January 22, 2025
Ankle sprains are extremely common among physically active populations, accounting for up to half of all sports injuries in the USA, and researchers estimate that fewer than half of ankle sprains sufferers seek medical attention for their injury. Of ankle injuries that do receive medical attention, as many as 40% are thought to be misdiagnosed or ineffectively treated, resulting in chronic ankle pain and instability.
Considering these facts, it is not only important to seek professional treatment for your ankle injury, but it is crucial to get an accurate diagnosis and personalized rehabilitation, to restore ankle function and reduce your risk of future injury.
Ankle sprains involve stretching or tearing of ligaments – tough bands of connective tissue that support and stabilize the ankle bones. Ankle sprains range from mild to severe, depending on the number of ligaments involved and whether the ligament is merely stretched, partially torn, or completely torn.
Ankle sprains are different from ankle strains, which affect the soft tissues, or fractures that affect the bony structures. An ankle sprain can result in ankle instability due to ligament laxity that increases an athlete’s risk of injury – in fact, a previous sprain is the predominant risk factor for predicting a recurrent injury.
There are three basic categories of ankle sprains:
The severity of ankle sprains is graded on a scale of 1-3:
According to research, as many as 40% of ankle injuries are misdiagnosed or incorrectly treated. Other conditions that share similar symptoms are often mistaken for ankle sprains, especially when the diagnosis is symptoms-based. For example, high ankle sprains are often misdiagnosed as lateral sprains. Even imaging technologies like Xray or MRI can fail to adequately visualize the structures of the ankle, especially when inflammation is present.
Conditions that mimic ankle sprains include:
Misdiagnosis can lead to ineffective treatment that prolongs the patient’s pain and suffering while neglecting to adequately address damaged tissues. High-resolution diagnostic ultrasound imaging can help to accurately identify injured structures, and differentiate ankle sprains from other conditions.
Most physically active people are accustomed to various aches and pains from training and overuse, and many may ignore an ankle injury if it can still bear a load, even if it hurts. Over time, an untreated ankle sprain may stop hurting as inflammation goes down and tissues heal. But damaged tissues do not always heal effectively, and you may have scar tissue, ligament laxity, reduced range of motion, and reduced ankle stability, all of which can alter your gait, create compensation patterns, and increase your risk of recurrent injuries.
Here are 5 important reasons to seek holistic sprained ankle treatment and rehabilitation, even after you think your ankle has healed:
Ankle instability can affect your entire body due to reduced control of force loads. Structures that are not designed to manage loads may become strained, and compensation patterns may arise to help mediate forces during physical activity. Without rehabilitation, your ankle sprain can contribute to knee, hip, and back pain, and an untreated ankle injury can reduce your balance and increase your risk of falls as you age.
After an ankle sprain multiple factors can be affected by ankle instability, including:
One of the most common sensory deficits after an ankle sprain is the inability to estimate how much weight-bearing load your ankle can support. Sensory-motor function can be restored using a reweighing platform that provides perturbation, activating muscle receptors to help reprogram your brain-body connection for optimal motor control.
During sprained ankle rehabilitation, it is important to strengthen the ankle and its supporting structures, and to incorporate stretching exercises to regain full joint range of motion. But before loading the ankle, you may need to repair soft tissues that have healed poorly via treatments like shockwave therapy and orthobiologic injection therapy. Fascial densifications and adhesions may need to be addressed, to recover functional range of motion and restore muscle activation patterns.
Neglecting to rehabilitate your sprained ankle can lead to pain syndromes, poor balance and reduced mobility later in life. If you want to remain physically active and avoid future injuries, sprained ankle rehab is a must.
At NYDNRehab, we used advanced technologies to accurately diagnose and treat your ankle injury. Your healing journey begins with a comprehensive diagnostic exam using high-resolution ultrasonography. Dynamic ultrasound imaging lets us visualize your foot and ankle in real time, for quick and accurate diagnosis.
Our research-grade ultrasound equipment gives us capabilities for superior microvascular imaging (SMI) to detect early signs of blood flow to damaged tissues, and sonoelastography to test tissue density and elasticity.
Our human movement lab pairs state-of-the-art technology with proprietary software to give us quantitative information about various movement parameters, such as joint kinematics, load distribution, muscle coordination patterns and more. Our ultrasound-guided regenerative therapies and orthobiologic procedures help to restore tissue integrity, to optimize ankle function.
You don’t have to settle for low-tech, one-size-fits-all treatment protocols offered by conventional physical therapy clinics. Our personalized one-on-one approach to patient care means you will get customized treatment supported by advanced technologies and tailored to your specific needs. If you’re ready to rehab your sprained ankle and get moving again, contact NYDNRehab today.
Dr. Lev Kalika is a world-recognized expert in musculoskeletal ultrasonography, with 20+ years of clinical experience in advanced rehabilitative medicine. In addition to operating his clinical practice in Manhattan, he regularly publishes peer-reviewed research on ultrasound-guided therapies and procedures.
Dr. Kalika is an esteemed member of the International Society for Medical Shockwave Treatment ((SMST), and the only clinician in New York certified by the ISMST to perform extracorporeal shockwave therapy. He is also an active member of the American Institute of Ultrasound in Medicine (AIUM), and has developed his own unique approach to dynamic functional and fascial ultrasonography.