Posts Tagged ‘ankle sprain’

Cast or Brace?

Thursday, January 12th, 2012

When you are evaluated by a provider you might be diagnosed with an injury such as a sprain or strain, a fracture or even some diagnosis you may not have ever heard of.  After the provider looks at your x-rays and does special testing, you might receive a cast or a brace.  Why do you receive a cast or a brace?  When the provider orders a cast it is typically to stabilize the joint.  At this point the provider feels the injury will heal best if you have no/minimal movement of the joint.  Casts are typically ordered when there is a fracture that does not need to move or post surgical when something has been repaired and the provider wants to make sure the suture anchors that are placed in the repair will not tear.

On the other hand, the provider will usually order as brace when there is an injury that requires protection but does not have to be completely immobilized.  A brace is ordered so you can take the injured body part out the brace and perform some strengthening exercises or stretching exercises in order to speed up the healing process.  The brace is there typically to remind you there is a healing injury and get you to think twice before gripping or running or whatever our daily activities might include.

At Sports Medicine South, we have a state-of-the-art Cast Room and a full brace fitting and supply center.  One of our nationally certified professional staff members will assist you in making sure either your cast or brace fits properly to help you get BEYOND BETTER!

The Anti-Gravity Treadmill at Sports Medicine South

Wednesday, August 10th, 2011

The Anti-Gravity Treadmill, more formally known as the Alter-G, does exactly what its name eludes to by creating a walking environment similar to that of the Moon. Conceived by NASA, and approved by the FDA, the Alter-G is designed to reduce the weight impact on lower extremities. By utilizing air pressure, the Alter-G has the ability to take off as much eighty percent of your own body weight, allowing patients to walk, jog, or run without pain or further injury. Both Sports Medicine Rehab facilities and professional sports associations strongly back the innovative machine.  The Alter-G is continually used to facilitate rehabilitation to patients and athletes with hip, knee, ankle, and foot injuries

The technically advanced machine, although in high demand, is hard to find. There are only a few Alter-G’s found across Georgia; one of the machines is housed in the Physical Therapy Department of Sports Medicine South in Lawrenceville, GA. Curt Bazemore, PT and SMS’s Director of Rehabilitation sums it up as, “The capabilities of the Alter-G facilitate a significant improvement in the quality of care for our patients and to the progression of their rehabilitation program.”

Ouch! I Rolled My Ankle! (The Ankle Sprain)

Tuesday, April 19th, 2011

An ankle sprain is the condition where one or more of the supportive ligaments of the ankle joint is torn or partially torn. When a sprain occurs, the body enacts the inflammatory response causing a release of fluid into the area and pain is experienced. The nerves in the ankle area become hypersensitive and a throbbing sensation is most often felt. The additional fluid into the ankle and foot region serve as a splinting mechanism and there is a decrease in mobility of the joint.

There are three types of ankle sprains:

Inversion (Lateral) Ankle Sprain

This is the most common mechanism of injury, occurring approximately 90% of all ankle sprains.  It occurs when the foot and ankle are “turned in” and you roll over the ankle.  This causes the lateral ligaments of the ankle joint to become stretched.  Most often, the anterior talofibular ligament (ATF) is often partially torn. When this type of ankle sprain happens, the outer, or lateral, ligaments are stretched too much.

Eversion (Medial) Ankle Sprain

Far less common is the eversion injury.  This sprain occurs when the foot and ankle are turned out and the athlete rolls over the inside portion of the foot.  The medial ligaments of the foot are stretched and the Deltoid ligament may become torn or partially torn.

High Ankle Sprain

Another ankle injury that seems to be increasing in rate is the high ankle sprain.  It occurs when the ligaments above the ankle, holding the two lower leg bones stable, become stretched. This injury occurs from a forceful twisting of the foot when planted and is often seen in basketball and football athletes.

As with most injuries, the conservative approach of PRICE – “Protection -Rest – Ice – Compression (or support) – Elevation” is the preferred initial treatment.  However, there may be a need to rule out fractures and other potential conditions.  A sports medicine trained physician can complete a thorough evaluation in order to make a proper diagnosis.

In further blog posts we will discuss the evolution of ankle rehabilitation and the advaced techniques Sports Medicine South uses to help get our athletes back to the game and Beyond Better!

If you would like to discuss this further or if you have ankle or foot pain or any other type of orthopedic or sports-related injury, call our office today and ask to speak to one of our sports medicine professionals at 770-237-3475.

Ultrasound at an Orthopedic and Sports Medicine Specialist?

