11 research outputs found
IOANNIS || IEZLERI || SCAPHVSIANI || HELVETII,|| De || Fructu Mortis Dominicae:|| Atque adeò de totius RELIGIONIS CHRISTIA-||NAE statu, à Mundi primordio ad eius finem vsq; in || quinque libros digesta, DISQVISITIO ... || Cum annexo triplici INDICE, Capitum, Locorum || sacrae Scripturae, Rerum et || Verborum.|| ... ||
Beschreibung der hölzernen Brükke über den Rhein in Schafhausen : nebst einem sehr genauen architektonischen Abriss
von Herrn Professor Jezeler..."Auf Begehren, aus den Anno 1776 herausgekommenen Briefen aus der Schweiz nach Hanover, besonders abgedruckt
Klinische Erfahrungen mit der Takata-Ara-Reaktion, Ihre Beziehung zum Bilirubingehalt des Serums und zum Albumin-Globulinquotienten
Studies on ascitic fluid in patients with hepatic cirrhosis, heart failure and cancer: results of cephalin cholesterol flocculation, thymol turbidity, methylene blue, qualitative and quantitative bilirubin and other tests
Use of Saliva Biomarkers to Monitor Efficacy of Vitamin C in Exercise-Induced Oxidative Stress
Saliva is easily obtainable for medical research and requires little effort or training for collection. Because saliva contains a variety of biological compounds, including vitamin C, malondialdehyde, amylase, and proteomes, it has been successfully used as a biospecimen for the reflection of health status. A popular topic of discussion in medical research is the potential association between oxidative stress and negative outcomes. Systemic biomarkers that represent oxidative stress can be found in saliva. It is unclear, however, if saliva is an accurate biospecimen as is blood and/or plasma. Exercise can induce oxidative stress, resulting in a trend of antioxidant supplementation to combat its assumed detriments. Vitamin C is a popular antioxidant supplement in the realm of sports and exercise. One potential avenue for evaluating exercise induced oxidative stress is through assessment of biomarkers like vitamin C and malondialdehyde in saliva. At present, limited research has been done in this area. The current state of research involving exercise-induced oxidative stress, salivary biomarkers, and vitamin C supplementation is reviewed in this article