Join us for our very first injury prevention workshop at Park Slope United’s clubhouse presented by one of our physical therapists from Park Sports Physical Therapy.
This workshop is designed to inform parents of children playing soccer about some of the common injuries that can occur on the field during training or matches and what to do in the event of those injuries occurring. We’ll also review the most common injuries among soccer players, how to self-treat, what to look out for more serious injuries, and more.
Here are some other topics that we’ll be covering during the workshop:
Proper stretching before and after training and games.
Common knee and ankle injuries.
Purchasing proper footwear for both indoor and outdoor soccer.
Park Sports Physical Therapy & Hand Therapy has been treating patients of all ages for over 20 years in Brooklyn. With three locations – two in Park Slope and one in Clinton Hill, patients have access to sports rehabilitation, vestibular rehabilitation, pelvic floor therapy, pre & post operative rehabilitation, Scoliosis Treatment / Schroth Therapy, and pediatric physical therapy.
About the Presenter
Igor Kozlov, PT, DPT
Received his Doctorate of Physical Therapy from Hunter College
Attended courses focused on manual therapy at the Institute of Physical Art (IPA) and Maitland Australian Physiotherapy Seminars (MAPS)
By: Allison Benson, Physical Therapy student at Hunter College, graduating in May 2018 Worked with Kristin Romeo, PT, DPT
With injury and with age, the joints of your body can be damaged by osteoarthritis, causing painful, aching joints. This pain can follow you throughout the day. You may feel stiff waking up, feel a dull ache when taking your dog for a walk, or feel a painful grinding as you stand up from sitting or as you climb the stairs.
Osteoarthritis (OA) is the most common joint disorder in the United States and is more common in women than men, according to an article published by Zhang & Jordan (2010). In healthy joints, where two or more bones meet and rub together, the bone surfaces are covered by a slippery substance called hyaline cartilage. This cartilage helps make your joints move smoothly and painlessly. With OA, this cartilage has broken down, leaving the bones exposed to each other, creating a grating or “bone on bone” feeling.
When a joint with OA becomes very painful, surgeons often recommend a total joint replacement—you probably know someone who has had a total knee or total hip replacement due to OA. Hips and knees are common sites for OA to develop, both because they move a lot, and because they carry the weight of the body.
You may not have heard of a total ankle replacement, though. Although ankles are also weight-bearing and mobile, they develop OA much less common; only about 1% of the population develops ankle OA (Valderrabano et al., 2009). This means many fewer people have ankle surgeries related to OA.
Another reason you may not have heard about ankle replacement is that it was a relatively unpopular surgery until recently. Total ankle replacements are complicated because there are a lot of important structures packed into a small area at the ankle. They also were associated with a very high failure rate, with surgeons needing to go back in and complete additional surgeries to replace, remove, or adjust the hardware they had placed.
That said, the popularity and success rate of total ankle replacements are on the rise.
In this surgery, a round metal ball is implanted into the talus, which is an important bone in your ankle. A metal implant is also implanted into the bottom of your tibia, which is the big bone in your calf. A plastic spacer is placed between these two pieces, which allows the tibia to slide smoothly on the talus, just like it does in healthy ankles.
After surgery, a patient will typically be in a surgical boot for 8-10 weeks, and cannot put weight on that foot for 4-6 weeks (Devries, Scharer, & Sigl, 2015). Patients may be referred to physical therapy prior to, or immediately following the procedure for prehab or rehab of the ankle.
Immediately after the surgery, therapists help with gentle work to reduce swelling and pain and prevent tissues from binding down as scar tissue forms. As time passes, therapists help patients regain their strength and range of motion, restoring their ankle to full use. Healing from an ankle surgery is a long process, and requires months of physical therapy, but can be a good option when faced with debilitating ankle OA.
Did you recently have a Total Ankle Replacement surgery? We can help. Schedule your appointment today.
Valderrabano, V., Horisberger, M., Russell, I., Dougall, H., & Hintermann, B. (2009). Etiology of Ankle Osteoarthritis. Clinical Orthopaedics and Related Research, 467(7), 1800–1806. http://doi.org/10.1007/s11999-008-0543-6
The Effectiveness of Spinal Stabilization Exercises for Back & Neck Pain
There is no standard approach treating chronic lower back and neck pain. Although this may be unfortunate for many patients to hear, the good news is that there are many conservative methods to alleviate pain.
