Tag: Vascular Surgery

Cios Flow Mobile C-Arm from Siemens FDA Cleared

Siemens Healthineers just announced FDA clearance to introduce its Cios Flow mobile C-arm in the United States. Developed for use in orthopedics, vascular surgery, trauma, spinal surgery, and other fields, it’s intended to be a general purpose C-arm that can be easily used in a variety of cases. The Cios Flow is a relatively compact [… (Read more...)

Nanodroplets and Ultrasound to Drill Through Blood Clots

Penetrating compacted and extensive blood clots has been one of the main challenges of vascular surgery. Various catheter-based devices have been invented and are in use today, but many patients present with plaques that are just too difficult even for the finest existing devices. Now, researchers at North Carolina State University and University o (Read more...)

CoolSeal for Quick and Safe Vessel Sealing Unveiled

Bolder Surgical, a Louisville, Colorado firm previously called JustRight Surgical, is starting the new year by releasing the CoolSeal vessel sealing platform. The initial product offerings are the CoolSeal Trinity device, a 5mm laparoscopic sealer, and the 3mm CoolSeal Mini, both of which work with the CoolSeal generator. The CoolSeal Trinity (pict (Read more...)

PREVENA RESTOR AXIO•FORM Negative Pressure Wound Therapy: Interview with Dr. Ronald Silverman, 3M’s Chief Medical Officer

3M recently announced a new negative pressure wound therapy system called PREVENA RESTOR AXIO•FORM Incision Management System, which has been available since August. The new system expands the amount of time that negative pressure can be applied to a total of 14 days, with a dressing change at 7 days. The included disposable dressings are [&he (Read more...)

Symani Microsurgical System Cleared in Europe

Medical Microinstruments (MMI), a company based outside of Pisa, Italy, won the European CE Mark of approval for its Symani robotic surgical system. The product provides 7-20X scaling of hand movements, automatically removing tremors to allow for safe microsurgical and supermicrosurgical procedures. It is hoped that this impressive new device can h (Read more...)

FDA Clears Most Powerful Clinical MRI

GE Healthcare won FDA clearance for its SIGNA 7.0T MRI scanner, currently the most powerful device available for clinical applications. A high end scanner’s magnetic field typically tops out at 3 Tesla, but the new device goes all the way up to 7 Tesla to provide an unprecedented look at highly detailed anatomy. Certainly intended […]

Portable Surgical Robot for Minimally Invasive Procedures: Interview with John Murphy, CEO of Virtual Incision

Virtual Incision, a company based in Lincoln, Nebraska, has developed the miniaturized in vivo robotic assistant (MIRA) platform to perform minimally invasive abdominal surgeries, such as colon resections. Conceived as a small and accessible surgical robotic support device, the miniaturized system is considerably less expensive than current robotic (Read more...)

Butterfly Releases iQ+ Mobile Ultrasound for Imaging Anywhere

Butterfly Network, a company out of Guilford, Connecticut, is releasing a new generation of its popular mobile ultrasound device. The new Butterfly iQ+ features better imaging capabilities, improved ergonomics, and longer battery life. Clinicians can utilize the portable, handheld ultrasound in a variety of situations and clinical fields to image t (Read more...)

Electronic Blood Vessels to Replace Diseased Vasculature

Researchers based in China and Switzerland have jointly developed electrically conductive artificial blood vessels that may serve as implants to replace diseased native vessels. The flexible and biodegradable constructs consist of a metal-polymer conductive membrane, and an electric current can be passed through the vessel when it is implanted in t (Read more...)

Wearable Ozone Therapy Device for Chronic Wound Treatment

Researchers at Purdue University have developed a wearable device that can administer antibacterial ozone gas to chronic wounds to help disinfect them. The technology could allow people to disinfect chronic wounds at home, and would be helpful in cases where wounds have been colonized by drug-resistant bacteria and aren’t responding to antibi (Read more...)

Soft Electronics for Advanced Heart Catheters

Researchers at George Washington University and Northwestern University have developed a new class of soft devices that can provide new functionality for catheters used in cardiac procedures. The new materials are soft electronics, including stretchable sensors and actuators, that when applied to the surface of a catheter system, could greatly assi (Read more...)

Origami Surgical Manipulator to Perform Microsurgeries

Robotic surgical assistants, such as the da Vinci systems from Intuitive Surgical, are now routinely used during laparoscopic procedures to improve operative precision, flexibility, and to manipulate multiple tools at once. Such devices can be quite complex inside and so they tend to be quite large, often taking up much of the space of an [… (Read more...)

Endologix Alto Abdominal Stent Graft for AAA Cleared in Europe

Endologix, based in Irvine, California, won clearance in the European Union for its ALTO Abdominal Stent Graft System. The implant is intended to open up endovascular aortic repair to a wider range of abdominal aortic aneurysm (AAA) patients, particularly those with short and challenging aortic necks. Ideally, the aortic neck where the stent graft (Read more...)

TIGERTRIEVER XL Cleared in EU to Remove Large Stroke Clots

Israel’s Rapid Medical has won European regulatory clearance to introduce its TIGERTRIEVER XL device for removing large ischemic stroke-causing clots from intracranial vessels. The company calls its line of devices “stentrievers,” as these look and operate similar to stents but can retrieve clots out of the body. The TIGERTRIEVER (Read more...)

A Laparoscopy Assistance Platform to Optimize Minimally Invasive Surgery: Interview with Anne Osdoit, CEO of MastOR

Minimally invasive surgery has played a huge role in improving patient outcomes, and reducing morbidity and recovery times compared with traditional surgical techniques. However, it can be a little tricky for surgeons to operate through tiny incisions and use complicated equipment, meaning that there is often a significant learning curve and traini (Read more...)

Blood Vessel Networks Made by 3D Printing Powdered Sugar

To study the complex functionality of groups of cells, and to one day build replacement tissues, researchers have been trying to find a way to generate artificial vascular networks capable of supplying oxygen and nutrients to thousands of cells. Extrusion 3D printing, in which a liquefied material is layered down and allowed to harden, has [&hellip (Read more...)

Nanostimulators Activate Damaged Tissue to Heal Itself

Peripheral artery diseases and injuries to tissue reduce the amount of oxygen that reaches the affected muscles. Such ischemia is difficult to treat, as new vessels are required to carry more oxygen into damaged tissues. Stem cells derived from fat tissues have been shown to excrete substances that spur angiogenesis and calm nearby inflammation. Bu (Read more...)

Easily Removable Surgical Tape to Seal Internal Wounds

Researchers at MIT recently developed an adhesive tape that allows surgeons to seal internal wounds and that can readily stick to slippery internal surfaces, as a potential replacement for sutures. However, the adhesive worked a little too well, and was difficult to remove or adjust without causing irritation or tissue damage. Now, the research tea (Read more...)

Magnetic Tracking System for Flexible Surgical Robots

Researchers at the University of California San Diego have developed a magnetic tracking system for surgical robots to operate with dexterity within the body. The technology does not require patient or clinician exposure to radiation, and is much less expensive that pre-existing monitoring techniques. A magnet is embedded in the tip of the robot an (Read more...)