5 Ways PRP Therapy Can Relieve Your Wrist Pain

September 12, 2023Kolton Opdahl
Wrist Pain

Wrist pain is a pervasive issue affecting people from all walks of life. From athletes experiencing the wear and tear of their sport to office workers grappling with repetitive strain injuries, wrist pain can be a relentless hindrance. It disrupts daily routines, affects job performance, and can even restrict participation in hobbies and sports. Fortunately, there’s a revolutionary solution that’s changing the game for those seeking relief from chronic wrist pain: Platelet-Rich Plasma (PRP) therapy. In this comprehensive guide, we will delve deep into the world of wrist pain and explore how PRP therapy can provide the much-needed relief and improve the overall quality of life for those suffering from this condition.

Understanding Wrist Pain

Wrist pain is a complex and multifaceted issue, often stemming from a combination of factors. It’s imperative to have a thorough grasp of the diverse forms it can take and the various elements contributing to its development. Among the primary causes of wrist pain are overuse injuries, trauma, arthritis, and tendinitis.

Overuse Injuries

Occur when the wrist’s delicate balance between strain and recovery is disrupted and are common among athletes and individuals with repetitive work tasks. The repetitive motions involved in certain sports or occupations can gradually lead to microtrauma in the wrist, resulting in persistent pain and discomfort. Understanding the specific movements and activities that contribute to overuse injuries is crucial for prevention.


This type of wrist pain often stems from accidents and fractures. Accidental falls or direct impacts to the wrist can lead to fractures or dislocations. These injuries may be accompanied by immediate pain, swelling, and limited mobility.


Can lead to chronic wrist pain as joint tissues deteriorate. Rheumatoid arthritis is an autoimmune condition characterized by joint inflammation, while osteoarthritis typically develops due to wear and tear over time. Understanding the underlying causes of arthritis-related wrist pain can guide treatment decisions and help individuals manage their condition effectively.


Caused by repetitive motions and strain on the wrist tendons, can result in inflammation and pain. Individuals engaged in occupations or sports that require frequent wrist movements, such as typing or tennis, may be at greater risk. Recognizing the early signs of tendinitis, such as localized pain and swelling, is essential for early intervention and preventing the condition from progressing.

Common Symptoms of Wrist Pain

If you’ve ever thought to yourself, “my wrist hurts when I bend it or put pressure on it,” it is important to address that thought sooner than later. Wrist pain can manifest through a range of symptoms, each of which can significantly impact daily life. Understanding these symptoms is essential for early diagnosis and effective treatment.

A. Pain: Pain is the hallmark symptom of wrist pain. It can vary in intensity, ranging from a dull ache to sharp, shooting pain. The location of the pain can also vary, with some individuals experiencing discomfort on the top or bottom of the wrist, while others may feel it radiating from the thumb or fingers.

B. Stiffness: Stiffness in the wrist joint is a common symptom of wrist pain. It can lead to limited mobility and difficulty performing everyday tasks. Individuals may notice that their wrist feels less flexible, making movements such as bending or twisting challenging.

C. Swelling: Swelling is often present in cases of wrist pain, particularly when inflammation is a contributing factor. Swollen wrists can appear puffy or enlarged, and the skin may feel tight and warm to the touch. Swelling can further contribute to discomfort and reduced functionality.

D. Weakness: Wrist pain can result in weakness in the affected wrist. Individuals may notice a decrease in grip strength, making it challenging to grasp objects or perform tasks that require manual dexterity. Weakness can impact one’s ability to carry out daily activities effectively.

E. Clicking or Popping Sensations: Some individuals with wrist pain may experience clicking or popping sensations when moving the wrist. These sounds can be accompanied by discomfort and may indicate issues with joint stability or alignment.

Senior woman suffering from pain in wrist at home

Ulnar Wrist Pain

Ulnar wrist pain refers to discomfort or pain experienced on the side of the wrist where the ulna bone is located, on the pinky finger side of the forearm. This type of wrist pain can result from various causes, including injury, overuse, or underlying medical conditions. Common causes of ulnar wrist pain include repetitive stress or strain from activities such as typing, playing musical instruments, or sports involving the wrist. It can also be associated with conditions like ulnar wrist impaction syndrome, which occurs when the ulna bone abnormally impinges on the wrist joint. Additionally, conditions like osteoarthritis or rheumatoid arthritis can lead to pain in the ulnar wrist area. If you’re experiencing persistent ulnar wrist pain, it’s advisable to consult a healthcare professional for a proper evaluation, diagnosis, and treatment to alleviate discomfort and prevent further issues.

Diagnostic Techniques for Wrist Pain

Medical History

A thorough medical history is often the first step in diagnosis. Healthcare providers may inquire about the onset of symptoms, the duration of pain, any specific activities or movements that exacerbate or alleviate pain, and any previous treatments or interventions. A detailed medical history provides valuable insights into the potential causes of wrist pain.

