Foot & Ankle Pain Treatment in Bend, Oregon

Foot & Ankle Conditions We Evaluate and Treat in Bend, OR

Plantar Fasciitis and Heel Pain

The signature of plantar fasciitis is sharp heel pain with the first steps in the morning, easing as you move and then returning after you sit for a while or at the end of a long day on your feet.

The name suggests inflammation, and for a long time that is how it was treated. Tissue studies changed the picture. Chronic plantar fascia pain shows degeneration and disorganized tissue rather than active inflammation, which is why anti-inflammatories and rest so often produce partial, temporary relief. The fascia has broken down and has not rebuilt itself.

That changes what works. Shockwave therapy has some of the strongest evidence of any treatment in this area, with systematic reviews finding meaningful effects on both pain and function that hold up over time. It requires no downtime and no needles. We use both focused and radial shockwave, which lets us match the modality to what the ultrasound shows. We use radial shockwave for the calf and surrounding areas, while focused shockwave targets the plantar fascia directly.

Ultrasound also lets us measure fascia thickness and confirm the diagnosis rather than assume it, which matters because heel pain has several other causes. A heel fat pad problem, a calcaneal stress fracture, and entrapment of a small nerve near the heel all produce pain in roughly the same place and do not respond to plantar fascia treatment.

A word on cortisone. Steroid injection into the plantar fascia can provide real short-term relief, and there are situations where that is worth it. It also carries documented risks, including rupture of the fascia and atrophy of the heel fat pad, the natural cushion under your heel that does not grow back. We use it selectively and will explain the tradeoff rather than leading with it.

Heel spurs, while we are here, are usually incidental. Plenty of people have them with no pain at all, and the spur is rarely what needs treating.

Achilles Tendinopathy

Achilles problems come in two varieties, and they behave differently, so it’s worth making the distinction.

Midportion Achilles tendinopathy affects the tendon a few centimeters above the heel bone. Insertional Achilles tendinopathy affects the point where the tendon attaches to the heel, and it is generally more stubborn and less tolerant of the stretching that helps the midportion kind.

Both cause pain and stiffness that are worst first thing in the morning and at the start of activity, sometimes easing as you warm up and then returning afterward. Runners, hikers, and anyone who has recently increased their volume or changed their footwear are the usual candidates.

Progressive loading is the foundation of treatment and has the best evidence behind it. We coordinate closely with physical therapists across Central Oregon who do this well. Ultrasound lets us confirm which part of the tendon is involved and check for partial tearing, which changes how aggressively we can load the tendon. For cases that stall despite good rehabilitation, options may include shockwave therapy, PRP, or percutaneous tenotomy.

There is good evidence for shockwave for mid-substance Achilles tendon, and we use it regularly as a first-line treatment.  We also avoid corticosteroid injection into or around the Achilles because the tendon carries your full body weight with every step, and steroid injection is associated with rupture risk. That is a case where short-term relief isn’t worth what it may cost you.

Posterior Tibial Tendinopathy

The posterior tibial tendon runs behind the inner ankle bone and holds up the arch of your foot. When it becomes irritated or begins to fail, pain develops along the inside of the ankle and arch, often with swelling, and it gets worse the longer you are on your feet.

This one matters more than most people realize, because posterior tibial tendon dysfunction is progressive. As the tendon stretches and weakens, the arch gradually collapses, and the foot changes shape, and the later stages are considerably harder to manage than the early ones. A useful early sign is difficulty rising onto the toes of one foot, or noticing that one arch looks flatter than the other.

Ultrasound lets us assess the tendon directly and identify thickening or tearing. Treatment centers on supporting the arch, unloading the tendon, and a targeted strengthening program, with image-guided injection or orthobiologic treatment considered in appropriate cases. Catching this early genuinely changes the outcome, which is the reason it gets its own section.

Ankle Sprains, Strains, and Ligament Tears

Ankle sprains are the most common musculoskeletal injury, and they are also the most commonly dismissed. The phrase “just a sprain” does a lot of damage, because a meaningful share of people who sprain an ankle go on to have ongoing symptoms or recurrent instability, often because the first injury was never properly rehabilitated.

Most sprains involve the ligaments on the outside of the ankle from a rolling-inward injury. High ankle sprains, which affect the ligaments connecting the two lower leg bones, are less common, take considerably longer to heal, and are frequently missed early.

Early evaluation is worth more here than people expect. We use examination, ultrasound, and on-site X-ray to grade the injury and rule out fracture, and ultrasound lets us assess the ligaments dynamically rather than just at rest. Getting the grade right sets the rehabilitation timeline, and a proper rehabilitation program is the main thing standing between a sprained ankle and a chronically unstable one.

Chronic Ankle Instability

If your ankle keeps rolling, feels unreliable on trails or uneven ground, or you find yourself watching the ground instead of the view, you may have chronic ankle instability.

It develops in two ways, and usually both at once. The ligaments may have healed loose or lengthened after previous sprains, and injury can disrupt the nerve feedback system that tells your brain where your foot is in space. That second part is often the bigger problem, and it also responds best to training.

We assess ligament integrity with examination and dynamic ultrasound, evaluate the peroneal tendons along the outside of the ankle since they are commonly involved, and look for what often gets missed in repeatedly sprained ankles, including small fractures and cartilage injuries inside the joint. Most cases respond to a structured balance and strengthening program. Ankles with significant ligament laxity that continue to give way despite good rehabilitation may need surgical stabilization, and we coordinate that evaluation.

