Category: Blog

Heel spurs are calcium deposits that cause bone protrusions on the heel bone. Heel spurs are usually associated with plantar fasciitis, which occurs when the plantar fasciitis in the foot becomes inflamed. Typically, heel spurs don’t cause any symptoms. However, they can produce chronic or intermittent heel pain. Those who have had the condition often describe the irritation as a stabbing pain.

There are risk factors that may make you more likely to develop heel spurs. People who have abnormal walking gaits, run and jog on hard surfaces, are obese, or wear poorly fitting shoes are more likely to develop heel spurs.

Fortunately, there are precautions you can take to avoid developing heel spurs. One of the best ways to do this is by wearing well-fitting shoes with shock-absorbent soles. Another preventative technique is to choose running shoes if you plan on running, and walking shoes if you plan on walking. Shoes are made for different activities and it is important to research a shoe before you purchase a pair.

The pain associated with heel spurs often decreases the more you walk. However, a recurrence of pain after an extended period of rest or walking is likely to occur with this condition. Those with severe heel spur pain may opt to go the surgical route for treatment.  However, more than 90% of those with the condition get better without surgical treatment. If you have a heel spur and want to know if surgery is right for you, you should go to your podiatrist and he or she will be able to conduct a pre-surgical test or exam to determine if you are an optimal candidate for surgery.

Our bones are important aspects of our body and they are constantly changing. The heavier the workload for a bone, the more likely it is that calcium will be placed in it. When a bone isn’t used often, there won’t be much calcium within it. When stress from repetitive loads prevent the bone from being able to repair itself, cracks will start to form. Stress fractures are defined as cracks in a bone that result from repetitive force, such as overuse.

The most common cause of stress fractures is a sudden increase in intensity and duration of physical activity. For example, if you begin to run long distances without working your way into doing so, you will be more likely to develop a stress fracture.

Common symptoms of stress fractures are pain and swelling near the weight bearing area on the injured bone. When initial x-rays are performed, it is possible that the fracture will not show up. However, once the stress on the area continues, the damage will increase, and the fracture will be severe enough to show up on an x-ray. Certain parts of the foot are more likely to develop stress fractures than others. Areas that typically have these fractures are: the metatarsals, the navicular bone, the calcaneus, tibia, and fibula.

Since women are at an increased risk of developing osteoporosis, they are twice as likely as men to sustain a stress fracture. Additionally, old age causes a decrease in bone mineral density which is why elderly people are also likely to develop these fractures.

It is important for you to be professionally diagnosed by a podiatrist if you suspect you have a stress fracture, because there are other injuries that can easily be mistaken for a fracture.  Sprains, strains, shin splints, plantar fasciitis, and Morton’s neuroma can all easily be mistaken for stress fractures in the foot. Your podiatrist will likely ask you a series of questions to determine what type of pain you are experiencing. These questions will help your doctor identify whether you have a stress fracture.

The best method of treatment for a stress fracture is rest. Additionally, a walking boot, cast, or crutches, will help rest the area that is injured. The typical healing time for stress fractures is 4-12 weeks, however this depends on which bone is involved.

MLS Laser Therapy is a relatively new treatment option that may help to reduce pain and calm inflammation. This type of laser therapy is able to dive deeply into nerves and surrounding tissues. If you have Achilles Tendinitis, MLS Laser Therapy can help by increasing blood flow to the area, accelerating tissue repair, and reviving nerve function. For plantar fasciitis, MLS Laser Therapy can reduce heel pain, trigger immune responses and stimulate repair. If you have either of these conditions, MLS Laser Therapy may be a helpful solution to the pain. Studies show that it may be more effective than medicine and physical therapy in treating pain. It is also minimally invasive and safe. Speak with a podiatrist if you are interested in this treatment option.

MLS Laser Therapy is a successful alternative for treating any pain you may be experiencing related to certain podiatric conditions.  If you are interested in MLS Laser Therapy, consult with Dr.Eji Shobowale from DeNiel Foot & Ankle Center. Our doctor will assess your condition and provide you with quality foot and ankle treatment.

MLS Laser Therapy

Multiwave Locked System (MLS) Laser Therapy is a patented, FDA-cleared technology that helps relieve pain and inflammation from a number of podiatric conditions, including:

• Heel Pain
• Plantar Fasciitis
• Sports Injuries
• Wounds
• Achilles Tendonitis
• Arthritis
• Neuropathy
• Neuromas

MLS Laser Therapy is an ideal alternative to surgery and prescription medication, as it has no negative side effects and encourages accelerated healing. Among its many clinical benefits, MLS Laser Therapy also:

• Reduces swelling due to bruising or inflammation
• Blocks pain
• Reduces formation of scar tissue
• Improves nerve function

If you have any questions, please feel free to contact our office located in Cypress, TX. We offer the newest diagnostic and treatment technologies for all your foot care needs.

Read more about MLS Laser Therapy