Trending...
- Spokane: Coffee Connect With District 1 Council Members
- XRPPower Continues Strengthening Its Global AI-Powered Blockchain Ecosystem
- Tacoma: Implementation of Transportation Impact Fees to Begin on June 1
SEATTLE--(BUSINESS WIRE)--Sound Life Sciences, a pioneer in contactless respiratory monitoring with its proprietary sonar software for consumer smart devices, announced that it has received 510(k) clearance from the U.S. Food and Drug Administration (FDA). The privately-held telehealth startup's smartphone or smartspeaker app produces inaudible ultrasonic sonar pulses to detect reflections caused by nearby patient respiration.
The prescription-only application can be used in home or clinical settings to measure breathing. Testing as part of the FDA submission involved patients with conditions such as chronic respiratory pulmonary disease (COPD), asthma, congestive heart failure and anxiety.
"We're using this regulatory momentum to accelerate commercialization of our technology and begin to identify select partners to bring our software to market," said Jacob Sunshine, MD, Chief Medical Officer and Co-Founder of Sound Life Sciences. "This is just the beginning. With this foundational clearance we have established a regulatory foothold, from which we can build out additional use cases including for respiratory chronic disease management such as asthma and COPD, opioid safety monitoring, infant monitoring, incipient respiratory infection detection and identifying when an unwitnessed cardiac arrest occurs. There are many clinical conditions you can point this at and we are laser focused on conditions where detecting aberrant breathing can lead to an evidence-based intervention and clearly provide value."
More on Washingtoner
"It's critical that our contactless technology utilizes devices like a smartphone or even smartspeaker platforms which are familiar to most patients, and offers health care providers in a telehealth setting critical information to make the most informed clinical decisions for their patients," said Shyam Gollakota, PhD, CEO and Co-Founder of Sound Life Sciences. "Because Sound Life Sciences leverages ubiquitous devices, our technology can rapidly and unobtrusively scale to serve large and diverse populations in both urban and rural communities, especially as it does not require any additional hardware."
Sound Life Sciences has received more than $2.5MM in funding from the National Institutes of Health and the Biomedical Advanced Research and Development Authority (BARDA). Research from the company's founders has been published in more than a dozen peer-reviewed journals and featured in top-tier media outlets including New York Times, Washington Post, STAT, ABC News and Scientific American.
Follow the latest from Sound Life Sciences on Twitter and LinkedIn.
More on Washingtoner
About Sound Life Sciences: The University of Washington spinout, founded in 2018, is a computational health company that builds clinically validated software for mobile phones and smart speakers to advance human health.
Contacts
Eric Schudiske eric@s2spr.com
The prescription-only application can be used in home or clinical settings to measure breathing. Testing as part of the FDA submission involved patients with conditions such as chronic respiratory pulmonary disease (COPD), asthma, congestive heart failure and anxiety.
"We're using this regulatory momentum to accelerate commercialization of our technology and begin to identify select partners to bring our software to market," said Jacob Sunshine, MD, Chief Medical Officer and Co-Founder of Sound Life Sciences. "This is just the beginning. With this foundational clearance we have established a regulatory foothold, from which we can build out additional use cases including for respiratory chronic disease management such as asthma and COPD, opioid safety monitoring, infant monitoring, incipient respiratory infection detection and identifying when an unwitnessed cardiac arrest occurs. There are many clinical conditions you can point this at and we are laser focused on conditions where detecting aberrant breathing can lead to an evidence-based intervention and clearly provide value."
More on Washingtoner
- Tacoma: Applicants Sought for the Transportation Commission
- Tacoma: Update Homicide Investigation – Arrest – 1200 block of South M Street
- Tacoma: Homicide Investigation – 1200 block of South M Street
- Buzzblender Announces Launch of Simple Hotel Mode for Android and Upcoming Video Wall Support for Samsung Professional Displays
- How Strategic WooCommerce Development and Digital Marketing Helped a Fashion Ecommerce Business Increase Revenue by 3X
"It's critical that our contactless technology utilizes devices like a smartphone or even smartspeaker platforms which are familiar to most patients, and offers health care providers in a telehealth setting critical information to make the most informed clinical decisions for their patients," said Shyam Gollakota, PhD, CEO and Co-Founder of Sound Life Sciences. "Because Sound Life Sciences leverages ubiquitous devices, our technology can rapidly and unobtrusively scale to serve large and diverse populations in both urban and rural communities, especially as it does not require any additional hardware."
Sound Life Sciences has received more than $2.5MM in funding from the National Institutes of Health and the Biomedical Advanced Research and Development Authority (BARDA). Research from the company's founders has been published in more than a dozen peer-reviewed journals and featured in top-tier media outlets including New York Times, Washington Post, STAT, ABC News and Scientific American.
Follow the latest from Sound Life Sciences on Twitter and LinkedIn.
More on Washingtoner
- VIV Welcomes Residents to St. Petersburg's EDGE District
- Evocative Joins the Independent Data Centre Network (IDCN) as Primary USA Operator
- Medical Experts Highlight the Importance of Second Opinions in Death Investigations
- Joseph Nybyk aka Neibich of Gilbert, Arizona
- Omnitronics Unveils 100% Software omniGateDMR and omniGateP25 RoIP Gateways
About Sound Life Sciences: The University of Washington spinout, founded in 2018, is a computational health company that builds clinically validated software for mobile phones and smart speakers to advance human health.
Contacts
Eric Schudiske eric@s2spr.com
0 Comments
Latest on Washingtoner
- Research reveals "The Borderless Pay Standard," a 48-point gap between multinational employers and workers on transparent pay expectations
- Global.ai Appoints Freedomtech Solutions as Specialist Partner for Agentic AI
- Spokane: SPD Involved in a Use of Deadly Force on North Cincinnati St
- Spokane Police, Urban Native Organizations Sign MOU to Strengthen Relationships and Communication
- Tacoma: Murder Arrest Made in Connection to April Missing Person Investigation
- Lansdowne Photographer Steven Weisz Selected for Philadelphia City Hall Exhibition
- HiLine Homes Named Gold Winner in Best of Southwest Washington Home & Garden Awards
- Federal indictments bring new scrutiny to SPLC practices and highlight the real‑world impact of its designations on nonprofit groups, including NCFM
- Shedrack Anderson Releases New Album
- Could You Make a 2026 World Cup Squad? A New Free Tool Will Tell You Where You'd Sit on Any National Team's Bench in 90 Seconds
- Snap Supplements Releases Results of 90-Day Prostate Health Open-Label Pilot Study
- Sugar Land's Social Scene Gets a Boost: Pep's Backyard Set to Open Near Constellation Field
- Joseph Nybyk (AKA Joseph Neibich) Guests On Octopus TV
- Mutant-Fueled Bio-Cyberpunk Shooter HoverGrease 2 Launches May 22
- Triple-Digit Growth, OTCQX Market Upgrade and a Rapidly Expanding Specialty Healthcare Platform: Cardiff Lexington Corporation: Stock Symbol: CDIX
- XRPPower Continues Strengthening Its Global AI-Powered Blockchain Ecosystem
- Spokane: Coffee Connect With District 1 Council Members
- Spokane: Coffee With Council District 2 Council Members
- Tacoma: Implementation of Transportation Impact Fees to Begin on June 1
- City of Tacoma Highlights Performance Milestones, Efficiency of Alternative Response Programs