Sunday, January 30th, 2011

Yes, you heard that right! At Sports Medicine South, Dr Gary Levengood and his staff are using ultrasound to assist in making the most accurate diagnoses possible. In the office, ultrasound is utilized in diagnostic imaging of musculoskeletal injuries including joint effusion, tendonitis, ligamentous tears, soft tissue injuries and bony structure defects. Ultrasound is relatively inexpensive and portable, allowing it to be used in various settings. The ability to attain instant information, aids the provider in effectively treating the patient. Injections are even now given under ultrasound to improve visualization of the area to be injected, giving a clear view of the anatomy and allows for maximum placement and results.

For more information on ultrasound and if it would help you get BEYOND BETTER, call our office today at 770-237-3475.

Ankle Sprains, Part III

Wednesday, April 15th, 2009

Prevention of ankle sprains
It is estimated that 30 to 40% of all ankle inversion sprains end in re-injury. To avoid being one of the 30 to 40% it is important not to stop the rehabilitation process but continue with it until full fitness is regained. It is a common complaint that once an athlete goes over on the ankle they become prone to doing the same thing again. If the original sprain is a bad one and joint laxity has resulted, then it may be for certain sports where fast changes of direction are required that strapping of the ankle or wearing a brace is necessary to prevent re-injury.

If the sprain does not result in joint laxity then a recurrence may be avoided by the following:
1. Re-establish proprioception. This involves lots of balancing exercises on one leg which is essential to avoid re-injury. If you start to turn the ankle over then you will find you automatically right it without even thinking about it. If the proprioception is damaged then you lose this ability.
2. You need to strengthen the ankle in order to provide a far more stable joint. Then, if the ankle does start to turn and the proprioceptors work as they should, the ankle muscles should contract quickly to hold the joint stable
3. For a severe sprain (one you can not put weight on), you may need a visit a physician to make sure you don’t have a fracture, ligament tendon damage or another serious ankle injury.

In general, you should avoid putting weight on the joint as long as you have swelling. When possible, you should keep your foot elevated. Within a couple of days, your pain should decrease enough to allow moderate weight bearing without pain. As you are able to tolerate more weight, you can begin a walking and gentle stretching program to increase your flexibility.

Proprioception exercises or balance exercise can help you recover more quickly and should actually be preformed as part of a prevention program. Poor balance is a good predictor of future ankle sprains. After an ankle injury, balance training is essential to recovery. In addition to our eyes and inner ears, there are special receptors in our joints (proprioceptors) that provide information about our position in space.

By balancing on one leg, you can reinforce and strengthen those receptors in the ankle. Balance on the affected leg and hold steady for 15 seconds. Continue to challenge your ankle by balancing with your eyes closed, or with your head turning from side to side. If you play soccer, balance on your sprained ankle and kick a soccer ball against a wall. If you play basketball, balance and shoot or practice bounce passes. Get creative with your exercise to match your sport.

Ankle sprains can be prevented by using appropriate equipment for your sport. However, sport-specific shoes and protective gear are just the start. To avoid ankle sprains, you need to strengthen your ankle joint and develop a highly refined balance system. Don’t forget to keep your first aid kit nearby.
Range of Motion Exercises
Some simple exercises can help maintain ankle motion, and stretch the injured ligaments in the ankle joint.
Achilles stretches
Achilles tendon stretching can easily be started soon after sustaining an ankle sprain. While seated or lying down, take a towel and loop it around your toes. Pull the ends of the towel, pulling your toes upwards, and feel the stretch in the back of the ankle. Perform this 3-4 times a day for several minutes.
Alphabet writing
While seated or lying down, write the alphabet in the air with your toes. Make the letters as big as possible. Get creative by trying all uppercase, then lower case, then cursive, etc…
Strength Exercises
The next step in recovery from ankle sprains is strengthening the muscles that surround the ankle joint. By strengthening these muscles, you can help support the ankle joint and help prevent further injury. Some exercises to perform after an ankle sprain include:
Toe raises
Stand on a stair or ledge with your heel over the edge. Stand up on your tip toes, then in a controlled manner, let the heel rest down. Repeat 10-20 times (each foot), 4 times a day.
Heel and Toe Walking
Walk on your toes for one minute, then on your heels for one minute. Alternate walking on your heel and toes, and work up in time to a total of 10 minutes, repeating 4 times each day.
Activity-Specific Training
Activity specific exercises may include simply walking or jogging, or may be more intense for athletes who participate in basketball, soccer, or other sports. The key, no matter what level (recreational or competitive) athlete you may be, is to progress slowly. Begin at very low intensity, and very low duration of activity, and slowly work up–never suddenly increase either the intensity or duration of your activity.
Here is a sample progression for a soccer player
• Jogging
Begin at 50% intensity. Jog 100 yards, walk 100 yards. Repeat 4 times. Increase intensity and duration over 2-3 weeks
• Figure of Eights
Jog in a figure-of-8 pattern around cones. Begin with the cones near each other. Each day, spread out the cones and increase the speed.
• Box Runs
Make a box of cones. Jog forward the first side, side shuffle to the right, run backwards, then side shuffle to the left. Again, increase the size of the box and the speed of the running each day.

