Tag: Critical Care

Rapid Medical Device Manufacturing for COVID-19 Response: Interview with Vicki Holt, CEO, Protolabs

The COVID-19 pandemic rumbles on, and the response to contain and delay the virus is astronomical, with billions of dollars and enormous levels of labor and material resources being deployed to meet the challenge. One of the major bottlenecks in combatting the virus is a lack of testing supplies and essential equipment, such as respirators, [&helli (Read more...)

Researchers Turn One Ventilator into Two

A group of clinicians, medtech researchers, and companies based in Galway, Ireland, has developed a system that allows two patients to use one ventilator, essentially doubling the effectiveness of existing ventilator stocks during the current COVID-19 pandemic. Called the Galway VentShare system, the technology consists of viral filters, valves, tu (Read more...)

University Converts CPAP Machines into Ventilators

As cities across the United States face ventilator shortages for COVID-19 patients, a group at Auburn University has developed a way to convert continuous positive airway pressure (CPAP) machines into functioning ventilators. CPAP machines are commonly used by sleep apnea patients to help maintain an open airway during recumbent sleep. Engineers at (Read more...)

Stryker Emergency Relief Bed to Help COVID Clinics

Stryker, a big name in the medical device space, is releasing its Emergency Relief Bed specifically designed for the ongoing COVID-19 pandemic. The company claims it’ll be able to manufacture 10,000 of these per week as the demand for extra beds escalates and facilities are converted to temporary hospitals. The Stryker Emergency Relief Bed is (Read more...)

University Ventilator Supports Two Patients Independently

A group of engineers from Georgia Tech, Cranfield University in the UK, and Emory University, have developed their own version of a bag-mask-valve (Ambu-bag) ventilator. It combines the ubiquitous resuscitation bags that are found within hospitals and inside ambulances, a motorized device to squeeze the bag, and an oxygen concentrator. The nice thi (Read more...)

A Look at Tesla’s Prototype Ventilator

As the United States braces for what many think may be most critical weeks in the coronavirus crisis, many companies are temporarily pivoting their manufacturing capabilities to focus on the mass shortages of PPE and medical equipment. Most notably are car manufacturers that are using their expertise in hardware engineering and manufacturing to pro (Read more...)

Oxford’s Emergency Ventilator Project Steaming Ahead

The University of Oxford and King’s College London have teamed up to develop and are now testing a new emergency ventilator that consists of devices that commonly exist in clinical spaces and scientific laboratories, and a few simple parts that can be created through 3D printing. Bringing together these devices allows the team to create [&hel (Read more...)

AnapnoGuard Helps Prevent Ventilator Complications

Ventilators are important to maintain patients with severe respiratory distress due to COVID-19, but the machines carry their own risks. An over-inflated endotracheal tube cuff could damage the trachea, while an under-inflated cuff could result in aspiration and pneumonia. AnapnoGuard, developed by Hospitech Respiration, an Israeli firm, is an endo (Read more...)

MIT Emergency Ventilator Submitted for FDA Review

The ongoing COVID-19 emergency affecting nearly the entire globe is making medical ventilators into a hot commodity. During normal times, busy intensive care units can expect to use a dozen or so ventilators at the same time. As a respiratory virus, COVID-19 can make breathing on one’s own impossible, so ventilators are expected to be [&helli (Read more...)

ViTrack for Direct, Continuous, Non-Invasive Blood Pressure Monitoring: Interview with CEO of Dynocardia, Dr. Mohan Thanikachalam

Most modern blood pressure cuffs use the oscillometric technique, in which the cuff measures one value (mean arterial pressure) and an algorithm calculates systolic and diastolic blood pressure readings. However, this indirect method can produce inaccuracies, and single-point measurements lead to an inaccurate hypertension diagnosis in 30% of patie (Read more...)