Physical Examination

A physical examination is a crucial component of wrist pain diagnosis. During the examination, the healthcare provider assesses the wrist’s range of motion, stability, and strength. They may also palpate the wrist to identify areas of tenderness, swelling, or deformity. Physical examinations help pinpoint the location and nature of the problem, aiding in the diagnostic process.

Imaging Studies

Diagnostic imaging studies are often employed to visualize the wrist’s internal structures and identify abnormalities. Two common imaging modalities used for wrist pain diagnosis are X-rays and Magnetic Resonance Imaging (MRI) scans.

  • X-rays: X-rays provide detailed views of the bones in the wrist. They are particularly useful for identifying fractures, dislocations, or signs of degenerative joint conditions such as arthritis. X-rays offer valuable information about the wrist’s bony structures and alignment.
  • MRI Scans: MRI scans offer a more comprehensive view of the wrist’s soft tissues, including ligaments, tendons, and cartilage. They can reveal abnormalities such as tears, inflammation, or structural changes in these tissues. MRI scans provide essential insights into non-bony causes of wrist pain.

Diagnostic Ultrasound

In some cases, diagnostic ultrasound may be utilized to assess soft tissue structures in real-time. This imaging technique can help identify issues with tendons, ligaments, and other soft tissues that may contribute to wrist pain. Diagnostic ultrasound is particularly useful for guiding injections, such as those used in PRP therapy.

Risk Factors for Wrist Pain

A. Age: Age plays a role in wrist health, as the structures within the wrist may naturally weaken over time. Degenerative changes, such as those associated with osteoarthritis, can become more prevalent with age, leading to wrist pain and stiffness.

B. Occupation: Occupational factors can significantly contribute to the risk of wrist pain. Jobs that involve repetitive wrist movements, forceful exertion, or prolonged use of vibrating tools can increase the likelihood of developing overuse injuries or tendinitis. Individuals in professions such as construction, manufacturing, or data entry may be particularly susceptible to occupational wrist injuries.

C. Sports and Activities: Participation in sports or recreational activities that involve repetitive wrist motions or impact can increase the risk of wrist injuries. Athletes involved in sports such as tennis, golf, gymnastics, or weightlifting may be more prone to wrist pain. Additionally, activities like gardening, knitting, or playing musical instruments can contribute to overuse injuries if performed excessively or with improper technique.

D. Previous Injuries: Individuals who have experienced previous wrist injuries or fractures may be at a higher risk of developing chronic wrist pain. Improperly healed fractures or untreated injuries can lead to long-term joint instability and discomfort.

E. Chronic Health Conditions: Certain chronic health conditions, such as rheumatoid arthritis, diabetes, or obesity, can increase the risk of developing wrist pain. These conditions can affect joint health, inflammation levels, and overall musculoskeletal function, potentially leading to wrist pain as a secondary symptom.

F. Trauma or Accidents: Traumatic events, such as falls, accidents, or direct blows to the wrist, can result in acute injuries that may lead to chronic pain if not adequately treated. Prompt evaluation and appropriate treatment following traumatic incidents are crucial to prevent long-term complications.

What is PRP Therapy?

Platelet-Rich Plasma (PRP) therapy is at the forefront of regenerative medicine, offering new hope to individuals grappling with wrist pain. PRP therapy leverages the body’s innate healing processes by isolating and concentrating the patient’s platelets. These platelets are a powerhouse of growth factors, proteins, and cytokines, instrumental in tissue repair and regeneration. When injected directly into the affected wrist area, PRP stimulates the body’s healing mechanisms, expediting tissue repair and reducing inflammation. PRP therapy is particularly suited for musculoskeletal conditions, including wrist pain, owing to its capacity to promote tissue rejuvenation.

The key to PRP therapy lies in the patient’s own blood. The procedure initiates with the extraction of a small blood sample. This sample is then processed using a centrifugation device, which separates the platelets and plasma from other blood components. The resulting concentrated PRP is a potent elixir of healing factors, ready to be skillfully injected into the wrist joint or the affected area.

Precision is paramount during the injection process, and healthcare providers often utilize ultrasound technology to ensure accurate placement. This meticulous approach enhances the therapy’s effectiveness, as precise targeting of the affected tissues optimizes the healing response.

PRP therapy is further distinguished by its minimally invasive nature. Unlike traditional surgical interventions, which may require large incisions and prolonged recovery periods, PRP therapy involves only a small needle puncture. This reduces the risk of complications, minimizes scarring, and allows patients to return to their daily activities more swiftly.

The PRP Treatment Process

The journey to wrist pain relief through PRP therapy is a meticulously orchestrated process, guided by the principles of regenerative medicine. It commences with a medical professional drawing a small blood sample from the patient. This sample, typically taken from the arm, contains the essential ingredients for the regenerative cocktail – the patient’s own platelets.

