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An estimated 50 million people worldwide have epilepsy. 1 in 10 people will have a seizure in their lifetime, many of which are epileptic in nature. Epilepsy is one of the most common neurological diseases globally and it disproportionately affects low- and middle-income communities. But it's also treatable, especially when both anti-seizure medication and non-drug treatments like anti-seizure devices that go inside the body are accessible. Because an estimated 1 in 3 people living with epilepsy has drug-resistant epilepsy, categorized by seizures that do not respond to anti-seizure medications. The good news is non-drug treatments exist, treatments like NeuroPace and PRECISIS GmbH offer. The World Health Organization estimates up to 70% of people living with epilepsy could live seizure-free if properly diagnosed and treated. Which is why understanding how widespread epilepsy is, and that there are multiple options to treat it, is the first step. #epilepsy #awareness #medicine #medicaldevices

Yesterday, Simbex announced the winner of its latest pitch competition: Neuraura! Congratulations to the Neuraura team for innovating how polycystic ovarian syndrome (PCOS) can be treated with LoOoP. PCOS is one of the most common, overlooked, and underserved women’s health conditions and we're thrilled to see your hard work recognized. And thank you Simbex for continuing to invest in the MedTech community and #betterhealthforall. 👏👏👏 📷: Neuraura

What do engineering, neuroscience, and entrepreneurship have in common? 🤔 They're all topics of the Neurotech Pub Podcast hosted by Matt Angle, CEO of Paradromics Inc., and featuring some of the brightest minds in MedTech. With three seasons of episodes already out, it's one of the best resources to learn about and be inspired by advancements in neurotechnology, and their potential to improve healthcare. Grab your 🎧 and check it out ( 🔗👇). #neurotech #medtech #founders #entrepreneurs

Did you know that 21% of adults in the United States live with chronic pain (defined as pain that persists for three months)? That's almost 52 million people. Almost 7% of them, or 17.1 million people, experience such severe pain that they can't do daily activities like walk, work, or take a shower without help, or at all. And roughly every 11 minutes, someone in the U.S. dies from an opioid overdose. In fact, it's estimated that nearly 75% of drug overdose deaths in 2020 involved an opioid. There's a clear need for better treatment for chronic pain. And that's why spinal cord stimulators were created, using decades of bioelectronics research to treat chronic pain without medication. Bioelectronic devices are placed inside the body and use electrical impulses to treat or prevent chronic diseases by stimulating the nervous system. Now, 30,000-60,000 spinal cord stimulators are implanted every year. There are still millions of people who live with pain that's so bad that they cannot do even the most simple tasks. That's millions of people who aren't able to work, to drive, to care for themselves, or to do countless other things. Our collective future depends on more accessible, convenient, and safe options to treat chronic pain. #chronicpain #painmanagement #opioids #spinalcordstimulators #betterhealthforall

Heart disease is the leading cause of death in the U.S. But did you know that it disproportionately affects women? The CDC estimates more than 60 million women (44%) in the United States are living with heart disease. Women under 65 are twice as likely to die from a heart attack as men of the same age. And about 1 in 5 women will die from heart disease this year. Heart disease affects people of all ages. It especially affects women, who until the mid-1980s were not included in research on heart disease. Besides biological reasons, researchers have noted multiple factors for the alarming number of women who die from heart disease, especially compared to men. Research shows women are less likely to be treated for cardiovascular problems when compared to men, including being prescribed statins and receiving lifesaving treatments like heart transplants less often. And medical device design has largely centered around what works for men's bodies. A future with better health for all includes everything from better understanding the factors that contribute to heart disease, including socioeconomic factors like less access to fresh food and healthcare services, to better designing treatments for a diverse population. We're proud to be playing a small role in this shift, by helping to miniaturize medical devices so they work with different body types, and by enabling individuals to manage their own health through wireless medical devices that can take the place of regular doctor's visits to deliver treatments. More progress is needed and we're inspired by what's possible when researchers, scientists, engineers, and innovators collaborate to develop better care for underrepresented groups like women and people of color. #healthcare #patientcare #medicaldevicedesign #betterhealthforall

Hi medical device teams 👋 Getting the performance you want doesn't have to require a full redesign or custom design for your device. With one of our wireless charging platforms you can: 📆 Create a fully wireless version of your device in months, not years ⏱ Shorten your device's recharge time to 20 minutes 🏥 Improve patient outcomes without adding significant time or cost The best part? Integration is seamless and includes support throughout your device lifecycle. So you can focus on what you do best, and leave the power to us. #medicaldevice #power #wirelesscharging #bettertogether

Why is my device heating up? How can I get more power without creating excess heat? What do I have to do to meet the CEM43 standard? All of these questions involve making sure electricity can be used to power medical devices safely. Electricity creates heat and heat can damage body tissue so when medical devices are used on or in the body, a key product decision is how to design medical device power to limit heat generation. That's where we come in. Listen as our CTO Aaron Stein describes how we help medical device teams understand: ✅ where heat is being generated in their device ✅ why ✅ how to limit temperature rise so their device can be safely used by the people it's meant to help #medicaldevice #safety #power #wirelesscharging #askaaron

#ICYMI, last week our CTO Aaron Stein answered frequently asked questions he gets from medical device teams. This week he's going to keep answering them (because there are a LOT 😂 ). If you're not already, follow us to keep hearing from Aaron. 🔔 And if you have a question for him, DM us or drop it below👇 so we can share the answer with everyone who might benefit from it. __________________ Today's question is: Do you offer consulting? Give it a listen 🎧. #medicaldevice #power #energy #askaaron

"It is very exciting to see the widespread impact your team is having on shaping the medical device space." There's no better way to start the week than hearing this. ⬆ It's why we do what we do. 😊 To all of the med device teams, #MedTech engineers, #healthcare innovators, clinicians, and entrepreneurs working to help people live better lives, thank you. 🙏 We are so inspired by and grateful to know you. #bettertogether

Today is Day 4 of our Ask Aaron series with our CTO Aaron Stein. Aaron's been answering the medical device power and wireless charging questions we get asked the most. And today's question comes up a lot in our conversations with medical device teams: What is specific absorption rate, also known as SAR, and why is it important? _____________ Have your own question? DM us or drop it below.👇 _____________ #medicaldevice #power #wirelesscharging #askaaron