
Receiving physical activity education: Understanding the benefits and risks of exercise with realistic expectations
Strong self-efficacy: Ability for self-management, self-regulation and self-monitoring
Clear motivation: Pursuing health benefits, weight loss and improved physical strength
Social support: Encouragement from family and friends, and a sense of safety while exercising
Mutually agreed goals: Along with confidence in one’s ability to succeed
Adoption of technological tools: Such as mobile apps and wearable devices to boost engagement and monitoring
Supervision and feedback: Access to objective data reflecting health progress
Barriers
Poor physical condition
Lack of motivation, interest and time
Poor accessibility of exercise programs (long distance, inconvenient transportation)
Insufficient space and facilities
Severe weather conditions
Exercise plans inconsistent with daily routines
Scientific exercise requires professional “tools” and professional guidance.

The outcomes of exercise intervention depend not only on what to train and how to train, but also heavily rely on scientific assessment, precise exercise prescription and safe monitoring. This lies at the heart of modern rehabilitation medicine — supporting every training session with data and equipment.
Pre-exercise Assessment
The guideline strongly recommends that older adults receive assessments before starting exercise. Cardiorespiratory function assessment is a critical component. It helps identify potential exercise risks and ensures the safety of training programmes. Professional cardiorespiratory fitness testing systems can accurately monitor core indicators including heart rate, blood oxygen saturation and blood pressure, providing scientific evidence for developing individualised, quantitative aerobic training protocols.
Monitoring and Training During Exercise
Whether it is the simple and safe submaximal exercise test — the Six-Minute Walk Test (6MWT), or aerobic training equipment such as recumbent cycles, upright cycles and upper-extremity ergometers, modern rehabilitation devices enable real-time monitoring of heart rate, blood oxygen saturation and blood pressure during exercise. The system will automatically trigger an alarm or even reduce resistance once values exceed preset thresholds to guarantee safety.
For older adults with limited mobility or exercise capacity, vibration training systems can improve balance and cardiorespiratory endurance under low physical load. Three-dimensional spiral vibration devices help boost blood circulation, assist sputum clearance and relieve musculoskeletal pain.
Strength Rebuilding After Exercise
Resistance training is particularly effective for improving muscle strength, gait speed and grip strength. A complete set of resistance training equipment (including chest press, rowing, leg press and hip training machines) enables progressive, personalised strength training.
From precise assessment and safe training to strength rebuilding, the intelligent modern rehabilitation management system connects all devices and health data, delivering personalised exercise prescriptions tailored for each individual. Every training step is backed up by measurable data and objective records.
Preventing disability is the best gift you can give your future self, and the deepest love to ease the burden on your family.
This national guideline clearly tells us: Age is never a reason to stop exercising; instead, it is a reminder that exercise becomes even more necessary.
Whether you are 60 or 80 years old, whatever your current physical condition, you can take the first step starting today. Progress gradually: begin with tolerable activities, then slowly increase training volume.
To stay active is not merely to extend lifespan, but to live every remaining day with quality and dignity.