The blood sample is then placed into a centrifuge, a specialized machine that rapidly spins the blood at high speeds. This centrifugal force effectively separates the blood components, with the heaviest elements, such as red blood cells, sinking to the bottom and the lighter components, including platelets, rising to the top. The resulting concentrated PRP, enriched with growth factors and healing proteins, is carefully collected and prepared for injection.

The precise injection process is a crucial step in the therapy’s success. Healthcare providers, often guided by ultrasound imaging, expertly target the wrist joint or the specific area affected by pain. The injection delivers the PRP directly to the source of the problem, facilitating a focused healing response.

This entire procedure typically takes place in a medical office or clinic, making it convenient for patients seeking effective wrist pain relief. The outpatient nature of PRP therapy allows individuals to return home shortly after the procedure, minimizing disruption to their daily lives and a beneficial option for wrist pain treatment.

Benefits of PRP Therapy for Wrist Pain

The appeal of PRP therapy for wrist pain treatment extends far beyond its innovative approach. It offers a range of notable benefits that set it apart from traditional treatments:

Non-Surgical Approach

PRP therapy offers a non-surgical alternative to addressing wrist pain. Many individuals prefer non-invasive treatments that avoid the risks and extended recovery periods associated with surgery. PRP therapy provides a conservative yet highly effective option for pain relief.

Minimal Downtime

Compared to surgical interventions, which may require weeks or even months of recovery, PRP therapy involves minimal downtime. Most patients can resume their daily activities within a few days of the procedure. This swift return to normalcy is a significant advantage for those seeking rapid relief.

Long-Lasting Relief

PRP therapy targets the underlying causes of wrist pain, aiming to promote tissue repair and regeneration. This approach can lead to long-lasting relief rather than merely masking the symptoms. By addressing the root of the problem, PRP therapy offers the potential for enduring results.

Reduced Reliance on Medications

Individuals can tend to rely on pain medications for relief. These medications may have undesirable side effects and can lead to dependency. PRP therapy can reduce or eliminate the need for pain medications, offering a safer and more sustainable solution.

Potential for Enhanced Functionality

In addition to pain relief, PRP therapy may enhance wrist functionality. By promoting tissue repair and regeneration, it can contribute to improved range of motion and strength in the wrist joint. This can be particularly beneficial for athletes and individuals with physically demanding occupations.

What to Expect During and After PRP Therapy

Understanding the treatment process and its potential effects on the patient is crucial for informed decision-making. PRP therapy is generally well-tolerated, but individuals’ experiences can vary.

During the PRP injection process, patients may experience sensations such as mild discomfort or pressure. The use of local anesthesia at the injection site helps minimize any discomfort, ensuring a relatively pain-free experience. Many patients find the procedure to be relatively quick and straightforward, typically lasting around 30 minutes.

After the procedure, some patients may encounter mild side effects at the injection site. These can include swelling, bruising, or soreness. It’s important to note that these effects are typically temporary and tend to subside within a few days. To aid in the recovery process and alleviate these minor side effects, healthcare providers may recommend applying ice to the area intermittently during the first 24 to 48 hours post-treatment.

Patients are generally encouraged to avoid strenuous activities and heavy lifting in the immediate days following PRP therapy. Rest and gentle movement are advised to allow the body to heal optimally. While the recovery period is relatively brief compared to surgical interventions, it’s crucial to follow healthcare provider’s post-treatment instructions carefully to ensure the best possible outcome.

The Healing Journey with PRP Therapy

The path to healing with PRP therapy is as unique as each individual’s wrist pain journey. While some patients experience immediate relief following the procedure, others may undergo a more gradual improvement process. The pace of recovery can depend on various factors, including the severity of the underlying condition and the body’s response to PRP therapy.

Patients are often advised to maintain regular follow-up appointments with their healthcare provider to monitor progress. These appointments allow providers to assess the wrist’s response to treatment, make any necessary adjustments to the rehabilitation plan, and provide guidance on the patient’s evolving needs.

It’s essential for patients to approach their healing journey with patience and realistic expectations. While some individuals may experience rapid improvements, others may notice gradual changes over several weeks. Factors such as the severity of the condition, overall health, and adherence to post-treatment care can influence the healing timeline. Trusting the process and maintaining open communication with the healthcare provider are key components of a successful recovery journey.

When to Consider PRP Therapy for Wrist Pain

Inadequate Response to Conservative Treatments

Individuals who have tried conservative treatments such as rest, physical therapy, medications, and bracing without achieving satisfactory pain relief may consider PRP therapy. It can offer an alternative approach for those who have exhausted other options.

