4/4🚀Finally, this editorial shares the consortium’s first scientific outputs, lessons learned and our near future, including a major expansion into clinical studies: ClinPASS. ProPASS is poised to shape future guidelines, prevention strategies and precision approaches @BJSM_BMJ

3/4 🔬The consortium is also leading innovation: Building the foundations for the next generation of wearable research through open source processing tools, federated analysis infrastructure, data linkage, advanced statistical methods and international scientific partnerships.

2/4⌚The international community now recognises that wearables can capture physical behaviour with far greater detail and precision. ProPASS is spearheading this transition towards wearable-based evidence, bringing together 41 cohorts, n=276,940 participants from 5 continents🌍

⌚!Out now!🌍 We discuss the past, present and future of the Prospective Physical Activity, Sitting and Sleep consortium (ProPASS) in our new extended Editorial in the British Journal of Sports Medicine @BJSM_BMJ. bjsm.bmj.com/content/early/2…

🚨New role⌚🚨 .. Read more👇 This unique position is optimal for an experienced candidate or ECR who: 🔹 Epidemiologist interested in 24-hour movement behaviours and/or sleep research. 🔹 Has experience with *IT system integration* 🗄️ Apply: ucl.ac.uk/work-at-ucl/search…

See the latest report from the WHO meetings on integrating wearables into global physical activity surveillance, available to read online now: iris.who.int/items/ce691f2c-…

[2/2] What counts as VILPA? We accumulate it in short bursts throughout the day: Stair climbing, fast walking, uphill bursts. These short bursts appear to add-up across the day to reduce the risk of many conditions, including T2-Diabetes @DrJohnChong diabetesjournals.org/care/ar…

New evidence on short-bursts of activity and lower type 2 diabetes risk among non-exercises: A clear dose–response. Even ~4 min/day of vigorous intermittent lifestyle activity (VILPA) is linked to ~36% lower type 2 diabetes risk [1/2] diabetesjournals.org/care/ar…

Do we need condition-specific PA guidelines? 🤔 Initial evidence differs depending on how PA is measured: → Self-report suggests higher minimum doses. → Devices reveal the benefits of even very low levels + dose-response📉 Read more: sciencedirect.com/science/ar… @BorjadelPozoCr1

A helpful breakdown of the recent findings on the collective power of small changes to Sleep, Physical activity and Nutrition (SPAN) for heart health, @escardio escardio.org/news/press/pres…

PhD opportunity 📢 : Use wearable tech to generate novel evidence on the health benefits of physical activity in low- and middle-income countries. Help close global evidence gaps to help shape more equitable public health insights. uea.ac.uk/course/phd-doctora…

💡A New @NaturePortfolio commentary asks why physical activity hasn’t achieved the political priority of tobacco or alcohol control? What are the future hurdles facing the field? And, how can increasing global physical activity aid climate action efforts: nature.com/collections/aaghe…

Listen in 🎧🔊 to eClinicalMedicine in conversation with @M_Stamatakis on recent research. Together they discuss how even small, more manageable changes to sleep, PA & Nutrition stack up to support health and longevity. 💬🎙️ buzzsprout.com/1845316/episo…

Are you a 'morning mover', accumulating your steps on your commute? Or do you leave it until the afternoon or evening? Interesting findings from The Maastricht Study reveal timing might make a difference for T2 Diabetes Mellitus: dom-pubs.pericles-prod.liter…

Some recent PA papers broken down in @Nature . Using wearable-device data, they show how even small amounts of everyday movement are associated with meaningful health benefits- with the biggest gains at the low end - going from nothing to something). Read:nature.com/articles/d41586-0…