The market potential for Actipatch is approximatel
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Posted On: 03/10/2019 5:20:41 PM
The market potential for Actipatch is approximately 10 Billion Dollars worldwide.
The Company's wafer thin patches contain an embedded microchip and battery that deliver pulsed electromagnetic energy, a clinically proven and widely accepted anti-inflammatory and pain relief therapy that heretofore has only been possible to obtain from large, facility-based equipment. BioElectronics markets and sells its current products under the brand names ActiPatch™ and RecoveryRx™.
The dermal patch delivery system creates a multitude of new product opportunities for chronic and acute inflammatory conditions. The market potential is estimated at $10 billion or 400 million incidents worldwide. The distinctive value proposition of ActiPatch is the delivery of drug-free therapy that reduces pain and inflammation and accelerates healing by 30% to 50% when compared with the present standard methods of patient care. The current major applications are:
Medical Surgeries
Chronic Wounds
Oral Surgeries
Sprains and Strains
Lower Back Pain
Chronic Repetitive Stress Injuries, Heel Pain, Carpal Tunnel, Bursitis, etc.
How it Works:
The body's natural response to soft tissue trauma is a localized inflammatory reaction. The damaged cells separate to prevent the transmission of infection. The cells leak fluid and cellular components break down while the cellular debris causes inflammation, swelling and pain.
This inflammatory response, which has a physiologic protective action, in fact creates an environment in which the healing process is actually prolonged or stalled in chronic wounds.
ActiPatch Therapy uses proven medical technology to truncate the body's inflammatory response (i.e. breaks the cycle of chronic inflammation). It does this by delivering pulsed electromagnetic energy directly to the affected area and driving out the edematous fluid along with byproducts of the damaged tissue. This provides a well demonstrated and significant overall improvement in the restorative and recovery process following injury. As a result the pain associated with soft tissue injury is often substantially reduced.
The Company's wafer thin patches contain an embedded microchip and battery that deliver pulsed electromagnetic energy, a clinically proven and widely accepted anti-inflammatory and pain relief therapy that heretofore has only been possible to obtain from large, facility-based equipment. BioElectronics markets and sells its current products under the brand names ActiPatch™ and RecoveryRx™.
The dermal patch delivery system creates a multitude of new product opportunities for chronic and acute inflammatory conditions. The market potential is estimated at $10 billion or 400 million incidents worldwide. The distinctive value proposition of ActiPatch is the delivery of drug-free therapy that reduces pain and inflammation and accelerates healing by 30% to 50% when compared with the present standard methods of patient care. The current major applications are:
Medical Surgeries
Chronic Wounds
Oral Surgeries
Sprains and Strains
Lower Back Pain
Chronic Repetitive Stress Injuries, Heel Pain, Carpal Tunnel, Bursitis, etc.
How it Works:
The body's natural response to soft tissue trauma is a localized inflammatory reaction. The damaged cells separate to prevent the transmission of infection. The cells leak fluid and cellular components break down while the cellular debris causes inflammation, swelling and pain.
This inflammatory response, which has a physiologic protective action, in fact creates an environment in which the healing process is actually prolonged or stalled in chronic wounds.
ActiPatch Therapy uses proven medical technology to truncate the body's inflammatory response (i.e. breaks the cycle of chronic inflammation). It does this by delivering pulsed electromagnetic energy directly to the affected area and driving out the edematous fluid along with byproducts of the damaged tissue. This provides a well demonstrated and significant overall improvement in the restorative and recovery process following injury. As a result the pain associated with soft tissue injury is often substantially reduced.
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