Foot and Ankle Arthritis

Foot and ankle arthritis causes stiffness, aching, and swelling that is typically worst in the morning and after activity. The ankle joint, the midfoot joints, and the big toe joint are common sites. Ankle arthritis frequently follows an old fracture or a history of repeated sprains, sometimes decades later.

These are small joints and difficult targets, which is why image guidance matters. Ultrasound-guided or X-ray-guided injection can provide meaningful relief and also helps confirm which joint is actually responsible when several look abnormal on X-ray. For patients with early to moderate arthritis, orthobiologic treatment may be worth discussing. Footwear modification and load management often do more than patients expect.

Nerve Pain, Neuropathy, and Nerve Entrapment

Burning, tingling, numbness, or electric pain in the foot points to a nerve rather than a joint or tendon. What is causing it matters, because the treatments are entirely different.

Peripheral neuropathy, including diabetic neuropathy, typically affects both feet in a symmetric pattern, often starting in the toes and moving upward, and is frequently worse at night. It is a medical condition, and your primary care provider or a neurologist manages it. We do not provide blood sugar control, medication management, or diabetic foot care, including wound and ulcer treatment, and we are not going to pretend otherwise. A lot of marketing in this space promises to reverse neuropathy. We encourage you to be skeptical.

What we can contribute is a different question: whether your foot pain comes from a focal nerve entrapment rather than diffuse neuropathy. These are mechanical problems, and they are treatable.

Tarsal tunnel syndrome involves compression of the tibial nerve behind the inner ankle bone, producing burning or tingling in the sole of the foot. Entrapment of the first branch of the lateral plantar nerve is a commonly missed cause of heel pain that can be mistaken for plantar fasciitis and may not respond to plantar fascia treatment. Morton’s neuroma involves an irritated nerve between the toes and causes burning forefoot pain, often with a pebble-in-the-shoe sensation.

Ultrasound can evaluate all three, and treatment may include an image-guided injection or hydrodissection, which uses precisely placed fluid to free a nerve from the tissue restricting it. Patients with diabetes can have both diffuse neuropathy and a focal entrapment at the same time, and separating the two is a genuinely useful thing to sort out.

Morton’s Neuroma

Morton’s neuroma is an irritated and thickened nerve between the toes, most often between the third and fourth. It causes burning or sharp pain in the ball of the foot, sometimes with numbness in the toes, and patients frequently describe the sensation of a pebble in the shoe or a sock bunched up underneath.

Narrow or tight footwear is a common contributor, and symptoms often ease when you take the shoe off and rub the foot. It is more common in runners and in people who spend long days on hard surfaces.

Ultrasound is well suited to this. We can see the nerve directly, measure it, and confirm the diagnosis rather than relying on symptoms alone, which matters because stress fractures and forefoot joint problems can cause similar pain. Treatment starts with footwear changes and offloading. For persistent symptoms, ultrasound-guided injection or hydrodissection can reduce irritation and free the nerve from surrounding tissue. Cases that do not respond may be candidates for surgical excision, and we coordinate that referral.

Shin Splints and Lower Leg Pain

Medial tibial stress syndrome, commonly called shin splints, causes aching pain along the inner edge of the shin that shows up during running and eases with rest. It usually follows a jump in training volume, a change in surface, or a return to running after time off.

The important distinction is between shin splints and a tibial stress fracture, since the management differs substantially. Shin splints typically produce pain spread along a stretch of the bone that improves as you warm up. A stress fracture tends to hurt at one specific point, gets progressively worse rather than improving with warming up, and eventually hurts with walking or at night. Early X-rays are often normal in stress fractures, so they can be missed and left untreated for weeks.

We evaluate with examination, on-site X-ray, and MRI referral when a stress fracture is suspected, and we look at why the bone or tissue failed in the first place, including training load and mechanics. That last part helps prevent the next one.

Stress Fractures of the Foot and Ankle

Stress fractures in the foot are common in runners, hikers, and anyone who increases their mileage too quickly. The metatarsals are the usual site, along with the navicular in the midfoot and the calcaneus in the heel.

The pattern is localized pain that builds with activity and eventually persists at rest. Two locations warrant extra caution: navicular stress fractures and stress fractures at the base of the fifth metatarsal both have a reputation for poor healing and sometimes need surgical fixation or prolonged protected weight bearing.

We evaluate with on-site X-ray and coordinate MRI promptly when the clinical picture suggests a stress fracture despite normal films. Most heal well with protected weight bearing and a structured return to activity, and we look at contributing factors including training load, footwear, and bone health.

Chronic Pain After Foot or Ankle Surgery

Persistent pain after foot or ankle surgery, including fracture fixation, ligament reconstruction, and bunion or fusion procedures, is more common than most patients are told to expect. Scar tissue, nerve entrapment in the surgical field, altered mechanics, and problems that were never the original target all contribute.

A specialty evaluation including your operative reports and prior imaging helps clarify what is generating the pain now. Diagnostic blocks are particularly useful here because they can isolate a specific structure when surgery has changed the anatomy, and ultrasound-guided hydrodissection is an option when a nerve is tethered in scar tissue.