The use of herbal supplements is common among the elderly, a population that takes a disproportionate share of prescription medications compared to that taken by younger populations . Certain herbs are touted as having beneficial effects on memory and cognitive function in people over age sixty-five and some have even been linked to cognitive improvements in school-aged children and young adults as well . However rates of nutritional supplement use among older adults vary from as little as eight percent to as much as fifty-four percent of adults over the age of eighty-five years in the United States and the United Kingdom respectively making supplementation a potentially important factor in one’s approach to maintaining overall health in this demographic group and increasing the rate of certain health conditions such as falls and depression in some studies and others may have neuroprotective effects and prevent (slow) the development of neurodegenerative diseases later in life, and that’s why the elderly need a really good care and senior living homes can supply these needs which you can find in sites like carltonseniorliving.com/community/orangevale/.
In this model we look at how factors such as underlying genetics might interact with conventional medications and/or the use of nutritional supplements to influence the effectiveness of treatments and determine possible cause s for differences in the efficacy of treatment regimens. There are many health problems like high/low blood pressure, high cholesterol, and even constipation. This last health problem always brings up a few questions from patients, a frequent question can be can you poop in depends real fit.
In this work we follow an integrative approach combining a series of tests commonly used for complex multifactorial disorders in the context of a case-control design to isolate whether it is possible that the cause may be a combination of factors or one single causative factor alone using a single data driven non-targeted proteomic/peptidomic strategy as a reference method to see whether potential causes could be elucidated using the power of reverse translational medicine in combination with clinical chemistry and pharmacology methods to understand the underlying pathophysiology behind the variability of treatment outcomes measured using this system and try to identify if one element is causing a deviation from baseline performance at baseline as an ongoing case study for research in the field of CNS aging disease biology and biomarker discovery.
Among the problems uncovered by these studies was a lack of dialog between medical professionals and patients about the use of herbal supplements. In the current study we have used random control with non-invasive techniques to look for similarities between successful treatments and healthy controls to measure concentrations of proteins and peptides in blood plasma to see if there are which biomarkers in the blood may provide a proxy measure of the underlying causes of variable responses to standard therapies being used in chronic neurodegenerative disease and to identify potential candidates for future trials by examining how these could drive future treatment options in this population for the purpose of improving overall quality of life and reducing healthcare costs over the long term by keeping this population healthy rather than focusing on ameliorating signs and symptoms associated with these conditions which may be hard to reverse once pathology has developed at a later stage of progression.