Once these activities can be done at full speed with no pain, patients can resume their sport. More sport specific exercises can be given to you by a coach or trainer if needed.

What if the pain continues?
The most common cause of persistent pain following an ankle sprain is known as incomplete rehabilitation. This means that patients either don’t complete the right type of rehabilitation, or they don’t progress properly (i.e. too fast or too slow). If you feel that your progress is not going along properly, make sure you seek advice such as speaking to your doctor or working with a physical therapist or athletic trainer. Most causes of chronic ankle pain are due to a lack of full rehabilitation and returning to play before all healing has occurred.

Ankle Sprains, Part II

Monday, April 13th, 2009

Phase 2 – Rehabilitation phase
The rehabilitation phase begins when swelling stops increasing and pain lessens. This means the ligaments have reached the point in the healing process where they are not in danger of being re-injured from mild stress.

Improve mobility and flexibility
Seated foot tapping may be beneficial for an ankle that has reduced mobility. Initially plantar flexion (down) / dorsi flexion (up) and then progress to inversion (in) / eversion (out) as pain allows.
For the first 2 to 7 days after injury you can start to move the ankle straight up and down but do not turn it in or out. This will help increase mobility and start to strengthen it up. Do as much as pain will allow. Try 2 sets of 40 reps while the ankle is iced and elevated and increase as you can.
As swelling and pain lessen, you can start to invert and evert the ankle (move the soles of you feet inwards and upwards and outwards and upwards). This will start to put more stress on the damaged structures, so be careful not to do too much.
Stretching the Achilles tendon regularly is important. Have available a specific Achilles stretching board throughout the day (or lean into a desk or counter, keeping heels on the floor) to ensure a few minutes of stretching daily.

Strengthening the ankle joint
Again as the ankle improves you can start to do strengthening exercises where you pull the foot and toes up and hold for 10 sec’s and then push down and hold for 10 sec’s This can also be done for inversion and eversion as pain allows. Try 3 sets of 10 reps twice a day and build on that. Begin using your hand to resist these ankle movements.
Continue to apply cold therapy to the joint regularly – at least 3 times a day for 20 minutes.
If you see no further improvement with ice then start to apply heat in the form of a hot bath / bucket or via a specialist with ultrasound.
Strapping and taping may still be beneficial here.
You should be able to maintain fitness by swimming or cycling if pain allows.

Re-establish co-ordination and proprioception
Proprioception exercises are thought to be important in avoiding recurrent ankle sprains. Early weight bearing is thought to help reduce proprioception loss. Try balancing on one leg with your eyes closed. This will improve proprioception (the neuromuscular control you have over your muscles). This will have been damaged when you injured the ankle. Aim to be able to balance for 1 minute without wobbling.
Return to full fitness / functional training
In order to start the functional rehabilitation phase (activity and sports specific training), it is important the athlete has full range of motion and 80 to 90% of pre-injury strength. When you can comfortably do all of the above then you are ready to start phase 3 and begin your return to activity.
Cardiovascular exercises is important and should begin the first day after injury depending on what pain will allow. It is important that the athlete maintain some kind of CV exercise not just for the physical benefits but for psychological well being as well. Stationary cycling, running in water and swimming are all possibilities depending on severity of injury and what pain will allow.
Running may begin as soon as walking is pain free. It is a good idea to tape the ankle before starting running training particularly during early sessions until confidence, proprioception and strength has returned. A laced ankle brace can also provide support and is less expensive in the long run, particularly if laxity in the ligaments means a support needs to be worn permanently.
Running should begin on a clear flat surface such as a running track. Grass or bumpy surfaces will increase the risk of re-injury. Jog the straights and walk the curves.
Speed should be gradually increased over time to a sprint.
Sports specific drills using cones can be introduced. Changing direction, running in a figure of 8 pattern and zig zagging between cones.

In the final article, Ankle Sprains Part III, we will discuss ways to reduce the liklihood of ankle sprains.

Ankle Sprains, Part II

Monday, April 13th, 2009

Phase 2 – Rehabilitation phase
The rehabilitation phase begins when swelling stops increasing and pain lessens. This means the ligaments have reached the point in the healing process where they are not in danger of being re-injured from mild stress.

Improve mobility and flexibility
Seated foot tapping may be beneficial for an ankle that has reduced mobility. Initially plantar flexion (down) / dorsi flexion (up) and then progress to inversion (in) / eversion (out) as pain allows.
For the first 2 to 7 days after injury you can start to move the ankle straight up and down but do not turn it in or out. This will help increase mobility and start to strengthen it up. Do as much as pain will allow. Try 2 sets of 40 reps while the ankle is iced and elevated and increase as you can.
As swelling and pain lessen, you can start to invert and evert the ankle (move the soles of you feet inwards and upwards and outwards and upwards). This will start to put more stress on the damaged structures, so be careful not to do too much.
Stretching the Achilles tendon regularly is important. Have available a specific Achilles stretching board throughout the day (or lean into a desk or counter, keeping heels on the floor) to ensure a few minutes of stretching daily.

