Look forward to @KN_Timm@UniofOxford talk about using hyperpolarized MRI to detect anthracycline toxicity/changes in❤️metabolism in real🕑 in 🐁 models; hyperpolarized MRI is being assessed in the clinical setting to evaluate tumor metabolism in prostate & pancreatic cancer
Proudly presenting "Acid-Base Disorders in the Cardiovascular System"
Open access collection led by Pawel Swietach, Ebbe Boedtkjer, Veronica Celeste De Giusti and Kerstin Timm #Cardiovascular 🫀
Read the top article here 👇 https://t.co/wKfxiNQ9FA
We are delighted to announce the Round 6 Springboard awardees. Many congratulations to you all. We look forward to working with you. #AMSspringboard
https://t.co/Hbs4ifD582
Pleased to share our publication on the medium-term effects of COVID-19 in hospitalized survivors - C-MORE study | multiorgan imaging, CPET, cognitive assessment, mental health
https://t.co/dpSrFo1WHj
@OxfordBRC, @fmrib_steve,@DrAJLewandowski,@RDMOxford, @OxfordCCRF
Published online! We used a hybrid approach of magnetic resonance imaging, Phosphorus magnetic resonance spectroscopy and dynamic nuclear polarisation to understand the myocardial contractility changes in vivo following nicotinic acid or acipimox
https://t.co/Tr7o1ozsRq
(1/7) The #SARSCoV2 viral load data from Germany has been reanalysed, and continues to suggest no meaningful difference between the viral load of children and adults. There's a lot to discuss in this paper. Read on... #COVID19 https://t.co/seB5B8AVGL
Congratulations to Andrew Lewis, Kerstin Timm, Michael Preedy and @franz_mazz for being selected as finalists for the 2019 Bernard & Joan Marshall Early Career Investigator Award. The overall winner will be announced at our conference dinner this evening.
As we get closer to the first issue of #JACCCardioOnc, we will be looking at some landmark cases that helped shape the field of #CardioOncology. Join us every Wednesday leading up to the launch of the journal to learn how far we’ve come in #CardioOnc.
It'll be one of the largest single grants for medical research in the world, and applicants must be prepared to take a “high-risk, high-reward” approach https://t.co/ojMRtJTbyU
NMRB: Assessing the optimal preparation strategy to minimize the variability of cardiac pyruvate dehydrogenase flux measurements with hyperpolarized MRS. https://t.co/7NwXdkPNej