Dr Rhian Touyz and her team have identified a previously unrecognized interaction between Ang-(1-7) and Endothelin-1.
@LabTouyz
Read more about the discovery here: https://t.co/DxD7jcFqKy
#research#cardiology
At THE INSTITUTE @rimuhc @RIMUHC1, I am passionate about cardiovascular research and medicine and my quest to unravel molecular mechanisms of hypertension. @LabTouyz@ChalProgram@MuhcRi
This study assesses current global ozone pollution and reveals significant O₃-related health risks, with key focuses on population exposure and all-cause mortality burden, using the high-resolution estimation from a geo-ensemble learning model https://t.co/YvI5NHPBHm
In a few minutes, we will start the #HYPHIP@HyperAHA
chat with the author @yixi_sun . We will discuss how metabolomic approach can help to understand hypertension development. @AHAScience
@rosam_bruno 🔦how the new
@escardio 2024 ESC Guidelines for Mgt of Elevated #BloodPressure & #Hypertension recommendations for when to start drug treatment & new BP treatment targets
♥️ infographics which can be posted on clinic & waiting rooms etc
@johnwmcevoy@labtouyz
🔓 For a limited time until August 21, we are offering free promotional access to read the covering editorial for the newest issue of #CJC! 👇
Aging, through knowledge and wisdom: https://t.co/zBoIp0GIgv 🌐
A8.3. So much more exciting work to be done to learn more about Notch3 and small vessel disease, beyond CADASIL. Thanks so much for the opportunity to highlight our study #HypHIP
A8.2. What is especially exciting is that some of the abnormal Notch3-related pathways we identified may be targets for new therapies, eg. - inhibiting Rho kinase with fasudil (which is used clinically, especially in Japan for subarachnoid hemorrhage) #HypHIP
A8.1. We did not encounter any specific experimental challenges, but recognise we have a lot more work to do. For example, we will study the newNotch3-dependent mechanisms in female mice, especially since PAH is more prevalent in women #HypHIP
A7.2. What is really interesting is that a mutation that causes CADASIL (a small vessel disease of the brain) is also implicated in small vessel injury in PH. #HypHIP
A7. 1. To our knowledge, our data are novel and contribute new molecular mechanisms linking Rho kinase, ER and oxidative stress through Notch3, as processes underlying vascular damage in PH. I don't think our data contradict previous studies. #HypHIP