While conditions like degenerative disk disease, spondylolesthesis, lumbar and cervical radiculopathy are rarely cured completely by conservative measures alone, physical therapy does offer a fair amount of pain relief in the long run.
By utilizing spine stabilization exercises, our physical therapists are able to help patients reduce back and neck pain. This is an active form of treatment requiring the patient to perform exercises to strengthen the muscles and improve the stability of the spine.
Patients suffering from chronic spinal pain should be leery of physical therapists who mainly offer passive modalities. Examples of passive modalities include heat, electrical stimulation, and massage. Patients should be aware that passive therapeutic modalities do not have sufficient evidence to support their use in chronic spinal conditions.
Spinal stabilization exercises offer the empowerment of the patient and have plenty of research and evidence to support their effectiveness.
Extensive benefits in treating the spine of those who suffer from lower back pain have been discussed extensively in medical literature. Physical Therapists specializing in the spinal disorders are trained in recognizing the factors that affect spinal stability.
Components Affecting Spinal Stability
The concept of spinal stability is relatively new with research beginning during the 1970’s.
There are three components that affect spinal stability.
The first component is the passive spinal element: the bone and ligamentous structures. Studies of the cadaver spine in which the bones and ligaments are intact but the muscles were removed showed to buckle under about 20 pounds.
The second component of spinal stability are the muscles that surround the spine. The muscular component provides a necessary ‘stiffening” of the spinal segment. In a healthy spine, a very modest level of muscular activity can create a sufficiently stable joint. In a degenerative disk disease, for example, there is more demand on the surrounding musculature. More strength and endurance reserve is needed to overcome an injury and pain.
The third component of spinal stability are the neural elements: the central nervous system and peripheral nerves. They are akin to an orchestra conductor, coordinating the performance of various muscles, making sure they are firing at the right time, at the right amount of force.
Multiple studies have shown patients with lower back pain make a “repositioning error” in which their spine would resume to its original position causing pain after performing a certain movement more than patients with a healthy, stabilized spine.
In physical therapy language, we call it a poor postural control.
Specific physical therapy exercises and treatment has shown effectiveness in treating chronic spinal pain.
Lumbar stabilization exercises improve muscular function which can, in turn, compensate for the structural damage to the spinal segment. A thorough dynamic assessment of the spine helps identify postural deficits.
A thoughtful exercise program is designed for each individual by the physical therapist based on their initial testing and evaluation. The most tangible benefit of a lumbar stabilization is that it gives a patient the tools to control their pain.
Interventional Pain Management
Going beyond the scope of physical therapy, interventional pain management is another passive option for chronic spinal pain. This approach serves as a temporary source of relief for patients dealing with low or medium levels of lower back pain. These techniques include performing procedures directly at the level of your dysfunction.
A pain management physician gains access to the areas causing lower back or neck pain by penetrating the surface of the skin. There is a plethora of interventional pain management options for the diagnosis and treatment of the spinal pain.
Epidural steroids are the most common example of the interventional spine management. However, the accuracy and effectiveness of interventional methods in managing lower back pain are not always clear.
In the comprehensive review article published in Pain Physician, 2013 Apr:16, the authors conducted a systematic review of literature in order to collect evidence for the effectiveness of various interventional pain management techniques in the treatment of chronic spinal pain.
The author came to the conclusion that the evidence was fair to good in 52% of therapeutic interventions. The evidence for diagnostic value fared slightly better at 62%.
One significant drawback of all passive techniques is that they do not require a participation of the patient. Without an active engagement of the patient, there is a limited self-control and independence in managing their own condition.
Do you suffer from chronic neck or back pain? Our therapists can help. Schedule your appointment today.
In a 2006 health survey conducted by the National Health Interview Survey (NHIS), knee pain was reported as the second most common cause of chronic pain in America.
Another surprising statistic comes from the Society for Academic Emergency Medicine. They reported that “the knee is the most commonly injured joint by adolescent athletes with an estimated 2.5 million sports-related injuries presenting to [Emergency Departments] annually.”
Some studies even show us that there has been an increase in the amount of knee replacement procedures over the last few years. Researchers say this is caused by two major factors: the first being the obesity epidemic and the second being that we are living longer lives. While living longer is great, it also puts more years of wear and tear on our bodies which can lead to osteoarthritis.
So what can you do to prevent knee pain or if you already suffer from knee pain, how can you better manage it and get out of pain?
