OmniVision Technologies, a Santa Clara, California firm, just announced that it has won the Guinness World Record for “The Smallest Commercially Available Image Sensor”. The OV6948 sensor was designed for use in catheters and endoscopes, allowing these devices to be as small as possible while also providing high quality imaging from wit (Read more...)
Tag: Vascular Surgery
Nanomesh Loaded with Antibiotics for Targeted Wound and Infection Treatment
Antibiotics are usually only needed at particular sites, where infection is likely to start. Yet, they’re delivered throughout the entire body via pills and injections. This results in poor localized effectiveness, unnecessary effects on the rest of the body, and sometimes leads to the development of resistance. Researchers at Flinders Univer (Read more...)
Epica SeeFactorCT3 Multi-Modality System Wins FDA Clearance
Epica, a company based in San Clemente, California, won FDA clearance for its SeeFactorCT3 system that combines computed tomography (CT), fluoroscopy, and digitial radiography (DR) into a single device. It is intended for use in diagnostic, interventional, and intraoperative procedures mostly involving the head, neck, and extremities. As such, it i (Read more...)
Laser Activated Gold Nanorods Create Silk Seal for Incisions and Wounds
Staples and sutures are currently used to seal soft tissues together in clinical practice, but researchers at Arizona State University have come up with an alternative technique that resembles welding. It may end up being used to seal tissues during surgeries and to treat wounds, and in many cases simply to enhance the effectiveness of […]
Apps for Healthcare Monitoring: Interview with Artem Petrov, CEO of Reinvently
Reinvently, a mobile app development company based in Palo Alto, California, has created a number of healthcare apps, including those which collect, collate, and display data from wearable medical devices. The combination of a wearable device and a mobile app allows clinicians to monitor their patients in real-time and identify issues before they b (Read more...)
Early Bird, an Internal Bleeding Detector, Now Available In U.S.
Saranas, a Houston, Texas firm, is releasing its novel Early Bird bleeding monitoring system in the United States, following FDA de novo approval of the device. Intended for use during minimally invasive vascular procedures, the Early Bird helps to identify dangerous events such as ruptured or dissected vessels. Such incidents can result from using (Read more...)
FDA Clears Siemens Artis icono Angiography Systems
Siemens Healthineers won FDA clearance for the ARTIS icono angiography systems that are designed for use in a variety of procedure types. The ARTIS icono 2D/3D biplane system is intended for neuroradiology and abdominal imaging while the ARTIS icono floor has a single fluoroscope and is designed for vascular, interventional cardiology, surgical, an (Read more...)
Sacrificial Ink Writing Technique for 3D Printed Organs
Researchers at Harvard have developed a way to 3D print vascular channels in large matrices composed of stem cell-derived organ building blocks. The technique could pave the way for 3D-printed organs. Creating human organs using 3D printing would help to address the current shortfall in available transplants. However, to date, this has proved to be (Read more...)
Injectable Hydrogel for Transcatheter Intravascular Embolization: Interview with Dr. Rahmi Oklu, Founder of Obsidio
Obsidio Inc., a medical device company based in Columbia, South Carolina, has developed an embolic hydrogel (called a gel embolic material: GEM) designed to be delivered minimally invasively through a clinical catheter for blood vessel occlusion. Applications include controlling blood flow in vascular injuries and aneurysms, reducing tumor blood su (Read more...)
Tivus Ultrasound System for Pulmonary Arterial Hypertension Gets FDA Breakthrough Designation
SoniVie, a company based in Israel, won FDA Breakthrough Device Designation for its TIVUS intravascular ultrasound system for patients suffering from pulmonary arterial hypertension (PAH). Currently there are only medications available for PAH and even those don’t do so well at improving mortality rates, so the new designation is potentially (Read more...)
Sonavex Secures NIH Grant to Pursue New Vascular Surgery Applications
Last week, Sonavex, a Baltimore-based medical device company, announced receipt of a $3M Phase IIB Small Business Innovation Research (SBIR) grant for prospective clinical studies and ongoing research and development of its EchoMark and EchoSure devices. This grant funding from the National Institutes of Health (NIH) will specifically allow Sonavex (Read more...)
Sensor Monitors Brain Aneurysms Post Treatment
Aneurysms within the brain are extremely dangerous, although there are therapies available such as stents and blood flow diverters. Even after treatment, a cerebral aneurysm can continue developing and how it heals cannot be predicted. Monitoring a treated vessel deep within the brain would provide physicians with the ability to act in situations t (Read more...)
Robotic Guidewire to Clear Stroke Clots, Deliver Therapies Inside Brain
Endovascular procedures have drastically improved the available therapy options for a number of diseases and conditions. Catheters can now be navigated deep into the body, including the brain, but there’s still room for improvement to traverse particularly tortuous vascular anatomy. These days, most guidewires that are used to make the initia (Read more...)
Barostim Neo Neuromodulation Device for Heart Failure Wins FDA Approval
CVRx, a Minneapolis, Minnesota company, won FDA approval for the first neuromodulation device designed to address heart failure. Intended as a treatment option for patients with an ejection fraction ≤35% and New York Heart Failure Classification of III or II (with recent history of Class III), the device stimulates the carotid artery and in turn (Read more...)
Swiss Scientists Print World’s Smallest Stent
In rare cases, some children, often still in the womb, develop urethral strictures that make it difficult or impossible to empty the bladder. Typically, a surgical procedure is performed to remove the narrowed section of the urethra, with the open ends being sewed together. This is traumatic for the children and can be difficult for […]
Biomaterial Tricks Immune System to Grow New Blood Vessels
Researchers from Harvard’s Wyss Institute have developed a new biomaterial that can activate T cells to promote vascularization of ischemic tissues. Their work demonstrates that the biomaterial results in local blood vessel development, increased perfusion, and new muscle growth after ischemia. Various compounds have been tested to try to imp (Read more...)
Future of Robotics in Healthcare: Interview with Corey Ryan of Kuka Laboratories
As the manager of Medical Robotics at KUKA Robotics, Corey Ryan is at the helm of company’s research, sales, and growth in the medical sector for North America. Under his leadership, KUKA has diversified its expertise to grow its relationships with startups and expand its robotic applications. Corey is a sought after speaker and has [… (Read more...)
LipoGlo Makes Bad Cholesterol Glow Inside Zebrafish
So-called “bad cholesterol” is a molecular complex of fat and protein. Specifically, the protein is Apolipoprotein-B, or ApoB, and the fat is cholesterol. While ApoB helps fat molecules to move around the blood vasculature, it is also what makes cholesterol stick to vessel walls, forming dangerous plaques that are one of the main causes (Read more...)
Tiny Robots Aim to Work Inside Our Bodies
If we’re to have robots that work inside our bodies to find and cure diseases, they must be very small. To help make the dreams of futurists a reality, researchers at Georgia Tech have now created a robot that weighs only five milligrams and is no taller than the side of a US penny. The […]
Smart Bandage Pulls Skin Together to Speed Healing
Wounds on the skin are usually treated with bandages that protect the area and keep it moist, but which don’t actively help to promote healing. Researchers at Harvard and McGill universities have now created a mechanotherapy bandage that actually works to close the wound, keeps it protected from microbes, and speeds up healing much faster [&h (Read more...)