Rockville, Md. (April 1, 2024)—People with Type 1 diabetes require daily insulin shots to regulate their blood sugar levels. This is because their immune system kills beta cells found in islets in the pancreas. Beta cells release and disburse insulin…
Tag: Function
High-salt Diet Alters Kidney Metabolism, Other Metabolic Functions
Rockville, Md. (February 23, 2024)—A high-salt diet leads to alterations in kidney metabolism, according to researchers from the University Medical Center Hamburg-Eppendorf in Germany. Kidneys are critical metabolic organs that are responsible for filtering, reabsorbing, secreting and metabolizing “vast amounts…
Older Adults with Advanced Hypertension Should Be Careful with Certain Antihypertensive Medicines
Rockville, Md. (February 8, 2024)—Current data published in the journal Function “indicate caution against the use of L-type Ca2+ channel blockers in elderly patients or patients with advanced hypertension and/or onset of cardiovascular remodeling, where levels of STIM and ORAI…
Boosting Omega-3 Production Could Help Cut Chronic Inflammation and Fatty Liver Disease
Rockville, Md. (January 25, 2022)—A new study from researchers at Laval University in Quebec, Canada, shows that genetically increasing omega-3 fatty acid production, without direct gut microbiota contact, improves the balance of insulin and glucagon (glucose balance) in obese mice.…
Female Mice More Susceptible to Salt-induced Hypertension and Kidney Dysfunction
Rockville, Md. (April 27, 2022)—A new study finds male and female mice with a novel mutation in the protein cullin3 that causes deletion of the coding region exon-9 developed salt-induced high blood pressure and renal injury. The effect of salt…
New Data Could Help Pinpoint Fluid Levels Needed During Surgery
Rockville, Md. (August 25, 2021)—The results of a new study indicate the anesthetic gas sevoflurane—which is commonly used during surgery to keep a patient sedated—causes the kidneys to save water and salts as opposed to when the patient is conscious.…
Novel Approach Offers Better Understanding of Age-related Muscle Fibrosis
Rockville, Md. (May 13, 2021)—Researchers from the Oklahoma Medical Research Foundation (OMRF) have found a new way to successfully use a stable isotope of water to learn how fibrosis—scarring or hardening—develops in muscle with age. The new approach revealed a…