The knee joint can only move in one plane, like a door hinge, and does not accommodate well to external stress that falls outside of its natural axis. For example, imagine being pushed from the side while your feet are firmly planted. This is the most common mechanism leading to a knee injury. Anterior Cruciate Ligament (ACL) injuries, as well as meniscus tears, normally occur this way.
The knee joints bear multiples of your body weight in running and jumping. Climbing up the stairs, for example, loads your knee joint 2.5 times your body weight.
The knee is considered a biomechanical link between the hip and the ankle/foot complex. Dysfunction in any of these joints can negatively affect the others in the chain. Repeated abnormal stress can take a toll on the knee joint.
Knee pain is one of the most common conditions our therapists treat in our clinics. Our therapists know how to take care of a variety of injuries and conditions for people of all ages. Early intervention of knee pain will improve your quality of life, mobility, and prevent loss of muscle strength and instability.
Types of Knee Injuries
There are two categories that a knee injury can fall into: 1) acute/traumatic and 2) chronic/repetitive stress. Acute injuries are when the incidents occur immediately, like a fall, car accident, landing in a strange way, twisting/pivoting quickly, etc. Many sports injuries, especially sprains and strains, fall under this category.
Chronic injuries are caused by repetitive stress over a long period time. Poor posture and/or body mechanics can play a major role in chronic conditions. Physical therapy can be very beneficial in correcting these issues.
Knee pain can be caused by degenerative changes in osteoarthritis. Arthritis is when the cartilage cushioning the bones wear down leading to swelling, stiffness, and pain.
Unfortunately, in the cases of the knee pain due to severe osteoarthritis, Physical therapy intervention is limited and one should consult with an orthopedic doctor to assess whether a total knee replacement is appropriate.
Knee pain is more commonly seen in people who do not yet have visible arthritic changes on radiographic examination. Those people are engaged in various physical activities while struggling with the knee pain during and after the activity.
Anterior Knee Pain aka Runner’s Knee
Anterior knee pain or the “Runner’s Knee” is related to an abnormal motion of the kneecap in the trochlear groove. It causes an irritation and eventual wearing out of the cartilage on the back of your kneecap. The knee pain gets worse when you first stand up, run and going downstairs. The knee pain worsens while performing your physical activity.
Patellar Tendonitis aka Jumper’s Knee
Patellar tendonitis, also known as “Jumper’s Knee,” is another activity related condition that is caused by repetitive motion. The knee pain, in this case, originates in the patellar tendon. A structure that connects your quadriceps muscle to the lower leg through the kneecap. When your quadriceps muscle is overloaded it causes an inflammation of the tendon, thus contributing to the knee pain. The symptoms are usually more pronounced when you are at rest and when you initiate your activity. In more severe and chronic cases the knee pain prevents you from participating in sports.
Knee Pain Rehabilitation and Treatment
The key in the rehabilitation of the knee pain is a correct biomechanical analysis of your kinetic chain. An exercise regimen performed at the proper angles and positions. Prescribed activities help to avoid further irritation of the joint and yet strengthening the weak elements. If you suffer from the knee pain, it does not mean that you need to halt your physical activities. Physical Therapist at Park Sports have the tools and knowledge to get you ‘back in the game”.
Do you currently suffer from knee pain? We can help. Get started by filling out the form below.
If you’re a Brooklyn athlete and recently sustained an injury or underwent surgery on your lower body we have the perfect solution to get you running sooner. The AlterG Anti Gravity Treadmill uses NASA’s patented Differential Air Pressure Technology to “unweight” you, making it possible to run at a fraction of your body weight. You’ll be able to improve your aerobic conditioning and put less stress on your joints – hips, knees, and ankles – while maintaining strength and endurance.
Not Just for Athletes
The AlterG can also benefit:
Senior Citizens looking to stay active
People with obesity looking workout and lose weight
Anyone with past injuries or arthritis looking to workout with less impact and stress on their joints
Rates & Monthly Memberships
Your first 30-minute trial run is only $20.00 (normally $25.00). Call 718.230.1180 to schedule your first run!
Under 30 Minutes
30 Minutes – Three Scheduled Sessions
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Up to 90 minutes – Three Scheduled Sessions Per Week
Scoliosis is a three-dimensional abnormal curvature of the spine. Everyone’s spine has a natural curvature to it, however, if that curvature progresses beyond a certain degree it can be classified as scoliosis. Scoliosis occurs equally among genders but girls seem to be more likely to have scoliosis that has progressed to a level that requires treatment. There are an array of health issues that can accompany scoliosis such as abnormal breathing patterns, visible prominences and poor posture due to muscular imbalances.
