Tag: Orthopedics

Research indicates that people with mobility impairments often experience significant mental and physical improvements with assistive devices like canes. This begs the important question: are canes healthy, or do they lead to dependency and other issues over time? The answer lies in understanding proper selection and usage.

For generations, milk has been hailed as the go-to drink for strong bones, but recent studies suggest the link is more complex than previously thought. In the context of a fracture, does drinking milk promote bone healing, or are other factors more important for a full recovery?

Over 99% of the body's calcium and 85% of its phosphorus are found in bones and teeth, where they combine to form various types of calcium phosphate. Understanding the advantages of calcium phosphate is key to appreciating its multifaceted role in human health and its wide range of industrial applications.

According to podiatrists, a broad-based wedge is generally healthier for your feet than a thin stiletto heel, but not all wedges are created equal. This article explores the orthopedic pros and cons of wedges, helping you determine if a pair is healthy for your feet.

The term mako can refer to several distinct and unrelated things, from a fearsome ocean predator to a high-tech surgical system, according to recent information. Understanding the context is key, as each 'mako' serves a completely different purpose, offering benefits in fields as varied as medicine, technology, and gastronomy.

While there is no direct evidence that B12 deficiency causes tendonitis, recent studies have shown a significant association between low B12 levels and degenerative tendon conditions, such as rotator cuff tears. This connection is complex, involving inflammation, collagen production, and nerve health, all of which are influenced by vitamin B12. Understanding this relationship can help distinguish between nutrient-related issues and mechanical injuries.

Studies show that as much as 70-80% of joint cartilage is composed of water. This fundamental role of water in joint function makes it unsurprising that insufficient fluid intake can contribute to joint discomfort and noise, raising the question: can dehydration cause creaky joints?

According to the Cleveland Clinic, severe and prolonged vitamin D deficiency can lead to rickets in children. This compromised bone development directly addresses the question, “**Can vitamin D deficiency cause knock knees?**” by confirming that it is a significant potential cause, though not the only one.

According to the Cleveland Clinic, the most common cause of rickets, a condition leading to softened and weakened bones, is a vitamin D deficiency. This nutritional deficiency is the primary cause for what deficiency causes bow leggedness in children, though a lack of calcium and phosphorus can also contribute. While many infants are naturally bow legged and grow out of it, persistence can signal an underlying problem that requires treatment.

According to the National Institutes of Health, the menisci are composed of up to 70% collagen, making this protein a vital part of knee joint structure. For those with injuries, the pressing question is: **Does collagen help torn cartilage** and support the complex healing process? This article examines the nutritional science behind collagen supplementation for joint repair.