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In addition to the implausibility of the underlying mechanism, critics further argue that the treatment lacks a body or research neither establishing the phenomenon nor the clinical claims. [ 3 ] A 1994 review of electronic devices as potential cancer treatments by the American Cancer Society found the methods to questionable, ineffective, and ...
Most microcurrent treatments concentrate on pain and/or speeding healing and recovery. [4] It is commonly used by professional and performance athletes with acute pain and/or muscle tenderness as it is drug-free and non-invasive, thus avoiding testing and recovery issues. It is also used as a cosmetic treatment. [5]
The adverse effects of TTFields include local skin rashes and irritation caused by prolonged electrode use. [13] [7] [6] Compared with other cancer treatment methods, this effect is very minimal and tolerable for the patient. [13] This irritation can be controlled with steroid creams and periodic breaks from treatment. [7]
The best microcurrent devices, when used properly, can give your skin a lifted, firmer appearance. ... While a regular visit to an aesthetician or dermatologist for a treatment might not be in the ...
Microcurrent devices have been in the beauty industry for over a decade, the most known being the CACI device. Modern professional and personal use microcurrent devices combine waves of multiple shape and vary in frequencies used. Since microcurrent treatment uses a low-grade electrical current, there has been health concerns over safety of its ...
This is a list of notable academic journals about nursing.. AACN Advanced Critical Care; AACN Nursing Scan in Critical Care; Advances in Neonatal Care; American Journal of Critical Care
The first issue of Clinical Cancer Research was published in January 1995. [2] By 1 December 1994, 128 manuscripts had been submitted for publication by investigators representing a variety of clinical and laboratory disciplines not only from the United States but also from the international research community. In 1998, the number of ...
In the 1960s Becker's research also showed that living bone can piezoelectrically generate electric potentials, [4] which led to work on using electricity in the treatment of ununited fractures. [5] Ultimately, however, the use of electrotherapy for increasing bone healing has not been shown to be effective.