Openwater's Non-Invasive Medical Tech: Open Source Healthcare Innovation
[HPP] Mary Lou JepsenJanuary 21, 202638 min
26 connectionsΒ·40 entities in this videoβOpenwater's Innovative Medical Technology
- π‘ Openwater develops non-invasive medical technology using infrared light, ultrasound, and electromagnetics for diagnosis and treatment.
- π― The goal is to leapfrog traditional drug development and address a wide range of diseases without physical intrusion.
- π The technology aims to create general-purpose machines configurable at the software layer, similar to Android.
Addressing Healthcare Challenges
- β οΈ The healthcare industry faces significant barriers to innovation, including high regulatory costs ($658 million over 13 years) and slow product adoption.
- π Traditional medical devices are often large and expensive, with limited production volumes that prevent cost reduction through Moore's Law or contract manufacturing.
- πΈ The current system leads to unaffordable treatments (e.g., million-dollar therapies) and medical bankruptcies, especially in the US.
Breakthroughs and Applications
- π§ Openwater has achieved glioblastoma remission in mice using focused ultrasound to selectively kill cancer cells and vaccinate the body.
- β‘ They developed a non-invasive LVO stroke detection system, 20 times more accurate than MRI, which can direct ambulances to specialized hospitals.
- π‘ Promising results include treating severe depression (nearly half of patients in remission) and breaking up amyloid microclots associated with COVID, diabetes, and neurodegenerative diseases.
The Open-Source Approach
- β Openwater embraces a fully open-source model for hardware and software (AGPL, Creative Commons 4.0 Share Alike) to drive down costs and foster innovation.
- π This model allows for scale and affordability, aiming to reduce device costs from $1 million to $10,000, eventually to the price of a smartphone.
- π€ The company encourages community involvement and sharing of safety and efficacy data to accelerate understanding and treatment of diseases.
Vision for the Future
- π± The technology could enable at-home diagnostic and therapeutic systems, making advanced medical care accessible and affordable.
- π Openwater seeks to engage with the open-source community, including potential collaborations with hacker spaces and labs like Microsoft Reactors.
- β¨ The long-term vision is to provide effective, low-cost treatments for a broad spectrum of human diseases, moving beyond the limitations of current healthcare systems.
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Whatβs Discussed
OpenwaterNon-invasive medical technologyInfrared lightUltrasoundElectromagneticsHealthcare innovationOpen source hardwareOpen source softwareGlioblastoma treatmentStroke detectionAmyloid microclotsSevere depression treatmentRegulatory approvalCost reductionPatents
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