Periosteal abrasion
I have been experiencing pain in my left knee for nearly three months.
Yesterday, I had an X-ray, and the doctor said it is due to periosteal wear and that it will heal on its own.
The doctor mentioned that the periosteum is cartilage, but as far as I know, cartilage does not have the ability to repair itself.
I am only 20 years old; why would I develop joint disease? There was no external trauma, my weight is not excessive, and I engage in regular exercise such as jogging, cycling, and walking.
My joint and muscle strength should be better than average, so why is there degeneration at such an early age? Could this be caused by overexertion in sports?
Yíhuò de rén, 20~29 year old female. Ask Date: 2004/06/17
Dr. Shi Guozheng reply Orthopedics
Cartilage and fascia are different.
Your condition may be related to ligaments or tendons, rather than cartilage, so there is a chance for recovery.
Overexertion can also cause pain, but with appropriate rest, most people will recover.
If it does not improve, you should see a specialist for evaluation and treatment.
Reply Date: 2004/06/17
More Info
Understanding periosteal wear, especially in young athletes, is crucial for both prevention and recovery. Periosteal wear refers to the degradation of the periosteum, a dense layer of vascular connective tissue enveloping the bones except at the surfaces of the joints. This condition can lead to pain and discomfort, particularly in active individuals like yourself.
In your case, the diagnosis of periosteal wear in your left knee, especially at the age of 20, raises several important considerations. While it is true that cartilage, which is different from the periosteum, has limited self-repair capabilities, the periosteum itself is more resilient and can heal over time, provided that the underlying causes are addressed.
Causes of Periosteal Wear
1. Overuse and Repetitive Stress: Engaging in high-impact activities such as running and cycling can lead to repetitive stress injuries. Even if you maintain a regular exercise routine, the intensity and frequency of your workouts can contribute to wear and tear on the periosteum and surrounding structures.
2. Biomechanical Factors: Poor biomechanics, such as improper running form or inadequate footwear, can place additional stress on the knee joint. This can lead to uneven distribution of forces across the knee, resulting in localized wear.
3. Muscle Imbalances: Strength imbalances in the muscles surrounding the knee can also contribute to periosteal wear. If certain muscles are stronger or more developed than others, they can pull unevenly on the knee joint, leading to increased stress on the periosteum.
4. Genetic Predisposition: Some individuals may have a genetic predisposition to joint issues, which can manifest even in the absence of significant external trauma or obesity.
Recovery Strategies
1. Rest and Activity Modification: The first step in recovery is to reduce activities that exacerbate the pain. This might mean taking a break from high-impact sports and focusing on low-impact activities such as swimming or cycling at a moderate intensity.
2. Physical Therapy: Engaging in a structured physical therapy program can help strengthen the muscles around the knee, improve flexibility, and correct any biomechanical issues. A physical therapist can provide tailored exercises that focus on strengthening the quadriceps, hamstrings, and calf muscles, which support the knee joint.
3. Ice and Anti-Inflammatory Measures: Applying ice to the affected area can help reduce inflammation and pain. Over-the-counter non-steroidal anti-inflammatory drugs (NSAIDs) may also be beneficial in managing pain and swelling.
4. Gradual Return to Activity: Once the pain subsides, it’s essential to gradually reintroduce activities. Start with low-impact exercises and slowly increase intensity and duration, ensuring that you listen to your body and avoid pushing through pain.
5. Proper Footwear and Equipment: Ensure that you are using appropriate footwear that provides adequate support and cushioning. This can significantly reduce the impact on your knees during activities.
6. Regular Check-ups: Since you are experiencing persistent pain, it’s advisable to have regular follow-ups with your healthcare provider. They can monitor your progress and make adjustments to your recovery plan as needed.
Conclusion
While it may seem concerning to experience periosteal wear at a young age, it is not uncommon among athletes, especially those who engage in repetitive high-impact activities. By understanding the causes and implementing a comprehensive recovery strategy, you can effectively manage your symptoms and prevent further deterioration. Remember, the goal is not only to alleviate pain but also to enhance your overall joint health and athletic performance in the long run.
Similar Q&A
Understanding Growth Plate Injuries in Young Athletes: Risks and Treatments
Hello Dr. Lee, Today I took my 13-year-old son for a knee examination due to recurring pain for the past two to three months. The X-ray revealed some bone growth on the growth plate of his right knee, which is quite noticeable to the touch. Since my son loves playing basketball,...
Dr. Li Wenhong reply Orthopedics
Hello Mr. Li: The bony prominence you are feeling is likely the tibial tuberosity. In adolescents aged 13 to 15, excessive physical activity can lead to prominence and pain in this area, but it typically does not hurt when not engaging in strenuous activities. Therefore, it is im...[Read More] Understanding Growth Plate Injuries in Young Athletes: Risks and Treatments
Understanding Leg Alignment Issues and Their Impact on Sports Injuries
Hello doctor, I sprained my right knee when I was 15 years old. Although I applied ice, I still feel swelling almost every time I play basketball or run. I also hear a "cracking" sound when I walk. Later, in September 2004, when school started, I found it difficult to w...
Dr. Yang Nanping reply Orthopedics
Hello: It sounds like your issue is more related to the soft tissues of the knee, such as cartilage and ligaments, which are not visible on X-rays. It is recommended to apply heat therapy regularly and use a knee brace. If necessary, you can visit an orthopedic or rehabilitation ...[Read More] Understanding Leg Alignment Issues and Their Impact on Sports Injuries
Understanding Elbow Fractures in Young Athletes: A Parent's Guide to Recovery
My son is graduating from junior high school, and on May 16, 2008, he suffered a fracture above his elbow (just above the wrist) during a hurdle race in physical education class. He underwent surgery and had a steel plate fixed in place. However, a month later, the doctor informe...
Dr. Wang Shouji reply Orthopedics
Ningshan: Since the child is an athlete, theoretically, there should be no significant issues with bone quality. If the fracture is located in the distal radius or ulna above the wrist, surgical fixation with a plate should provide sufficient stability. However, if the fracture i...[Read More] Understanding Elbow Fractures in Young Athletes: A Parent's Guide to Recovery
Understanding Pain Above the Tibia After Playing Sports: Causes and Concerns
Hello Doctor, I am 18 years old. When I went to the court to play basketball tonight, I initially felt some soreness above my knee (which I believe is the quadriceps tendon). Later, the area above my tibia became painful when bending my knee or jumping. I would like to ask you: 1...
Dr. Chen Bochen reply Orthopedics
1. The prominent area of the tibia in adolescents is often a benign condition known as Osgood–Schlatter disease. 2. The area you described seems more like patellar tendonitis, which requires moderate rest (about two weeks) followed by a gradual return to activity. Additionally,...[Read More] Understanding Pain Above the Tibia After Playing Sports: Causes and Concerns
Related FAQ
(Orthopedics)
Sports Injury(Orthopedics)
Tibia(Orthopedics)
Osteomyelitis(Orthopedics)
Tendonitis(Orthopedics)
Post-Tibial Fracture Surgery(Orthopedics)
Athlete'S Foot(Dermatology)
Ankle Ligament Injury(Orthopedics)
Acl(Orthopedics)
Femoral Fracture(Orthopedics)