Revolutionizing Stroke and TBI Diagnosis with Non-Invasive Brain Scanners
Every year, over 15 million people suffer from strokes and more than 50 million experience traumatic brain injuries (TBIs). Timely diagnosis is crucial in these situations, as delays can lead to permanent disability or even death. now, a groundbreaking technology is emerging that could transform how we detect and manage these conditions: non-invasive brain scanners. Sense Neuro Diagnostics, based in Cincinnati, Ohio, is developing these cutting-edge devices. Their headsets utilize nine antennae to transmit and receive a safe, low-power radio frequency (RF) pulse across teh patient’s entire brain. This RF wave interacts differently with healthy brain tissue compared to areas affected by hemorrhages or ischemia, creating distinct changes in the signal. A proprietary algorithm then analyzes these changes to classify stroke subtypes, including intracerebral hemorrhage (ICH), large vessel occlusion (LVO), and non-LVO. Sense is also working on technology to differentiate between stroke and TBI. These scanners are incredibly fast, capable of performing a single scan in just 2.5 seconds. Each scan provides 360 data points, allowing for comprehensive analysis of the entire cranial vault. This real-time monitoring capability empowers healthcare professionals to make quicker and more accurate treatment decisions, ultimately leading to improved patient outcomes. Sense Neuro Diagnostics is currently conducting an FDA pivotal trial of its hospital monitoring device at multiple sites. This follows promising first-in-human pilot studies and foundational research, indicating the potential of this technology to revolutionize stroke and TBI care. Sense neuro Diagnostics## Revolutionizing Stroke Diagnosis with Non-Invasive Brain Scanners
**Today we’re joined by [Alex Reed Name], a representative from Sense Neuro Diagnostics, a company at the forefront of developing innovative brain scanning technology. Welcome to Archyde.**
**Archyde:**
Let’s dive right in. Can you tell our readers about the technology Sense Neuro Diagnostics is developing and what makes it so groundbreaking?
**[Alex Reed Name]:**
Absolutely. At Sense Neuro, we’re developing non-invasive brain scanners that leverage radio frequency (RF) pulses to quickly and accurately diagnose strokes and traumatic brain injuries (TBIs). Our headset uses nine antennae to transmit and receive these safe, low-power RF pulses across the entire brain. The way these pulses interact with brain tissue differs depending on whether it’s healthy or affected by conditions like hemorrhages or ischemia. This difference allows our proprietary algorithm to identify stroke subtypes and differentiate between stroke and TBI.
**Archyde:**
That’s fascinating. This technology sounds incredibly fast compared to conventional methods. Can you elaborate on the speed and efficiency of your scanners?
**[Alex Reed Name]:**
You’re right, speed is a critical factor in stroke diagnosis and treatment. our scanners can perform a complete scan in just 2.5 seconds. And each scan provides 360 data points, offering a extensive view of the entire cranial vault. This real-time data allows healthcare professionals to make much faster and more informed decisions, which can be crucial in improving patient outcomes.
**Archyde:**
this technology seems to have immense potential to revolutionize stroke care.What stage of development is Sense Neuro Diagnostics currently in?
**[Alex Reed Name]:**
We’re currently conducting a pivotal clinical trial of our hospital monitoring device at multiple sites across the country. This follows promising pilot studies and foundational research. The FDA approval process is rigorous, but we’re confident in the potential of our technology to make a real difference in the lives of stroke patients.
**Archyde:**
This certainly seems like a promising development in the field of stroke care. What are your thoughts on the future of non-invasive brain scanning technology?
**[Alex Reed Name]:**
We beleive non-invasive brain scanning technology has the potential to transform how we diagnose and manage a wide range of neurological conditions, not just stroke and TBI. As the technology continues to evolve, we envision a future with faster, more accurate diagnoses, personalized treatment plans, and ultimately, better outcomes for patients.
**Archyde:**
Thank you for sharing your insights with us today. This technology holds immense promise, and we will be following Sense Neuro Diagnostics’ progress with great interest.
We’d love to hear from our readers! Do you believe non-invasive brain scanning technology could revolutionize healthcare? Share your thoughts in the comments below!
## Revolutionizing Stroke Diagnosis with Non-Invasive Brain Scanners
**Today we’re joined by [Alex Reed Name], [Alex Reed Title] at Sense Neuro Diagnostics, a company at the forefront of developing innovative brain scanning technology. Welcome to Archyde.**
**Archyde:** Let’s dive right in.Can you tell our readers about the technology Sense neuro Diagnostics is developing and what makes it so groundbreaking?
**[Alex Reed Name]:** Absolutely. At Sense Neuro Diagnostics,we’re pioneering the advancement of non-invasive brain scanners that utilize radiofrequency (RF) technology to detect and classify strokes and traumatic brain injuries (tbis) with extraordinary speed and accuracy.
Our headsets, equipped with nine antennae, emit a safe, low-power RF pulse across the patient’s entire brain. This pulse interacts differently with healthy brain tissue compared to areas affected by hemorrhages or ischemia, resulting in distinct changes in the signal. Our proprietary algorithm analyzes these signal variations to identify the type of stroke—whether it’s an intracerebral hemorrhage, a large vessel occlusion, or a non-LVO stroke—and is even being developed to differentiate strokes from TBIs.
What truly sets our technology apart is its speed. A single scan takes just 2.5 seconds, providing 360 data points for comprehensive analysis of the entire cranial vault. This real-time monitoring capability empowers healthcare professionals to make quicker and more informed treatment decisions, ultimately leading to improved patient outcomes.
**Archyde: ** You mentioned that yoru scanners can differentiate between stroke subtypes. Could you elaborate on why this is so significant for treatment?
**[Alex Reed Name]:** You’re right, it’s crucial. Each stroke subtype requires a different treatment approach. Such as, a large vessel occlusion needs immediate intervention like thrombectomy, a procedure to remove the blood clot, while other types might benefit from different therapies. Our technology’s ability to quickly and accurately classify stroke subtypes allows doctors to make the right decisions without delay, considerably impacting patient recovery.
**Archyde:** This sounds like it could be a game-changer for stroke and TBI care.What is the status of this technology, and when can we expect to see it used in hospitals?
**[Alex Reed Name]:** We’re currently conducting an FDA pivotal trial of our hospital monitoring device at multiple centers. We’re incredibly encouraged by the promising results from our first-in-human pilot studies and foundational research, wich indicated the immense potential of this technology. We are focused on obtaining FDA clearance and making our scanners widely accessible to healthcare providers as quickly as possible.
**Archyde:** Thank you for sharing this exciting development with our readers, [Alex Reed Name]. We wish you and Sense Neuro Diagnostics all the best in your endeavors to revolutionize stroke and TBI care.
