Think of your most difficult patient – the one you try to motivate and work so hard with to develop a realistic treatment plan with achievable and measurable goals. Week after week, you see this patient struggle, sinking deeper into hopelessness as their health and quality of life continue to worsen. What if there was something else you could do that could change their outlook and their life? The solution is as simple as an automated program.
| Digital ExclusiveTreating COVID-19: Can Acupuncture Help Prevent the "Cytokine Storm"?
If you didn't have any prior knowledge of what a "cytokine storm" is, you probably do now, as it's been widely proposed as a potential reason why some COVID-19 patients suffer severe and even fatal complications. New research suggests acupuncture has the potential to play a critical role in influencing the inflammatory process that can lead to it.
Researchers at Harvard Medical School have discovered that acupuncture activates signaling pathways that influence the inflammatory response. Using a mouse model, they found that mice with bacterially induced systemic inflammation who received electroacupuncture showed increases in either anti-inflammatory or pro-inflammatory markers, depending on the location, intensity and timing of treatment delivery.
"The revelation of somatotopic organization and intensity dependency in driving distinct autonomic pathways could form a road map for optimizing stimulation parameters to improve both efficacy and safety in using acupuncture as a therapeutic modality," stated the researchers, writing in the journal Neuron.
A Harvard news release provides a layman's explanation, particularly in terms of the study's potential relevance to the "cytokine storm":
"In the study, acupuncture stimulation influenced how animals coped with cytokine storm – the rapid release of large amounts of cytokines, inflammation-fueling molecules. The phenomenon has gained mainstream attention as a complication of severe COVID-19, but this aberrant immune reaction can occur in the setting of any infection and has been long known to physicians as a hallmark of sepsis, an organ-damaging, often-fatal inflammatory response to infection."
To read the full text of this study, which of course requires further investigation in humans, click here.