Arch Support Pain Relief
Arch pain (usually Plantar Fasciitis) is pain that is usually felt first thing in the morning or after rising up from a prolonged resting position and pain increases after more use of feet. The causes of arch pain include: weight, a foot injury, overuse, abnormal biomechanics of the foot (e.g. flat feet or abnormal pronation), footwear, certain activities, inappropriate training, and medical conditions (eg. rheumatoid arthritis). Treatment of arch pain include weight reduction, rest, ice, activity modification, anti-inflammatory products, sports massage, stretching, strengthening, acupuncture, strapping, steroid injection, ultrasound and orthotics.
In most cases, plantar fasciitis develops without a specific, identifiable reason. There are, however, many factors that can make you more prone to the condition. Tighter calf muscles that make it difficult to flex your foot and bring your toes up toward your shin. Obesity. Very high arch. Repetitive impact activity (running/sports). New or increased activity.Although many people with plantar fasciitis have heel spurs, spurs are not the cause of plantar fasciitis pain. One out of 10 people has heel spurs, but only 1 out of 20 people (5%) with heel spurs has foot pain. Because the spur is not the cause of plantar fasciitis, the pain can be treated without removing the spur.
The muscle imbalance around the foot and ankle gives rise to a typical pattern of deformity in addition to the high arch (known as cavus). The bone under the big toe (called the first metatarsal) can become very prominent and the toes can curl or clench like a fist (called claw toes). Excessive amount of weight may be placed on the ball and heel of the foot, which can lead to the ankle weakening and giving way (this is referred to as ankle instability) and soreness. Calluses and sometimes stress fractures may occur where the foot is exposed to extra friction or pressure, such as on the outer (or lateral) border of the foot.
Magnetic Resonance Imaging (MRI) can show tendon injury and inflammation but cannot be relied on with 100% accuracy and confidence. The technique and skill of the radiologist in properly positioning the foot with the MRI beam are critical in demonstrating the sometimes obscure findings of tendon injury around the ankle. Magnetic Resonance Imaging (MRI) is expensive and is not necessary in most cases to diagnose posterior tibial tendon injury. Ultrasound has also been used in some cases to diagnose tendon injury, but this test again is usually not required to make the initial diagnosis.
Non Surgical Treatment
Rest from any aggravating activities and apply cold therapy whilst in the acute phase when the foot or ankle is painful and inflamed. Your Doctor may prescribe anti-inflammatory medication to help reduce pain and inflammation. Once the initial pain and inflammation has gone then a full rehabilitation program which includes stretching and strengthening exercises for the foot can begin. Consult a foot specialist, podiatrist or physiotherapist who can assess this and biomechanical problems of the foot. Nerve conduction studies may be done to confirm the diagnosis and indicate the location of the entrapment. An X-ray or MRI may also be useful to determine the presence of any other structures such as cysts, arthritis or a tarsal coalition.
The soft tissue surgeries usually would include a lengthening of the Achilles tendon, releasing of the plantar fascia as well as tendon transfers. These procedures are usually done in conjunction with bony procedures such as calcaneal osteotomies (to lower the heel bone and get it more under the leg itself), as well as metatarsal osteotomies. These procedures usually involve either cutting or fusion of the bones, and placement of fixation devices to allow the bones to heal. Healing time is usually at least 6-8 weeks and usually the patient must be non-weight bearing during the healing process. These types of surgical corrections are usually reserved for the more difficult, painful and deformed feet. They can require more surgeries down the line. These procedures are usually the last resort after all other modes of treatment have been exhausted (except in children where it is usually best to treat the deformity early). There are many different degrees of high arched feet and these procedures should be left for the more extreme cases. These cases usually require a very high degree of surgical skill and should only be done by those who frequently perform these types of cases.
So how do you prevent plantar fasciitis? Factors which can be controlled include training progression, environmental factors, shoes, and strength and flexibility exercises. A useful guideline for a safe training progression is ?the 10% rule.? Limit increases in distance or intensity to 10% a week. For example, if a person is running 60 minutes at a session, 4 times a week, or 240 minutes, she or he can probably increase the running time to 264 minutes (240 + 10%), the following week if all else remains the same. Terrain is also an important factor in training. Running 30 minutes on hills is very different from running 30 minutes on flat surfaces in terms of the forces on the legs and feet. Work up gradually to increase your running time on hills. Also lean forward when running downhill. If you run on a banked or crowned surface, vary the direction you run in so you alternate which leg is higher and which leg is lower on the bank. If you know concrete or asphalt is causing you discomfort, try running on a cinder or composite track. If you are going on vacation and are not used to running on sand or grass, don?t spend your whole vacation doing it.
Calf Raises. Strengthens the tendons in your heels and calf muscles, which support your arch. Raise up on the balls of your feet as high as possible. Slowly lower down. Do three sets of 10 reps. Progress to doing the raises on stairs (with heels hanging off), and then to single-leg raises. Step Stretch. Improves flexibility in your Achilles tendon and calf-when these areas become tight, the arch gets painfully overloaded. Stand at the edge of a step, toes on step, heels hanging off. Lower your heels down, past the step, then raise back up to the start position. Do three sets of 10 reps. Doming. Works the arch muscles and the tibialis posterior (in the calf and foot) to control excess pronation. While standing, press your toes downward into the ground while keeping the heel planted, so that your foot forms an arch (or dome). Release, and do three sets of 10 reps on each foot. Toe Spread and Squeeze. Targets the interossei muscles of the foot, which support the arch. While sitting, loop a small resistance band around your toes. Spread toes; release. Then place a toe separator (used at nail salons) in between toes. Squeeze toes in; release. Do three sets of 10 reps of each exercise on both feet. Towel Curls. Works the toe-flexor muscles that run along your arch to increase overall foot strength. Lay a small hand towel on the floor, and place one foot on the towel. Using just your toes, scrunch the towel toward you, hold, then slowly push the towel away from you back to start position. Do three sets of 10 reps on each foot.