$250,000 given to winners at second annual National Capital Consortium for Pediatric Device Innovation (NCC-PDI) Competition.
Everyone has been touched in some way by cancer. Fundraising for a cause makes us all feel good. It’s somewhat hard to believe that with all of the money thrown at this problem, we aren’t closer to better treatments and subsequent cures.
New diagnostic approach can readily be adapted to other institutions’ practice settings according to new Journal of American College of Surgeons study.
Henry Ford Hospital surgeons successfully suctioned a cancerous tumor from a major vein in a patient with metastatic kidney cancer, clearing the way for him to undergo a minimally-invasive kidney removal. This allowed him to participate in a clinical trial using genetic material from his tumor to produce a vaccine.
Models produced by 3D printers are proving to be valuable diagnostic and surgical tools. 3D imaging software is able to produce a physical representation of surgical sites, enabling surgeons to approach the surgery from several different perspectives.
The hand-held Raman spectroscopy probe enables surgeons, for the first time, to accurately detect virtually all invasive brain cancer cells in real time during surgery.
The medical community embracing cutting edge tech is nothing new, the tech however, is constantly new. The connection between telerobotic and remote surgery just got a lot more accommodating, which means the one thing those in the medical world will need is an army of qualified developers.
The biopsy of the first lymph node to which a cancer spreads has lead to more accurate diagnosis and treatment of breast cancer. Now a team of researchers has been able to identify the sentinel node in head and neck squamous cell carcinoma using a novel tracer. It's a challenging task because there are up to 150 different lymph nodes in the neck.
Two new clinical trials on the treatment of stroke demonstrate that neurointerventional surgery significantly increases the number of patients who are able to live independently without major neurological disabilities.
Provided that other factors are favorable, such as pricing, economics and availability, this demand will help facilitate growth of the market for custom implant instrumentation and cutting blocks.
Using advanced imaging technology to more precisely target radiation beams to treat soft tissue cancers (sarcomas) in the extremities significantly reduced long-term side effects without effecting survival rates.
Dr. Bruce Ramshaw has become one of the nation’s leading innovators in hernia repair surgery. In this exclusive interview with Surgical Products, Dr. Ramshaw looks at the current state of hernia repair, how it can improve and what lies ahead for a procedure that impacts millions of lives every year.
Hospital and surgery center IT departments are being tasked with networking challenges related to more data flowing at higher transmission speeds. As the OR embraces new hybrid functionality, increased wireless connectivity and greater access to patient information, IT departments are in a constant battle to keep pace.
Researchers are leading a new multi-center clinical trial to evaluate a unique surgical method, known as targeted muscle reinnervation, to treat chronic pain that can result from limb amputation. Amputees develop chronic pain in the remaining portion of their amputated limb, which can include phantom limb syndrome, and prevents many patients from using prostheses.
The development of a flexible, microscopic hand-like gripper could help doctors perform remotely-guided surgical procedures, perform biopsies or create biodegradable, miniaturized surgical tools that could safely dissolve in the body.
The effects of surgical smoke in the operating room can be hazardous to both medical personnel and patients. Recently, Surgical Products reached out to a number of experts in the field for their input on best practices for managing this element of electrosurgery, and for tips on how to avoid problems that are often overlooked.
Research shows that cryoablation can be an effective treatment alternative for multiple cancer types. By itself, the technique can destroy tumors from the inside out. When combined with a pair of recently approved drugs, cryoablation can help stimulate the body's own immune response to seek out and destroy remaining cancer cells and prevent tumor regrowth.
Recently, Surgical Products reached out to a number of experts in the field for their input on best practices for managing this element of electrosurgery and tips on how to avoid problems that are often overlooked.
The Bone Tether Plate features a 3-D printed, medical grade titanium alloy for greater customization. The plate serves as the primary component in the FastForward Bunion Correction System, a new approach to surgically correct hallux valgus deformities.
With the internet and social media becoming woven into the modern medical practice, Penn State College of Medicine researchers contend that professional medical societies must update or amend their Internet guidelines to address when it is ethical to "Google" a patient.
The operating room continues to push the limits of procedural innovation and technological capability. Recently, Surgical Products sat down with some industry experts to gauge their input on how many of these new technologies will impact the surgical community, from both an implementation and procurement perspective.
Waiting times in hospital emergency departments could be cut with the introduction of Lean Management and Six Sigma techniques. Lean Management involves never-ending efforts to eliminate or reduce 'waste' while Six Sigma is a disciplined, data-driven method for eliminating defects.
Currently, doctors have to throw away more than 80 percent of donated tissue used for joint replacements because the tissue does not survive long enough to be transplanted. Following a recent study, researchers have developed a new technology that more than doubles the life of the tissue.
Visualization technology in the OR is ever-changing, with new solutions on tap for 2015 and beyond. Knowing that 3D imaging and 4K visualization is cutting edge might not be enough to justify the purchase, so Surgical Products sat down with some key thought leaders to garner their perspective.
Researchers have been able to combine advancements in tissue engineering and 3D printing to construct new cartilage for airway construction in repairing damaged windpipe and trachea segments. The approach offers greater customization for varying patients, including children.