Non-Surgical Preference

For individuals who prefer non-surgical interventions or wish to avoid the potential risks associated with surgery, PRP therapy represents an attractive alternative. Its minimally invasive nature and relatively brief recovery period can be appealing.

Chronic Wrist Pain

PRP therapy is particularly well-suited for individuals experiencing chronic wrist pain, which persists over an extended period. Chronic wrist pain often indicates an underlying issue that may benefit from regenerative approaches like PRP.

Desire for Natural Healing

PRP therapy aligns with the concept of harnessing the body’s natural healing capabilities. Individuals who are inclined toward treatments that use the body’s own resources to promote healing may find PRP therapy appealing.

Seeking Long-Term Solutions

Those looking for long-lasting relief from wrist pain, as opposed to short-term symptom management, may consider PRP therapy. By addressing the root causes of wrist pain and promoting tissue repair, PRP therapy offers the potential for enduring results.

Collaborative Decision-Making

The decision to pursue PRP therapy should be made collaboratively with a healthcare provider. A thorough evaluation of the individual’s condition, medical history, and treatment goals is essential. Healthcare providers can provide guidance on whether PRP therapy is a suitable option and discuss the potential benefits, risks, and expected outcomes.

Wrist Pain Exercises

Experiencing wrist pain, whether it’s discomfort when twisting or bending your wrist, can be quite bothersome. Fortunately, there are several exercises and stretches that can help alleviate wrist pain and improve wrist mobility and strength.

For Wrist Pain When Twisting

Wrist Rotations: Start by extending your arm in front of you with your palm facing down. Slowly rotate your wrist in a circular motion, first clockwise and then counterclockwise. Perform this exercise for about 30 seconds in each direction to improve wrist flexibility and reduce pain associated with twisting movements.

Finger Extensions: Extend your arm with your palm facing up. Use your opposite hand to gently pull your fingers back towards your body, creating a stretch along the wrist and forearm. Hold this stretch for 15-30 seconds, repeating it a few times to alleviate pain and improve flexibility.

For Wrist Pain When Bending

Wrist Flexor Stretch: Extend your arm straight in front of you with your palm facing up. Use your opposite hand to gently bend your wrist downward, creating a stretch along the top of your wrist and forearm. Hold the stretch for 15-30 seconds and repeat it a few times to reduce pain when bending the wrist.

Wrist Flexor and Extensor Strengthening: Use a lightweight dumbbell or resistance band to perform wrist flexor and extensor exercises. For wrist flexion, hold the weight or band with your palm facing up and bend your wrist upward. For wrist extension, hold it with your palm facing down and bend your wrist downward. Perform 2-3 sets of 10-15 repetitions for each exercise to build strength and stability in the wrist.

Remember to start with gentle stretches and exercises, gradually increasing intensity and duration as your wrist pain improves. If the pain persists or worsens, it’s essential to consult a healthcare professional for a proper diagnosis and personalized treatment plan.


In conclusion, wrist pain is a pervasive issue that can significantly impact daily life. The emergence of Platelet-Rich Plasma (PRP) therapy has brought new hope to those seeking relief from chronic wrist pain. By understanding the causes of wrist pain, the PRP treatment process, what to expect during and after therapy, and the healing journey, individuals can make informed decisions about pursuing this innovative approach to wrist pain relief. Don’t let wrist pain hold you back any longer; consult with a healthcare professional to explore the benefits of PRP therapy and embark on the path to a pain-free future.



Evans A, Ibrahim M, Pope R, Mwangi J, Botros M, Johnson SP, Al Kassis S. Treating hand and foot osteoarthritis using a patient’s own blood: A systematic review and meta-analysis of platelet-rich plasma. J Orthop. 2020 Jan 28;18:226-236. doi: 10.1016/j.jor.2020.01.037. PMID: 32071509; PMCID: PMC7015825.

Jiang J, Xing F, Luo R, Liu M. Effectiveness of Platelet-Rich Plasma for Patients With Carpal Tunnel Syndrome: A Systematic Review and meta-Analysis of Current Evidence in Randomized Controlled Trials. Front Pharmacol. 2022 Apr 27;13:834213. doi: 10.3389/fphar.2022.834213. PMID: 35571114; PMCID: PMC9092282.

Mayoly A, Witters M, Jouve E, Bec C, Iniesta A, Kachouh N, Veran J, Grimaud F, Zavarro AC, Fernandez R, Bendahan D, Giraudo L, Dumoulin C, Chagnaud C, Casanova D, Sabatier F, Legré R, Jaloux C, Magalon J. Intra Articular Injection of Autologous Microfat and Platelets-Rich Plasma in the Treatment of Wrist Osteoarthritis: A Pilot Study. J Clin Med. 2022 Sep 29;11(19):5786. doi: 10.3390/jcm11195786. PMID: 36233654; PMCID: PMC9572253.