Strengthening the ankle joint
Again as the ankle improves you can start to do strengthening exercises where you pull the foot and toes up and hold for 10 sec’s and then push down and hold for 10 sec’s This can also be done for inversion and eversion as pain allows. Try 3 sets of 10 reps twice a day and build on that. Begin using your hand to resist these ankle movements.
Continue to apply cold therapy to the joint regularly – at least 3 times a day for 20 minutes.
If you see no further improvement with ice then start to apply heat in the form of a hot bath / bucket or via a specialist with ultrasound.
Strapping and taping may still be beneficial here.
You should be able to maintain fitness by swimming or cycling if pain allows.

Re-establish co-ordination and proprioception
Proprioception exercises are thought to be important in avoiding recurrent ankle sprains. Early weight bearing is thought to help reduce proprioception loss. Try balancing on one leg with your eyes closed. This will improve proprioception (the neuromuscular control you have over your muscles). This will have been damaged when you injured the ankle. Aim to be able to balance for 1 minute without wobbling.
Return to full fitness / functional training
In order to start the functional rehabilitation phase (activity and sports specific training), it is important the athlete has full range of motion and 80 to 90% of pre-injury strength. When you can comfortably do all of the above then you are ready to start phase 3 and begin your return to activity.
Cardiovascular exercises is important and should begin the first day after injury depending on what pain will allow. It is important that the athlete maintain some kind of CV exercise not just for the physical benefits but for psychological well being as well. Stationary cycling, running in water and swimming are all possibilities depending on severity of injury and what pain will allow.
Running may begin as soon as walking is pain free. It is a good idea to tape the ankle before starting running training particularly during early sessions until confidence, proprioception and strength has returned. A laced ankle brace can also provide support and is less expensive in the long run, particularly if laxity in the ligaments means a support needs to be worn permanently.
Running should begin on a clear flat surface such as a running track. Grass or bumpy surfaces will increase the risk of re-injury. Jog the straights and walk the curves.
Speed should be gradually increased over time to a sprint.
Sports specific drills using cones can be introduced. Changing direction, running in a figure of 8 pattern and zig zagging between cones.

In the final article, Ankle Sprains Part III, we will discuss ways to reduce the liklihood of ankle sprains.

Ankle Sprains, Part I

Wednesday, April 1st, 2009

Ankle sprains are common sports injuries for stop-and-start running sports, like sprint racing. It is important to remember that a sprain is still a tear in ligament fibers and needs to be taken care of properly. The proper treatment of a sprain can help you quickly recover and prevent future problems.

After an ankle sprain it is important to act quickly. You should immediately use the R.I.C.E treatment method (rest, ice, compression, elevation and exercise)– stop the activity and apply a compression wrap and ice in order to keep swelling to a minimum. Ice should be used for no more than 15 minutes at a time. Leaving ice on any longer can risk frostburn and cause tissue damage. Keep your leg elevated to decrease the blood flow (and swelling) to the foot. Compression is best performed compressing over the areas where the ligament fibers have torn. We want to push these fibers together so that they have a better chance of healing in a tight position. Start by cutting out a horseshoe-shaped pad from 1 x 4- to 3 x 8-inch-thick felt or use foam, etc. Put this pad around the outside of your ankle joint on both sides of your foot, with the open end facing up.

Then wrap an elastic bandage, such as an Ace bandage, in a basket-weave “figure-of-eight” pattern. Leave your heel exposed. Reinforce your wrap with 21 x 2-inch adhesive tape over the elastic bandage.

It’s also helpful to use a nonsteroidal anti-inflammatory (NSAID) medication (such as ibuprofen-Advil, Motrin or naproxen sodium – Alleve) to help control inflammation. Studies have found that patients using NSAIDs after ankle sprains had less pain, decreased swelling, and a more rapid return to activity than those who didn’t take any medication.

The sooner you treat the sprain, the sooner you will recover. Take a hint from the pros: By getting immediate attention, they are back out there in a matter of days. If you do nothing, continue playing and then put some ice on your ankle later that night, you will end up with a sprain that can take weeks or months to heal properly. Most of the damage from a sprain comes from the swelling. Your main goal is to reduce swelling as much as possible, and to do that, every second counts.

If you play sports where an ankle sprain is likely (soccer, track, football, basketball, etc…) you should always have a first aid kit nearby. Such a kit should include: compression wraps, ice packs, splints, bandages, NSAIDs and other basic first aid supplies.