What causes Scoliosis?
There are several different types of scoliosis, however, the majority of scoliosis cases are idiopathic, meaning it has an unknown origin. Idiopathic scoliosis typically begins at a young age and becomes more pronounced during periods of rapid growth.
What are the symptoms of scoliosis?
Pain does not always accompany scoliosis. Scoliosis can present in a variety ways such as abnormal trunk lean, uneven rib cage/shoulders or even back pain. If you suspect scoliosis contact your primary care provider to address your concerns. Prior to Schroth treatment, an x-ray is needed as scoliosis can present differently externally due to overlying musculature and does not give us the full picture. Knowing the bony anatomy allows us to monitor your progress and tailor your treatment to your specific curvature.
What is the Schroth Method?
The Schroth Method is a conservative form of scoliosis treatment designed to target the flexible, postural component of scoliosis. The method was created in Germany in the 1920’s by Katharina Schroth as a way to treat her own scoliosis. Since then the method has made its way across the globe, only recently in the US. Scoliosis specific exercises are targeted specifically to each patient’s curvature through the use of five principles of correction. Subtle postural corrections, spinal distraction and isometric tension help to increase muscle activation and strength in a neutral spinal alignment.
What can I expect during a session of Schroth method physical therapy?
On your first visit, you will be fully evaluated. We will take a look at your posture, your muscular imbalances, address any goals or concerns you may have and take a variety of measurements. You will be sent home the first day with the beginnings of a home exercise program. During your follow-up treatment sessions, we will be utilizing a variety of equipment such as a Schroth wall ladder, physioball, rice bags and Therabands. You will learn about the five principles of correction (1. Auto-elongation (detorsion); 2. Deflection; 3. Derotation; 4. Rotational breathing; and 5. Stabilization) and how to implement them into your home exercise program. We will discuss safe ways to lift, sit and postural corrections to integrate into your daily routine.
Do you or your child suffer from Scoliosis or Kyphosis? We can help. Schedule your evaluation today.
In this article, we take a look at the process of one of our sports rehabilitation therapists, Nicole Liquori, DPT. From the initial evaluation to the treatment plan to the patient’s progress throughout, we will get to see and understand the physical therapist’s perspective. On the flip side, we’ll also get to see the patient’s point of view.
Conrad arrived at our facility with complaints of pain and loss of range of motion in his right shoulder. In early 2017, Conrad had been in a swimming accident which left him with transient paralysis. He regained full function of his arms and legs within a few weeks of the accident but was left with the residual weakness of both upper and lower extremities.
Upon evaluation, Conrad demonstrated signs and symptoms consistent with a diagnosis of shoulder impingement syndrome. Conrad presented with rounded shoulders and weakness of his postural and rotator cuff musculature which can strongly affect the mechanical relationship of all joints associated with shoulder mobility.
Conrad’s symptoms included pain and restricted motion when lifting his arm above head and reaching behind his back.
Our treatment initially focused on restoring his normal shoulder and scapular range of motion (as compared to his left shoulder) using mobilization, soft tissue work and passive/active assistive range of motion. Once we were able to establish the normal glenohumeral rhythm – the coordinated motion of the scapula and humerus experienced during shoulder movement – we moved into scapular and rotator cuff strengthening and stabilization activities.
We focused on functional movements that would translate into his activities of daily living (i.e., reaching for a cup in a high cabinet), as well as recreational activities (i.e., throwing a ball, swimming, etc.).
Conrad’s treatment was cut short secondary to surgery on his spine, but prior to discharge, Conrad had returned to performing most everyday tasks, as well as throwing a ball overhand without pain.
In Conrad’s Own Words
I highly recommend Nicole Liquori at Park Sports PT. After a serious accident, I was unable to raise my arm over my head. I couldn’t throw a ball or swim with an overhand stroke. Nicole changed that in the space of two months. A combination of deep massage, passive movement and guided exercises brought back pain-free use of my shoulder. Her knowledge is apparent in her explanations of the functional basis for the exercises. Her skill is demonstrated in her wonderful touch. She confidently employs just the right amount of force in the right places. On top of that, Nicole is sympathetic and encouraging. She has all the qualities of a first-rate therapist and she helped me immensely.
