There has been an increasing interest in plasmalogens as a potential therapeutic agent for age-related cognitive decline and neurodegenerative conditions, given the growing understanding of their involvement in key cellular functions as well as the clinical trends observed when plasmalogen levels are depleted. In addition to supporting the structural integrity of membranes, these plasmalogens are also involved in a variety of critically important cell functions: membrane fusion, ion transport, vesicle formation, and oxidation-reduction. Plasmalogen and serum plasmalogen deficiency has been shown to impair cellular functions, particularly related to cholesterol processing, and has been implicated in Alzheimer's and other diseases. Plasmalogen precursor supplementation has been demonstrated as safe and potentially efficacious in preclinical studies and some patient populations. In theory, ProdromeNeuro supplementation may yield therapeutic benefits among patients with age-related cognitive decline by increasing levels of neuroprotective plasmalogens.~The present study is being undertaken as an open-label study to evaluate the safety and tolerability of ProdromeNeuro Omega-3 Oil as an intervention for patients with age-related cognitive decline. Baseline and outcome measures in this study utilize validated tests that are appropriate for repeated measures. Neurocognitive assessment and serology testing kits to evaluate for plasmalogen levels will also be administered at baseline, end of the first month, end of the second month, end of the 3 month, and after one month post treatment termination.
Aging-related cognitive decline may be affected by brain cholesterol and the health of cell membranes. Certain nutritional supplements have been proposed to support membrane health, and there is increasing interest in plasmalogens and Omega-3 derived oil supplements to support brain health among older adults. The product being investigated in this study is the ProdromeNeuro Omega 3 oil nutritional supplement. This product contains naturally occurring fatty acids in higher concentrations than similar products that are commercially available. The purpose of this research study is to better understand the effects of ProdromeNeuro Omega-3 nutritional supplementation among subjects with age-related cognitive decline.