Heal heel stress fracture in 2 weeks Using Natural Solutions
Testimonial by Dr. James Guetzkow
If you have a heel stress fracture and are looking for therapies to heal it quickly, here you can discover a Natural Remedy that can significantly shorten the healing time for bone fractures. The following article has shown that you can successfully heal the fracture in two weeks using natural solutions.
I have found that Wei Laboratories has very unique natural products. FASTT Patch can shorten the healing time of bone fractures to as little as 2 weeks by increasing blood flow and lymphatic circulation. The fast healing time greatly reduces the patient’s suffering, especially in the rib fracture cases. FASTT Patch also quickly heals stress fractures which are very common among athletes due to overuse and elderly due to osteoporosis. Using FASTT Patch, non-union fractures can completely be healed within 3 weeks. If you have further questions, I recommend you call Wei Laboratories at 1-888-919-1188, e-mail:
[email protected]. Click www.weilab.com or further information.
Bone/Stress fracture Treatment Using Natural Solutions
Bone fractures occur when bone cannot withstand a high force or stress. Typical bone fractures include greenstick fracture, spiral fracture, comminuted fracture, transverse fracture, compound fracture and vertebral compression fracture. It can be diagnosed by X-ray. Symptoms includes pain, swelling and obvious deformity. With necessary orthopedic treatment, the fracture can be healed in 1 to 3 months depending on age and severity. Healing of certain types of fracture, such as rib fracture, is a very painful process. Some fracture such as wrist fracture, patients will experience pain with forceful gripping for up to 1 year. The person may also notice increased pain and stiffness when the weather is damp, cold or stormy.
The FASTT Patch can reduce the healing time of all types of fracture between 8 and 17 days, including rib fracture, collar bone fracture, femur bone fracture, hip fracture, wrist fracture, and finger or tow fracture. The FASTT Patch accelerates healing of the fractured bone by increasing the blood flow, the lymphatic circulation to the injured area and the biological activities necessary for bone healing. For fractures that have just recently occurred (within 2 weeks), and if the patient is young, a complete healing can be achieved in 8 days with only 3 FASTT Patches. For elderly patients, up to 6 FASTT Patches, a 17 days treatment is required.
With the prompt treatment of FASTT Patch right after the injury, not only the fracture can be healed quickly, but also there is no need for rehabilitation to regain the full strength and functionality of the injured area. The person will not feel pain or stiff when the weather is damp, cold or stormy.
Stress Fractures
A stress fracture is a common sports injury caused by "unusual or repeated stress”. It is an incomplete fracture formed as a crack typically in weight-bearing bones, such as the tibia (bone of the lower leg) and metatarsals (bones of the foot). X-rays usually do not show any evidence of stress fractures, so a CT scan, MRI, or 3-phase bone scan may be more effective. Healing will be delayed or prevented by continuing to put weight on that weight-bearing bone. With the treatment of 3 to 6 FASTT Patch, however, the stress fracture can be healed completely in 7 to 18 days, even though the athlete is continuing the daily activity.
Non-Union Fractures
When the fracture did not heal properly after 1 to 3 months period, it can become a non-union fracture. With 6 or more FASTT Patches treatment, a complete healing can be achieved. If there is a gap between the bone ends, additional treatment may be required to bring the two broken ends into close contact so as to allow the bone to grow together properly.
FASTT Patch Healed a Non-union Tibia Stress Fracture in 4 Days
James Guetzkow, MD FP, Los Gatos, California, December 2001
The patient presented to my office on November 20, 2001 for a prolonged right shin stress fracture. He is a triathlete and originally noticed the onset of pain in the shin in August of 2001, which was diagnosed by his physician as a stress fracture. The patient was treated with a cast from the last week of September, for four weeks. After the cast was removed, a bone scan was done which showed an area of hot spots on the technetium scan, which coincided with his perception of the site of pain in the lower shin. At this point, the pain in the upper shin, which had been present before the application of the cast, has disappeared. One month later, the patient was still experiencing pain in the lower shin with the perception of irregular swelling along the shin bone in that area. There was no externally visible skin sign other than that. The patient had not been able to exercise on his doctor's orders through the end of the year.
The FASTT patch was applied to the lower shin over the area of symptomatic pain and discontinued the following day. The second patch was applied on the third day and left to stand for three more days until it was taken off on Thanksgiving, November 22, 2001. At this point, the patient had no more pain. This had been a pain that had been persistent for three months. The FASTT patch left an area of free rash but was surrounded by erythema, which developed over the 24 hours after the FASTT patch was discontinued on Thanksgiving.
On examination in my office today, there is no tenderness or swelling in the area of prior injury and the patient declares there is no pain. An erythematous rash consistent with an allergic topical dermatitis was present surrounding the area that had received the direct herbal medication. The area of direct application however did not have a rash; therefore, it is presumed that he had contact dermatitis through the material of canvas, which contained the herbal medicine and extended out beyond it. The patient's impression was very positive; he felt that it had definitely helped him, and he would be motivated to treat future injuries with the FASTT patch. This appeared to be a success.