Do you currently suffer from Shoulder Impingement Syndrome? We can help. Schedule your appointment today.
Married couple, Michael and Lila R., are longtime patients of Park Sports Physical Therapy. Michael is a lifelong athlete having run 26 marathons during his lifetime. He has also been a member of the Prospect Park Track Club, a local running club in Park Slope, Brooklyn. Michael has over 30 years of running under his belt. That’s a whole lot of miles!
His wife Lila, also an athlete, has spent most of her life swimming and running.
Lila’s first experience at Park Sports started back in 2011. She came in with a rotator cuff condition. One of our therapists treated her and got her back to swimming fairly quickly. Lila recommended her husband, Michael also get treated at Park Sports after her positive experience.
Michael suffered from arthritis in both his knees. It was when he tripped and injured his iliotibial band that he came in for treatment. He was feeling a snapping sensation whenever he would walk up and down stairs.
Kristin Romeo, DPT became both Michael’s and Lila’s therapist, often times seeing them at the same time for treatment. For Michael, Kristin used manual therapy, stretching, strengthening exercises, and worked on improving his balance on the injured leg.
During the interview, Michael and Lila spoke very highly of Kristin, saying “Kristin is attentive, listens to your needs, and makes sure that the problem area is getting the right treatment.”
“The sessions hold me accountable,” Michael mentioned. The exercises have helped him greatly throughout his treatment. He’s progressed to the point where he no longer feels any snapping sensation walking down the stairs.
Lila similarly was very pleased with her progress.
Michael and Lila, being older in age, both realize the importance of maintaining balance to avoid falls. Physical therapy has proven to be quite useful in that regard.
Both Michael and Lila recommend the services at Park Sports highly saying, “almost all our friends in the neighborhood go to Park Sports for physical therapy. This is a great place that offers excellent care. The therapists that work here are excellent. We couldn’t be happier with Kristin’s care.”
Injuries to the shoulder are fairly common in everyday life. Strains and sprains resulting from repetitive activities such as throwing a ball or twisting your arm while reaching behind your car seat happen all the time, and usually heal on their own in only a few days. But what happens if your shoulder suddenly starts to lose its normal range of motion for an unexplained reason?
In this article, I would like to talk about the diagnosis known as adhesive capsulitis, more commonly referred to as frozen shoulder.
What is Frozen Shoulder?
Frozen shoulder is a fairly common diagnosis, but is not well understood and does not always have a known cause. Many people develop frozen shoulder following a surgical procedure to the shoulder, or after an injury that results in the shoulder needing to be immobilized for a short period of time. However, in some cases, some people develop symptoms with no known trigger.
The symptoms are fairly clear-cut – a marked loss of normal range of motion and stiffness of the shoulder joint that may or may not be accompanied by pain.
This shoulder stiffness affects motion in all directions such as reaching up in the air or trying to place the hand behind the back or behind the head. Adhesive capsulitis begins as an inflammatory process within the shoulder and leads to scar tissue formation which can restrict shoulder motion.
For some people, this scar tissue formation can lead to pain in the shoulder joint, especially with movement and during the evening hours while trying to sleep.
The Stages of Frozen Shoulder
There are several stages of frozen shoulder each with their own unique characteristics:
The inflammatory stage lasts approximately three months and is characterized by pain with shoulder movement in most directions. Pain is often sharp with movement at the end of the range, and there is an ache at rest. Pain is also commonly felt at night, making it difficult to fall asleep. The range of motion may still be normal at this early stage.
The freezing stage typically lasts 3-9 months. This is when flexibility of the shoulder begins to reduce due to pain. At this time, people often begin to notice difficulty reaching overhead, or reaching behind their back. This stage, known as the frozen stage, is when the stiffness is most severe. The inflammatory process inside the shoulder joint is starting to decrease at this stage so pain is lessened or non-existent. Over the past several months a thick layer of scar tissue has formed around the shoulder capsule, which makes it difficult to move. This is the stage when most people are diagnosed with frozen shoulder.
Finally, the thawing stage is when shoulder motion gradually starts to return to normal. This stage can last anywhere from 9 months to two years and may leave some minor limitations in shoulder range of motion afterward.
Treating A Frozen Shoulder
Physical therapy along with treatment provided by your doctor such as cortisone injections are the first line of defense in reducing the time a patient may experience the symptoms related to a frozen shoulder.
