Search results for #Arteriogenesis
#Nanoceria-coated #GrapheneOxide microsheet as multicellular (HUVEC+MSC) delivery system to treat 🐭#LimbIschemia ⏬early (72 h) ROS ⏫early HIF1α (in what cell types?) ⏫#Angiogenesis+#Arteriogenesis in ischemic adductor muscle @Biomaterials_ 2023 sciencedirect.com/science/articl…
my tech, NovaHeart, stimulates venous #endothelial cells which creates #angiogenesis & #arteriogenesis in a safe, non-invasive process
my tech, NovaHeart, stimulates venous #endothelial cells which creates #angiogenesis & #arteriogenesis in a safe, non-invasive process
Intramuscula delivery of FGF2+PDGFBB using a syndecan-4 proteoliposome-alginate hydrogel ⏫#Arteriogenesis+#Angiogenesis in Diabetic (Alloxan) hyperlipidemic rabbit #LimbIschemia Up to 25 µg/cm3 FGF2 delivered over 7 d (modeling) @Baker_Lab @ActaBio 2023 sciencedirect.com/science/articl…
#Treg #PeripheralArteryDisease GPR174 KO⏫EGR1-mediated transcription of #Amphireglin in FoxP3+ #Treg-> anti-infammatory, pro-angiogenic Mɸ polarization, #Angigoenesis & #Arteriogenesis in🐭#LimbIschemia Dr. Zhenju Song & Aijun Sun lab @NatureComms 2022 nature.com/articles/s4146…
❤️ Blood Vessels - Great talk on #arteriogenesis this morning by Prof. Elisabeth Deindl #BVSLeiden @VascularBiol @drjanicetsui @paulquax
This is Daniela Ramalho! Daniela is a PhD student and she is focused on studying the control of cell motility in pre-arterial tip cells in the context of arteriogenesis. She's our flow queen 👸😎🧫 #VascularBiology #Arteriogenesis
Adult-onset #EndothelialCell MEKK3 KO->exuberant TGFβ/TGFβR1 signaling + #EndMT Artery lumen downsizing🤠 ⏫#CardiacHypertrophy ⏫Pulmonay+Systemic Hypertension ⏫#Atheroslerosis ⏬Ischemic #Arteriogenesis Dr. Michael Simons labs PNAS 2021 @Mike_Simons1 pnas.org/doi/full/10.10…
Proudly presenting "Arteriogenesis and Collateral Remodelling in Ischaemic Disease" #Arteriogenesis Open access article collection hosted by Junxi Wu, Susan Currie and Dongxing Zhu 🫀 Explore the collection here 👉 fro.ntiers.in/LT7U
Findings by researchers at @PKU1898 and @MSE_UJN provide unprecedented details of endothelial heterogeneity and lineage relationships at early #angiogenesis stages in mammals. Read. 👉 nature.com/articles/s4142… #LifeSciences #CellBiology #VascularEndothelialCells #arteriogenesis
How else can #vasculogensis #angiogenesis #arteriogenesis be supported in #moyamoya disease? Check out this article looking at the #proteomic contributors to Moyamoya disease in @TheJNS #cerebrovascular #revascularization ow.ly/EIZD50Gcrgn
#OriginalResearch: Venous #endothelial cells are distinct from arterial endothelium and play a key role in #angiogenesis and #arteriogenesis ow.ly/1aci50G2i5H #AHAJournals
@PLOSONE MPC-1011, a #NitricOxide donor causing no nitrate tolerance/cross-tolerance, enhances #angiogenesis, #arteriogenesis & reperfusion of rat ischemic hindlimb, outperforming #cilostazol (PDE3 inhibitor) @cardiotfl & Dr. Branko Simic groups @ATHjournal 2020 atherosclerosis-journal.com/article/S0021-…
@CircRes #PeriperhalVascularDisease Compendium Alert! New Directions in Therapeutic #Angiogenesis and #Arteriogenesis in #PAD ow.ly/QsT230rKKXx Authored by Drs. BH Annex and JP Cooke
Longitudinal (up to 21 day), Multi-parametric imaging of microvascular #Arteriogenesis in ischemic🐭ear Arterioles with lower baseline resistance undergo greater collaterogenesis -⏫φ, tortuosity, flow Dr. Song Hu lab Microcirculation 2019 @The_MCSociety onlinelibrary.wiley.com/doi/abs/10.111…
Current Status of Angiogenic Cell Therapy and Related Strategies Applied in Critical Limb Ischemia 👇👀 ow.ly/rjWf50DSmWQ #CriticalLimbIschemia #neovascularization #Angiogenesis #Arteriogenesis #CellTherapy #Secretomes
MPC-1011, a #NitricOxide donor causing no nitrate tolerance/cross-tolerance, enhances #angiogenesis, #arteriogenesis & reperfusion of rat ischemic hindlimb, outperforming #cilostazol (PDE3 inhibitor) @cardiotfl & Dr. Branko Simic groups @ATHjournal 2020 atherosclerosis-journal.com/article/S0021-…
Effect and Molecular Mechanisms of Collateral Vessel Growth Mediated by Activation of Transient Receptor Potential Vanilloid Type 1 ✍ Shuang Zhao 📄 ow.ly/MDAc50BAXue #Arteriogenesis #Cardiology
