The rise of “bone burnout”: Why your joints are giving up early

A silent pandemic has been going on in recent years, and while it might not make the news, the number of people in their 30s and 40s who suffer from it is gradually rising. For convenience, let's call this a "bone burnout." Many people are now seeing early onset degenerative changes in their joints, to the point where we can consider it the norm. Different degrees of knee pain, varying degrees of stiffness, decreased mobility, and discomfort when walking or climbing stairs are some of the early symptoms that early-onset degenerative changes appear to present with.

As previously believed, joint issues are no longer mainly a concern for older people. As seen by curable cases in people as young as their 40s, joint issues are no longer just another unavoidable consequence of aging. This is largely related to lifestyle choices, postural problems, inactivity, and sometimes putting undue load on joints through repetitive strain from work-related dangers or unsupervised gym sessions.

One of the most used and weight-bearing joints, the knee joint is prone to damage. Early-onset osteoarthritis can occasionally result from the gradual destruction of the cartilage that cushions the bones. Even in their late 20s, We observe deterioration in certain patients. Increased deterioration will be linked to factors such as genetic predisposition, severe sports injuries, vitamin D deficiency, and even obesity.

It's necessary to keep in mind that the muscles and ligaments supporting the bones we are trying to strengthen have been weakened by our more sedentary lifestyle, which is also connected to poor nutrition. Shock is transferred to the joint and joint degeneration is accelerated by weak muscles' inability to absorb it. Office workers, heavy screen users, and weekend warriors who indulge on coffee and doughnuts are all ideal targets for early joint demise.

Bone burnout takes time to develop. It can easily go unnoticed and begins slowly, such as a creaky hip, intermittent knee catches, or morning stiffness. Reduced range of motion, chronic discomfort, and in rare cases, joint deformity are the final outcomes of these changes. Patients usually put off getting aid until their mobility is significantly impaired, at which point more conservative approaches will not be very helpful. However, earlier detection can lead to more effective outcomes. The degree of joint degeneration is identified by a combination of imaging (MRI, X-ray) and clinical evaluation. Multimodal treatment is the norm. To preserve the joint's remaining functional ability and stop further degeneration, conservative methods such as exercise, weight loss, anti-inflammatory medications, and joint supplements will be advised first.

Severe osteoarthritis can require surgery (such as arthroscopy or robot-assisted arthroplasty), especially if the joint surface has significantly worn. Better joint alignment and a faster recovery are made possible by the precision and minimally invasive surgical options provided by robotic intervention options.

Prevention is the most important thing that can be done. Maintaining bone health from a young age requires regular exercise, calcium-rich foods, and weight-bearing activities. Also, people can help the joints and bones and lower the risk of arthritis by avoiding poor posture, drinking enough of water, warming up slowly, and avoiding too much physical activity.

The idea of bone burnout is an effective signal that joint health issues are not just a problem for the elderly. Proactive care and prompt intervention will reduce the burden of early joint degradation, enabling patients to walk and live pain-free into their older decades.

(Dr Shrikanth Madikattu, Consultant Orthopaedics, Manipal Hospital, Baner, Pune)