A doctor will typically take some images of the shoulder to rule out other possible structural involvement such as the rotator cuff or the labrum.
At that point, physical therapy treatment 2-3x a week is generally recommended where manual shoulder stretching, massage, mobilization, and exercises are performed to keep the shoulder as pain-free as possible, and to help increase the range of motion.
It is also important to continue to perform the prescribed stretching exercises at home under the guidance of a physical therapist. Generally, the time it takes for a frozen shoulder to “thaw” can be halved under physical therapy treatment. Most patients do not need surgical intervention to correct this diagnosis.
Steps to Take If You Suspect Having a Frozen Shoulder
If you have noticed that you have a lot more difficulty with overhead shoulder motion following a shoulder injury, let your doctor know. If this has persisted for several months, it may be a sign of adhesive capsulitis. An orthopedist can help you make that diagnosis, and physical therapy can help you get onto the road to recovery.
Schedule Your Physical Therapy Appointment Today To Begin Frozen Shoulder Treatment
Physical Therapists play an essential role in the nonsurgical treatment of hip pain. Two of the most common conditions associated with hip pain are labral tears and hip impingement.
Labral tears occur when the labrum, which is the cartilage that comes between the head of the femur – your thigh bone – and your pelvis – your hip bone, begins to wear down or experiences trauma. The most common cause of labral tears is repetitive stress on the hip joint, especially for athletes participating in running and skating sports.
Hip impingement, also known as femoroacetabular impingement (FAI), occurs when extra bone grows on either or both the head of the femur or the acetabulum (the part of the pelvis where the femur meets – the “socket”). The extra bone creates an irregular fit and can start to rub against the cartilage or bones in a way that can damage the joint causing hip pain.
There are 2 types of hip impingement. They can occur separately or together.
The head of the femur is shaped like a sphere. It acts as the “ball” for “ball and socket” joint in your the hips. In this deformity, an excessive bone growth around the head of the femur creates an irregular shape that makes it difficult to rotate in the acetabulum, your “socket”.
The misshapen overgrowth contacts the cartilage that lines the hip socket, the labrum, and can cause it to become worn and frayed. This can lead to hip instability and pain.
Pincer impingement is when the acetabulum (hip socket) protrudes around the femur head, decreasing the space of the joint. Overtime with repetitive contact, hip flexion (bending over, sitting, walking) leads to tearing and inflammation of the cartilage that envelopes and protects the joint (labrum).
With either one of these conditions you may experience:
Increased pain with prolonged sitting and leaning forward in the sitting position.
Sharp pain during squatting, changing direction during running, pivoting and lateral motions./li>
Stiffness and deep aching in the front of the hip. Occasional groin pain.
Decrease ability to turn your thigh inward.
Treating Hip Pain with Physical Therapy
Treatment of hip pain starts with a comprehensive evaluation of movement of your hip and surrounding joints.
Our therapists will test the strength of the muscles around your hip and observe your movements to properly diagnose the condition. During each session, our therapists will instruct and educate you about your body mechanics, the origin of your injury, and exercises you can perform to prevent future injury to the hip and strengthen the muscles around the hip and other parts of your body to stabilize and correct any imbalances.
Your orthopedic doctor may order X-rays and an MRI to confirm the diagnosis.
Hip impingement and labral tears may be concurrent with lower back pain and pelvic floor dysfunction.
Once your weaknesses and imbalances are identified, the goal of therapy is to restore normal force coupling and to develop strategies to compensate if your condition is chronic.
Strengthening of weak muscles and stretching tight muscles can help to avoid the progression of hip impingement. Manual therapy techniques may also be employed restore flexibility of the joint.
At Park Sports Physical Therapy, one of our therapists, Svetlana Lazarev, PT, is an advance hip clinician certified by the Hospital for Special Surgery (HSS).
Hip Arthroscopy Post Operative Rehabilitation
If you do end up having surgery for your hip pain, our therapists follow an established post-surgical protocol. Physical therapy is known to shorten recovery time and ensures that your body is healing properly. Our therapists help to promote safe healing by limiting the weight you put on the operated leg, exercises, stretching, and manual therapy.
The next stage of postoperative rehabilitation focuses on improving your range of motion and strength. During your treatment, our physical therapists can keep your doctor and orthopedic surgeon informed of your progress if you choose.
After 4 to 6 months of treatment following surgery, you’ll be able to return to your normal activities.
Do you currently suffer from hip pain? We can help.