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boron glutathione Membrane-translocated SO₂/₃-PRDX3 disrupts cystine uptake and GPX4 activity: A pivotal mechanism of boron-induced renal ferroptosis in broiler vitamin D May the Power of Boron

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[DOI] [PMC free article] [PubMed] [Google Scholar] 155.Papp D, Kovcs T, Billes V, Varga M, Tarnci A, Hackler L, Jr., et al

boron glutathione Membrane-translocated SO/-PRDX3 disrupts cystine uptake and GPX4 activity: A pivotal mechanism of boron-induced renal ferroptosis in broiler vitamin D May the Power of Boron

Those in the intervention group who were given 400 IU (10 mcg) vitamin D daily along with 500 mg calcium carbonate twice daily for one year had a 24% lower annual risk of BPPV recurrence

boron glutathione Membrane-translocated SO/-PRDX3 disrupts cystine uptake and GPX4 activity: A pivotal mechanism of boron-induced renal ferroptosis in broiler vitamin D May the Power of Boron

Zhng, E

boron glutathione Membrane-translocated SO/-PRDX3 disrupts cystine uptake and GPX4 activity: A pivotal mechanism of boron-induced renal ferroptosis in broiler vitamin D May the Power of Boron

doi: 10.1186/1743-7075-2-22 94 Hemil H

boron glutathione Membrane-translocated SO/-PRDX3 disrupts cystine uptake and GPX4 activity: A pivotal mechanism of boron-induced renal ferroptosis in broiler vitamin D May the Power of Boron

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boron glutathione Membrane-translocated SO/-PRDX3 disrupts cystine uptake and GPX4 activity: A pivotal mechanism of boron-induced renal ferroptosis in broiler vitamin D May the Power of Boron

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