Rosetta FlexPepDock to predict peptide-MHC binding: An approach for non-canonical amino acids von Bloodworth, Nathaniel, Barbaro, Natália Ruggeri, Moretti, Rocco, Harrison, David G, Meiler, Jens

Volltext

Increased arterial stiffness in resistant hypertension is associated with inflammatory biomarkers von Barbaro, Natália Ruggeri, Fontana, Vanessa, Modolo, Rodrigo, De Faria, Ana Paula, Sabbatini, Andrea Rodrigues, Fonseca, Francisco Helfenstein, Anhê, Gabriel F., Moreno, Heitor

Volltext

Placental circulating T cells: a novel, allogeneic CAR-T cell platform with preserved T-cell stemness, more favorable cytokine profile, and durable efficacy compared to adult PBMC-... von Ruggeri Barbaro, Natalia, Drashansky, Theodore, Tess, Kristina, Djedaini, Mansour, Hariri, Robert, He, Shuyang, van der Touw, William, Karasiewicz, Kathy

Volltext

Vascular Damage in Resistant Hypertension: TNF-Alpha Inhibition Effects on Endothelial Cells von Barbaro, Natália Ruggeri, de Araújo, Thiago Matos, Tanus-Santos, José Eduardo, Anhê, Gabriel Forato, Fontana, Vanessa, Moreno, Heitor

Volltext

Plasma 8-isoprostane levels are associated with endothelial dysfunction in resistant hypertension von de Faria, Ana Paula Cabral, Fontana, Vanessa, Modolo, Rodrigo, Barbaro, Natália Ruggeri, Sabbatini, Andréa Rodrigues, Pansani, Isabella Fagian, Ferreira-Melo, Silvia E., Moreno, Heitor

Volltext

Rosetta FlexPepDock to predict peptide-MHC binding: An approach for non-canonical amino acids von Nathaniel Bloodworth, Natália Ruggeri Barbaro, Rocco Moretti, David G Harrison, Jens Meiler

Volltext

Sodium activates human monocytes via the NADPH oxidase and isolevuglandin formation von Ruggeri Barbaro, Natalia, Van Beusecum, Justin, Xiao, Liang, do Carmo, Luciana, Pitzer, Ashley, Loperena, Roxana, Foss, Jason D, Elijovich, Fernando, Laffer, Cheryl L, Montaniel, Kim R, Galindo, Cristi L, Chen, Wei, Ao, Mingfang, Mernaugh, Raymond L, Alsouqi, Aseel, Ikizler, Talat A, Fogo, Agnes B, Moreno, Heitor, Zhao, Shilin, Davies, Sean S, Harrison, David G, Kirabo, Annet

Volltext

The white-coat effect is an independent predictor of myocardial ischemia in resistant hypertension von Modolo, Rodrigo, Ruggeri Barbaro, Natália, de Faria, Ana Paula, Rodrigues Sabbatini, Andréa, Paganelli, Maria Ondina, Fontana, Vanessa, Moreno, Heitor

Volltext

Angiotensinogen Variants among Resistant Hypertensive Patients von Barbaro, Natalia Ruggeri, Fontana, Vanessa, Moreno, Heitor

Volltext

Conditioning Impacts on Regulatory T-Cells (Tregs) in the Microenvironment of AML: Observations from the Phase 1 Cynk-001-AML-001 Trial von Wang, Eunice S, Liu, Hongtao, Egan, Daniel N., Kilcoyne, Adrian, Stout, Bhavani, Ruggeri Barbaro, Natalia, Daly, Cherie, Kilcoyne, Siyara, Hariri, Robert, McCloskey, James

Volltext

Abstract 019: T Cell Recognition Of Isolevuglandin-adducted Proteins In Hypertension Is Mhc Class 1-restricted von Bloodworth, Nathaniel C, Chen, Wei, Ruggeri Barbaro, Natalia R, Ao, Mingfang, Palubinsky, Amy M, O'Niel, Richard T, Phillips, Elizabeth J, Moretti, Rocco, Davies, Sean S, Mallal, Simon A, Meiler, Jens, Harrison, David G

Volltext

Abstract 132: Monocytes Activation by Salt is Associated With Cardiovascular Risk Factors von Ruggeri Barbaro, Natalia, Foss, Jason D, Loperena, Roxana, Elijovich, Fernando, Laffer, Cheryl L, Chen, Wei, Galindo, Cristi L, Montaniel, Kim R, Guo, Yan, Harrison, David G, Kirabo, Annet

Volltext

Abstract 088: The Immune Mechanisms of Salt-Sensitivity von Ruggeri Barbaro, Natalia, Van Beusecum, Justin, Loperena, Roxana, Alsouqi, Aseel, Ao, Mingfang, Elijovich, Fernando, Laffer, Cheryl L, Ikizler, Alp, McDonough, Alicia A, Moreno, Heitor, Harrison, David G, Kirabo, Annet

Volltext

High Salt Promotes Human Monocytes Activation In Vitro and In Vivo von Barbaro, Natalia Ruggeri, Foss, Jason D., Alsouqi, Aseel, Loperena, Roxana, Van Beusecum, Justin, Ao, Mingfang, Elijovich, Fernando, Laffer, Cheryl L., Chen, Wei, Ikizler, Alp, Harrison, David G., Kirabo, Annet

Volltext

Vascular Damage in Resistant Hypertension: TNF-Alpha InhibitionEffects on Endothelial Cells von Fontana, Vanessa, Anhe, Gabriel F., Tanus-Santos, José Eduardo, de Araújo, Thiago Matos, Barbaro, Natalia Ruggeri, Moreno, Heitor

Volltext