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Staph aureus anaerobic growth
This post addresses the conundrum that Staph aureus is a different bug biochemically depending on its environment. The Merck Manual gives four sites of Staph aureus infections: the blood, , the skin, the lung, and the bone. What we know about Staph growing in standard culture media under aerobic conditions may not approximate metabolism…
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HTRA1 and aorta stiffening
QuantumTx PEMF technology elicits high temperature requirement A1 protein described in the fat and muscle post. HTRA1 and PEMF looks at come cell culture studies on HTRA1 and other compound secreted by cultured myocytes on cultured breast cancer cells. These studies were published in 2024. This post examines the role of HTRA1 in blood…
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PEMF Staph aureus atopic dermatitis
Staphylococcus aureus is a factor in atopic dermatitis. This post is a continuation of killing faculatative anaerobes with very low frequency PEMF. This post makes the case the PEMF can kill Staph aureus in in vitro systems and gives an introduction to atopic dermatitis. The sister post, Staph aureus metabolism, deep dives into possible…
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PEMF and breast cancer
This study is based on the observation that those that engage in aerobic exercise are less likely to get breast cancer. Those that do, have better outcomes according to the literature review of Iverson 2025. The problem with all of this is that not everyone can exercise. What if application of PEMF to thigh…
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