![]() New: Support for HWiNFO, TThrottle is now able to read all CPU and GPU temperature sensors.Fixed: When HWiNFO hasn’t updated the data within 4 seconds reinitialize HWiNFO.Fixed: A crash in TThrottle when trying to set TThrottle values in BoincTasks.Fixed: Force GPU as detected, if an external GPU is set in the external tab.New: Support for Open Hardware Monitor (external tab).You can download a previous version by copying this link: This is an incredibly fancy piece of medical tech – a DNA imager that uses a Raspberry Pi.32 and 64 Bits Tested on Vista, W7, 8, 10) This version, powered by a Pi, is much cheaper. Website: GitHub repo Open-source syringe pumpĪ usually expensive piece of equipment that allows for timed, precise doses of drugs or chemicals from a syringe – whether for a patient with an IV, or a scientist running a long-term experiment. Daniel here has made data analysis very flexible with the code. This project pairs the Pi with Bluetooth heartbeat sensors that are popular with gym equipment, enabling you to get more useful stats from a workout than your usual treadmill display. Website: Raspberry Pi Projects Heartbeat monitor The idea is that it’s very cheap and can be used in poor countries where the incidence of gastric adenocarcinoma is high. However, like this screening device, it can still save lives. Website: DIYPS Gastric cancer screening device The Pi itself controls the insulin pump using the data from the CGM. ![]() Website: Knight Errant of Science Artificial Pi PancreasĪ DIY solution to a normal continuous glucose monitor (CGM) that helped Dana Lewis perfectly control her insulin injections thanks to a bit of machine learning. The key trick to getting this to work was hardware-accelerated calculations, as it wouldn’t be as well optimised in software. It’s aimed towards businesses, but it’s also very useful at home if you’re living in the big city and have concerns over air pollution.Ī very early but excellent Pi project, where a research scientist turned his Pi into an MRI analysis computer. When an issue is detected, a carer is notified, and a quick doctor’s visit and medicine will mean the patient avoids a trip to the hospital.Īir quality is a big deal in Hong Kong, and this Pi-compatible device lets you know just how clean your air is. Preventative care can save the NHS a lot of money, and the Heartfelt monitor is able to detect the symptoms of an oncoming cardiovascular event from the feet of at-risk patients. Website: Build guide on Hackster Heartfelt With it, you can create a full ECG which can measure heart rate, SpO2, respiration, temperature, and blood pressure. This project uses the HealthyPi, a HAT for the Raspberry Pi that is specifically for medical applications. Lending spare CPU cycles to help cure diseases? Not as crazy as you might think: BOINC has been around for ages, and uses your idle CPU to help fold proteins or solve equations that can one day result in cures and treatments. This article first appeared in The MagPi 82 and was written by Rob Zwetsloot BOINC ![]() In our experience, they’re usually some of the most impressive displays that we see at Maker Faires, Coolest Projects, and other events where folks are showing off amazing projects. One of the things we love to see is amazing medical and health applications of the Raspberry Pi.
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