Swapnil Sonkusare
@sonkusarelab
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Professor @UVA/ ion channels/ calcium signaling/ microcirculation/vascular disorders
Charlottesville, VA
Joined January 2018
Fenix is an amazing postdoctoral fellow -- smart, driven, and a joy to work with!
Fênix Alexandra de Araujo, PhD, a @sonkusarelab postdoc, studies how mineralocorticoids and ion channels regulate blood pressure. @fenixaaraujo's research may lead to hypertension treatments. Her lab skills are matched by her baking talent!
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Fênix Alexandra de Araujo, PhD, a @sonkusarelab postdoc, studies how mineralocorticoids and ion channels regulate blood pressure. @fenixaaraujo's research may lead to hypertension treatments. Her lab skills are matched by her baking talent!
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Our podcast with @StHilaireLab on our recent paper @CircRes #Discover CircRes #obesity #smooth muscle TNF # blood pressure. Thank you @CircRes @StHilaireLab
https://t.co/EyVcgNmOgn
ahajournals.org
1/5 New @CircRes podcast #DiscoverCircRes
https://t.co/aNnxWEVtds
@StHilaireLab chats with @sonkusarelab and Mani Kuppusamy about their study Paracrine Smooth Muscle-To-Endothelial Signaling via TNF Elevates Blood Pressure in Obesity https://t.co/wq0uVaRW4r
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An Editorial on our recent paper describing local TNF signaling within the vascular wall: https://t.co/RO0FVqHvHw
@UVACVRC
ahajournals.org
Kuppusamy et al identify a local #TNF signaling mechanism within the vascular wall as a potential target for reducing #BP in #obesity. Learn more at https://t.co/fRSjd4k1wi
@sonkusarelab @DivineNwafor2 @avadaneva @NatiRuth_4
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Kuppusamy et al identify a local #TNF signaling mechanism within the vascular wall as a potential target for reducing #BP in #obesity. Learn more at https://t.co/fRSjd4k1wi
@sonkusarelab @DivineNwafor2 @avadaneva @NatiRuth_4
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Thanks to Natalia Rios as well! @ceinbio
El estudio en colaboración con el Prof. Sonkusare (Univ. de Virginia, EEUU), demuestra que la señalización del TNF liberado por el músculo liso hacia el endotelio vascular promueve hipertensión arterial en obesidad, y este proceso involucra la formación de peroxinitrito @CircRes
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El estudio en colaboración con el Prof. Sonkusare (Univ. de Virginia, EEUU), demuestra que la señalización del TNF liberado por el músculo liso hacia el endotelio vascular promueve hipertensión arterial en obesidad, y este proceso involucra la formación de peroxinitrito @CircRes
Congratulations to Maniselvan Kuppusamy and other co-authors, and thankful to Alexei Tumanov, Min Park, @DivineNwafor2 @_graciegarcia @UVAneurosurg, and Rafael Radi for the amazing collaboration!
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Congratulations to Maniselvan Kuppusamy and other co-authors, and thankful to Alexei Tumanov, Min Park, @DivineNwafor2 @_graciegarcia @UVAneurosurg, and Rafael Radi for the amazing collaboration!
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Our study, published online today @CircRes, shows how local TNF signaling from smooth muscle to endothelium elevates blood pressure in obesity! @UVACVRC
https://t.co/DbTyezd6G3
ahajournals.org
BACKGROUND: Loss of endothelial function is a key contributor to obesity-induced hypertension. Obesity can cause chronic, low-grade inflammation, leading to abnormal blood vessel function. The...
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We are currently hiring for two roles @sonkusarelab
@UVACVRC : ***Postdoctoral Fellow*** and ***Research Scientist***. We are looking for highly motivated individuals to explore the role of ion channel networks in vascular health and disease.
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"The goal is to understand cellular signals and mechanisms so they can be targeted for therapy in conditions like high blood pressure, obesity, atherosclerosis, and lung injury." CVRC member @sonkusarelab is featured in this week's @uvahealthnews Research in Motion video!
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