Author: Medgadged

Iris Needle Guidance for Lumbar Punctures: Interview with Dev Mandavia, CEO of Ethos Medical

Ethos Medical, a startup founded by Georgia Tech alumni, has developed the Iris needle guidance system to assist clinicians in successfully performing lumbar punctures. The system allows a clinician to visualize the needle traveling through tissue in real time. Tracking the needle path in this way is intended to improve the success rate and reduce (Read more...)

Spiral Hydroporator To Deliver Nanotechnologies Into Cells

A myriad of different therapeutic, diagnostic, and research-oriented nano-scale devices and molecules have been developed to work inside living cells. While many of these particles are very effective at what they do, it is often the difficulty of delivering them that is the real challenge in using them for practical purposes. Typically, either some (Read more...)

Respirix for Non-Invasive Cardiopulmonary Monitoring: Interview with CEO Eric Kriegstein

For patients with cardiopulmonary illnesses such as chronic obstructive pulmonary disease (COPD or congestive heart failure (CHF), few technologies exist to effectively monitor and manage their conditions in a convenient way. Pulmonary artery catheters and implants, that can help with monitoring, have successfully reduced heart failure hospitalizat (Read more...)

New Non-Toxic, Printable Biomedical Material Developed

Synthetic dry elastomers are polymeric materials that feature cross-linked networks that form into random and unordered shapes and textures. These materials have a host of properties that are applicable in biomedicine, but the randomness of their internal structures at different scales makes it difficult to actually use these elastomers. Now, resea (Read more...)

Universal Biomedical 3D Printing Ink Developed

3D printing is already used in medicine in many applications, but there’s still a great deal that custom-built implants could offer to patients. Bioinks, the materials from which bespoke implants can printed, may be the most important focus of research aimed at expanding the use of additive manufacturing, another term for 3D printing, in medi (Read more...)

Accurate Eye-Tracking and AI to Detect Neurological Diseases: Interview with Co-Founders of C. Light

Being diagnosed with any number of neurological diseases can be scary, not only due to the progressive nature of many of these conditions, but also because they often cannot be detected until their later stages of progression. Following the failure of a variety of potential therapies for Alzheimer’s within clinical trials in the past few [&he (Read more...)

Cold Plasma Reactor to Kill Airborne Viruses

The ongoing coronavirus outbreak is making it clear that the world needs innovative new tools for slowing the spread of infections. While there are a number of well-known methods of disinfection that are being employed, the air itself serves as a channel through which viruses can spread. Researchers at the University of Michigan and University [&he (Read more...)

zEEG, An Easy-to-Wear EEG Headset

The electroencephalogram (EEG) is used to detect electrical activity in the brain in order to evaluate a variety of neurological conditions. However, EEGs are difficult to perform due to an involved setup process that requires technicians to place individual electrodes onto a patient’s head. Zeto, a Santa Clara, California company, hopes to s (Read more...)

Augmedix Uses AI and Remote Scribes to Improve Clinician Documentation: Interview with Founder Ian Shakil

The advent of electronic health records (EHRs) has allowed clinicians to document patient visits in a way that permits more accuracy, shareability, and other critical capabilities. However, EHR documentation is time-consuming, contributes to clinician burnout, and impacts the quality of patient-clinician interactions. One solution is the usage of i (Read more...)

4D Printer to Create Synthetic Biological Surfaces

Researchers at the City University of New York and Northwestern University have developed a printer capable of creating highly detailed surfaces precisely loaded with a variety of organic and biological molecules. The technology allows the researchers to create objects that resemble the surfaces of living cells, something that may prove extremely u (Read more...)