How do professional athletes recover from sports injuries and what are the advancements in sports medicine that are making these recoveries faster, and better? On this episode of the Curvebeam Connect podcast, host Vinti Singh, Director of Marketing at Curvebeam, spoke with Dr. Glenn Gaston, hand surgeon with OrthoCarolina, and hand consultant for the Carolina Panthers and the Charlotte Hornets, about these issues, with a focus on hand and wrist injuries.
As a member of the NFL physician’s society, Dr. Gaston was able to share with Singh, how the NFL’s muscular skeletal committee operates, what it does, how it reviews player injury data, and how it works to find solutions for better player care, and faster injury recovery times.
The focus of the subcommittee’s work is broken into two parts; they look at common metacarpal fractures, hand injuries they see frequently in players, and then they look at injuries such as Scaphoid bone fractures, which are harder to detect, and if left untreated can cause permanent, long-term damage.
“Every single practice, every single game, every single injury to every single player is recorded,” said Dr. Gaston. The committee looks at whether the injury took place on a Thursday or Sunday game, what type of turf the injury happened on, and weather conditions. A lot of considerations go into recognizing patterns and developing the right solutions and methods.
With this research, and the methods used to treat these professional sports athletes, often what gets developed for player injury recovery later becomes the standard used to treat regular injuries.
On this CurveBeam Connect Jobcast episode, Director of Regulatory Affairs Ryan Conlon said the most important trait he is looking for is someone with a little bit of creativity. “This role is going to require the associate to read and interpret the regulations or standards, and then use your critical thinking to determine how we’re going to be in compliance with these regulations in a fashion that is minimally impactful to our product performance, company goals, and our timelines and without ever compromising product or patient safety,” he said.
CurveBeam was founded in 2009 by a group of individuals with a proven track record in the advanced and compact CT imaging device domain. We’re an energetic company that is innovating and leading the way in orthopedic CT imaging on a worldwide scale.
- Location: Hatfield, Pennsylvania
- Days of the week: Monday – Friday
- Travel involved: Minimal, if any
- Educational requirement: Bachelor’s of Science in Engineering, Science, Regulatory, or a related discipline
If you’re looking for a place where you can work hard and better yourself in an energetic environment, check out Curvebeam’s job openings
In this episode of the CurveBeam podcast, host Vinti Singh sat down with Dr. Martinus Richter, MD, Ph.D.to discuss the results of his latest published study: “Results of more than 11,000 scans with weight-bearing CT – Impact on costs, radiation exposure and procedure time.” This first-of-its-kind study examined the economic implications of CT scans versus radiographs for patients.
Click here to download the execuctive summary for this episode of CurveBeam Connect, featuring Dr. Martinus Richter, MD, PhD.
Dr. Richter is department head of the foot and ankle orthopedic surgery section at Hospital Rummelsberg in Rummelsberg, Germany and has published numerous studies in orthopedic journals.
Dr. Richter oversaw a study, which was conducted over more than five years. to assess the benefits of using weight bearing CT (WBCT) instead of a combination of weight bearing radiographs (R) and conventional CT (CT). The study looked at the modalities’ impacts on costs, radiation exposure and procedure time.
In the study, 11,009 scans, taken from July 2013 through March of 2019, were obtained from 4987 patients—45% (4,897) before treatment; 55% (6,022) at follow-up—with a yearly average of 1,957 WBCTs (bilateral scans). These were compared to 1,850 Rs (bilateral feet, dorsoplantar and lateral, metatarsal head skyline view) and 254 CTs obtained from 885 patients (RCT group) in 2012.
The conclusions help to solidify that not only can WBCT more precisely measure bone position than conventional R and CT scans, but also decreases the time needed for image acquisition by 77% and radiation dosage by 10%, while increasing institution financial profitability by $57.19 (51€) per patient.
For a premier orthopedic surgeon, you might be surprised to learn Dr. Cesar de Cesar Netto, has never broken a bone. Even as an athlete playing soccer, the founding member of the Weight Bearing CT Society never sustained an injury like the ones he sees from his patients in his orthopedic work. “I was a goalkeeper,” he says chuckling.
On today’s episode of Curvebeam Connect, host Vinti Singh, Curvebeam Marketing Manager, sits down with Dr. Cesar de Cesar Netto, M.D., Ph.D. of the University of Iowa Carver School of Medicine to learn more about the Brazilian surgeon and researcher and discuss advancements in extremity CT scans.
