Latest from Analog

Dreamstime_hanhanpeggy_19111839 (generated by AI)
dreamstime_hanhanpeggy_19111839
Dreamstime_kinek00_220589736
dreamstime_kinek00_220589736_web
Dreamstime_smileus_cunliffe_883621121
dreamstime_smileus_cunliffe_883621121
9517116 © Plmrue | Dreamstime.com
image
Dreamstime_Concept_Dzmitry-Auramchik_348183625
pcb_dreamstime_conceptdzmitryauramchik_348183625_p
Disruptive Promo 1 6356d0e0da3fd

Biosensors and Harvesters Go Micro—and Even Nano (Download)

Oct. 24, 2022

Read this article online.

In recent decades, we’ve seen a dramatic increase in the availability and adoption of personal medical devices for measurement and monitoring of critical body parameters. This has been made possible by a combination of ever-tinier and lower-power components, advanced algorithms, and sophisticated sensors.

Clear testimony of this is the optically based fingertip clip-on device that accurately and quickly measures blood-oxygen saturation (SpO2) in real-time (Fig. 1). This ubiquitous $25 unit has obviously obsoleted the invasive, costly, and time-consuming method of drawing a blood sample and sending it to the lab for assessment, and made DIY assessment quick, safe, and easy.

Comments

To join the conversation, and become an exclusive member of Electronic Design, create an account today!