10.1074/jbc.M511623200 J
Heres an overview of the Calories: 44 Protein: 1.68 grams (g) Fat: 0.18 g Carbs: 9.96 g Fiber: 2 g Folate: 20% of the daily value (DV) Manganese: 14% of the DV Copper: 8% of the DV Potassium: 7% of the DV Magnesium: 6% of the DV Vitamin C: 4% of the DV Vitamin B6: 4% of the DV Iron: 4% of the DV Beets are particularly rich in folate, a vitamin that plays a They also contain a good amount of manganese, which is Plus, theyre high in copper, an important mineral required for Beets have been well studied for their ability to decrease elevated blood pressure levels, which are a major In fact, research shows that beetroot juice could significantly lower levels of both systolic and diastolic blood pressure
Acknowledgements The participants of the GSH-MAP Study Group at Nantes CHU are acknowledged for their help with data monitoring and clinical statistical analysis: Soizic Boinet, Aziz Ouach, Christopher Peltreau, and Paul-Antoine Lagrange
Disclosures: Johanna Schaub: Pliant Therapeutics: Employee, Pliant Therapeutics: Stock - publicly traded company, Richard Ahn: Nothing to Disclose, Fawzy Barry: Nothing to Disclose, Dorothea Kent: Nothing to Disclose, Prerna Kotak: Pliant Therapeutics: Stock - publicly traded company, Pliant Therapeutics: Employee, Scott Turner: Nothing to Disclose, Jennifer Lai: Nestle Nutrition Institute: Grant/Research Support, Novo Nordisk: Consultant, Genfit: Consultant, Boehringer Ingelheim: Advisor, Martin Decaris: Nothing to Disclose 2409 GALLBLADDER NEOPLASIA IS ASSOCIATED WITH A HIGHER RISK OF BILIARY NEOPLASIA IN PATIENTS WITH PRIMARY SCLEROSING CHOLANGITIS Mitchell Clayton 1 John Eaton 1 Ross Dierkhising 1 Andrea Gossard 1 Gregory Gores 1 Konstantinos Lazaridis 2 Nicholas LaRusso 1 , 1 Mayo Clinic Rochester, 2 Mayo Clinic Background: Chronic inflammation in those with primary sclerosing cholangitis (PSC) leads to a multifocal field effect, increasing the possibility of synchronous and metachronous neoplasia in the gallbladder (GBN) and biliary tree (BN)
Following a similar approach, it was demonstrated that a decreased level of SFN results in neuroinflammation and oxidative stress, as indicated by lower concentrations of malondialdehyde, TNF- , and IL-1, respectively (85)