Since the WBCT Society held its first meeting in Berlin in 2016, the organization has presented at several conferences and made significant strides towards its mission, Dr. de Netto says.
Specifically, a recent imaging study of patients with adult-acquired flat foot, or flat foot deformity, found that 70 percent of those patients had some degree of subtalar joint subluxation and sinus tarsi impingement. Dr. de Netto was a co-author of the study that used weight bearing CT imaging and MRI, as opposed to two-dimension x-ray imaging.
“The foot is such a beautiful biomechanical machine with so many joints that I always thought X-Rays couldn’t really demonstrate to you what the deformity consisted of,” he says.
Click here to watch a YouTube video of Dr. de Netto discussing how weight bearing CT permits further research into flat foot deformities.
Weight-bearing CT scans have many benefits when compared to a weight-bearing X-ray. The problem is that the United Kingdom’s hospitals often don’t have the immediate capital to invest in the 3D technology.
On today’s episode of Curvebeam Connect, host Vinti Singh, Director of Marketing at CurveBeam talks to James Kraft, founder and CEO of The Standing CT Company, a provider of weight-bearing CT services to hospitals throughout the UK and Europe via mobile imaging vans.
“The question was how to get more of these into hospital in a way that was financially feasible,” Mr. Kraft said. “So, we came up with a mobile solution that could go from hospital to hospital.”
The mobile scanning unit has so far taken off with flying colors, and hospitals are beginning to adopt this structure. “Right now, we are doing a lot of one-off scanning days with our first unit. And the surgeons are very motivated to get it into their hospitals. They know the advantages,” Dr. Kraft said. “We plan to have our second mobile unit by end of the year and two to three more by 2020.”
The company is very focused on educating surgeons, radiologists, and clinicians about the units, the workflow of getting scans back to hospitals, and why mobile units are more cost-effective. To bring together all stakeholders, The Standing CT Company is hosting a full day conference in London on July 12.
“The event came from the idea of looking at what the industry needed to know, and our advisory board was very influential. The conference will have lots of sessions from experts about CT scanning, orthopedics, and more,” Mr. Kraft said.
On this month’s edition of CurveBeam Connect, Vinti Singh, Director of Marketing at CurveBeam interviews Alexej Barg, M.D., an orthopedic surgeon at the University of Utah.
Dr. Barg specializes in the care of the foot and ankle, as well as reconstruction of traumatic injuries to the foot, ankle replacement, and joint preserving procedures.
Prior to coming to the University of Utah, he was the head of the Orthopedic Department at the University of Basel in Switzerland.
Dr. Barg currently serves as a reviewer for numerous medical journals including Foot & Ankle International, Journal of Biomechanics, Clinical Anatomy, and BMC Musculoskeletal Disorders, and is well published in foot and ankle replacement.
Currently, Dr. Barg is working with a variety of other researchers on a series of weight-bearing CT projects, including two cadaver research studies. On working with Dr. Arne Burssens on a templating method, Dr. Barg said, “we’re able to compare the healthy side versus the injury side and can detect very small differences in imaging using weight-bearing, which we’re not able to do using conventional radiographs and MRI.”
Give this podcast a listen to hear Singh and Dr. Barg break down his recent presentation on evaluating syndesmosis, his discoveries on the effect that torque plays in syndesmosis measurement, and whether these findings could translate to imaging in the clinical setting.
CurveBeam is thrilled to announce the launch of its official podcast – CurveBeam Connect.
Each month, CurveBeam will bring its listeners voices from the clinic, the radiology reading room, medical conferences and more.
The featured guest for CurveBeam Connect’s inaugural episode is Dr. Francois Lintz, MD, a foot & ankle orthopedic surgeon at Clinique L’Union in Toulouse, France. He discusses why he believes weight bearing CT imaging should replace conventional radiography as the gold standard for diagnostic imaging of lower extremity conditions. He also discusses how he conceived the idea for TALAS, a semi-automatic tool for measuring hindfoot alignment in three dimensions.
You can listen to the podcast by hitting the play button on the player above.
Make sure to subscribe to CurveBeam Connect on iTunes and Spotify to stay up to date on the latest episodes.