Rapid advancements in surgical planning techniques are propelling the field of orthopedic technology into a transformative phase. João Pedro Ribeiro, the Chairman and CEO of PeekMed, is at the forefront of this change. His story, from a biomedical engineer to an industry leader, highlights the impact of innovation in healthcare. As we enter an era where technology and medicine intersect more than ever, the stakes for improving patient outcomes have never been higher. So how does technology streamline surgical planning and enhance orthopedic care? This is the core question addressed in the late ..read more

In the latest CurveBeam AI Cast episode, recorded at the AOFAS Annual Meeting 2023, host Dr. Lew Schon, MD, Director of Innovation at Mercy Medical Center and Professor at John Hopkins University and NYU Langone, engages in a riveting conversation with Dr. Marie-Aude Munoz, MD, a distinguished Orthopedic Foot & Ankle Surgeon from Montpellier, France. Together, they explore Dr. Munoz's trailblazing journey into opening a private practice to offer weight bearing CT imaging services to her patients. Discussion Highlights: • Dr. Munoz's transition from traditional orthopedics to establishing h ..read more

The introduction of weight-bearing CT scans has revolutionized how surgeons assess and treat various orthopedic conditions. Research indicates this technology can provide clinicians with in-depth, real-time insights, allowing for better patient outcomes and more accurate diagnoses. How is weight bearing CT technology influencing the approach of orthopedic surgeons, and how are patients benefitting from it? Welcome to the CurveBeam AI Cast, where the future of orthopedics is at the forefront. In this episode, hosted by Dr. Lew Schon, a renowned Orthopedic Surgeon and Director of Innovation at M ..read more

The benefits of WBCT (Weight Bearing Computed Tomography) usher in a new era of orthopedic diagnostics, illuminating previously obscure aspects of hindfoot alignment. The shift from 2D X-ray technology to 3D imaging has been profound, offering a more intricate understanding of bone structures and alignments, which is critical for effective treatment plans. Numerous research articles point to the reliability of different approaches in conventional X-ray and cone beam CT, showcasing the reliability of WBCT in hindfoot alignment assessment. As the dialogue around these advancements intensifies, t ..read more

In recent years, the orthopedics field has been gravitating towards using 3D imaging technologies to foster a deeper understanding of bone structures and alignments. A notable driver of this shift is the application of Weight bearing Computed Tomography (WBCT), which has emerged as a game-changing tool for evaluating hindfoot alignment. What might the integration of weight bearing CT signify for the future of orthopedic diagnostics and treatment? How might this advancement in imaging technology alter the conventional practices in orthopedics? In the latest episode of CurveBeam AI Cast hosted b ..read more

Axiometrics may be new but it’s set on revolutionizing orthopedics forever. Every year, approximately two million Americans suffer from acute ankle sprains, and bone and joint injuries in the lower limbs. While most of these injuries heal with time, there is a subset of patients who experience chronic ankle instability, enduring persistent pain and limited mobility. Unfortunately, the underlying causes of this condition remain poorly understood. However, the tides may be turning, thanks to the perseverance of a determined doctor and advancements in imaging technology. Orthopedic surgeries play ..read more

Imaging and diagnostics are important facets in healthcare and nearly every area of medicine relies on this technology to diagnose or monitor conditions. In orthopedics, it is an especially vital tool, as it allows surgeons to discover and perform successful procedures for their patients. Currently, improved AI imaging technology is helping to support orthopedic surgeons in identifying and better detecting concerns and conditions. CurveBeam AI is a leader in developing equipment to assist orthopedic surgeons in this process and will help change the future of AI imaging technology and orthopedi ..read more

The foot and ankle are complex structures comprised of 26 small bones and 29 muscles. With so many structures and an incredible amount of variation in how deformities can present, surgical corrections aren’t so simple. For example, there are more than 100 operations that can be performed for hallux valgus deformities, commonly known as bunions. 3D planning helps to address the variations and nuances of foot and ankle surgeries to assist in obtaining optical post-surgical outcomes. How is one company, RedPoint Medical 3D, making 3D planning more accessible to orthopedic surgeons? On this episod ..read more

Dr. Lew Schon, MD, makes his debut as guest host on CurveBeam AI Cast in an interview with his former fellow, Dr. Cesar de Cesar Netto, MD, PhD. The two reminisce about how Dr. De Netto was first introduced to WBCT imaging at Medstar Union Memorial Hospital in Baltimore, and how he is now a global leader in WBCT research and applications. The two discuss: Dr. de Netto's research into progressive collapsing foot disorder (PCFD) and how WBCT could guide treatment, for example fusion vs. joint preserving procedures. Whether Dr. de Netto thinks all foot & ankle studies will eventually need to ..read more

KEY POINTS: The mentor/mentee relationship is critical in advancing medicine and technology. Significant technological developments in bone health imaging help predict fractures. As the density of bone goes down, the risk of fracture increases. CurveBeam AI Medical Director - Endocrinology Prof. Ego Seeman recently sat down with Vinti Singh, CurveBeam AI’s Marketing Director, to discuss the future of bone health imaging. Prof. Seeman is a Professor and Endocrinologist in the Departments of Medicine and Endocrinology, Austin Health, University of Melbourne. He was recently awarded the Gideon ..read more