Without internal organelles to do repairs, red blood cells must be replaced frequently. But how do red blood cells die? A study explores the role of Piezo1, a stretch-activated transmembrane cation channel, in red blood cell removal. In PNAS: ow.ly/Xhp350ThCLZ

Data is the data.

Study published in Call for Papers on #Inflammation & CV Disease suggests that red blood cells deserve attention as a key player in systemic inflammation and STEMI. ow.ly/7kFi50UfiE7

Delighted to share my essay is among those receiving the honours of publication in Physiology (APS Journal)! Thanks APS Publications for running this competition, a rewarding challenge to make our complex research more easily understandable 🥳 check out all the great essays 👇 #scicomm

🎊Congratulations to Lennart Kuck, PhD on winning the 🥇place of Physiology 2024 essay contest🎉 The Force Awakens - How Red Blood Cells Sense and Respond to Mechanical Stress 🖱️ ow.ly/zUBT50UErFV

Researchers have genetically altered a mouse to express traits reminiscent of the long-extinct woolly mammoth, including a long, coarsely textured coat, to create the woolly mouse. scim.ag/3QO97Ui News from Science