New Muscle-Wasting SARM Drug Offers Hope for Older Cancer Patients
Drug avoids negative impact on liver function, HDL levels
Chicago, IL — Muscle wasting that occurs as a result of cancer negatively impacts the well-being and recovery prospects of millions of patients, particularly the rapidly-growing elderly population. Selective androgen receptor modulators drugs (SARMs) offer hope for these patients, and a new SARM for transdermal administration is promising excellent efficacy without harming liver function and HDL levels. Results and conclusions were presented yesterday at the joint meeting of the International Society of Endocrinology and the Endocrine Society: ICE/ENDO 2014 in Chicago.
SARMs are able to stimulate the growth of muscle with effects similar to those seen by use of traditional anabolic steroids but without the undesirable side effects of those established muscle-building drugs, in particular, the adverse effects on prostate health that can occur from their use.
There are several SARMs currently in human clinical trials, with successful animal studies having already been conducted with these compounds. However, all of these drug candidates have been developed for oral administration. Because of potential adverse effects on liver function and on depression of HDL levels, the orally-administered drugs suffer limitations to their full therapeutic potential to grow muscle and strengthen bone.
A similar situation for oral delivery exists in the administration of male hormone therapy. Here, the adverse impacts on liver health and HDL levels can be overcome by the use of skin patches or gel that release a drug directly into the body through the skin, i.e., transdermal application. Recognizing the similarity, scientists at the pharmaceutical company Novartis therefore developed a SARM specifically for transdermal administration. In describing their drug candidate, AUSRM-057, Senior Investigator Dr. Hans-Joerg Keller of the Novartis Institutes for BioMedical Research, Basel, Switzerland said, “AUSRM-057 is the first SARM with excellent skin permeation properties which may exploit the full therapeutic potential of SARMs.” Continue>
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Posted in: Pharma | September 10, 2014