CartiScaff largely resembles original cartilage in terms of structure and composition, and serves as a component of the regenerative tissue, thereby assisting the process or tissue formation. ... Read more »
Orthopedic leaders share how their teams have stayed aligned and maintained productivity throughout the pandemic. ... Read more »
The partnership is formed to advance additive manufacturing technologies. ... Read more »
How is AI shaping orthopedic technology? While the timeline for broader acceptance of AI in orthopedics is uncertain, its vast scope and power is already making an indelible impact. ... Read more »
Silk protein fiber is 75% biocompatible fibroin that has multiple applications in the medical field. ... Read more »
CLS seeks to expand its overseas customer base, particularly with U.K. firms in a post-Brexit environment. ... Read more »
X-BOLT Orthopaedics addresses the issue of screw cutout in hip fracture repair with technology that replaces the lag screw for femoral head fixation. Studies indicate that the system significantly reduces the reoperation rate. ... Read more »
Published study results have established the suitability of 3D-printed PEKK scaffolds as an integral component for regenerating critical-sized bone defects. ... Read more »
The company plans a 2019 launch of AR navigation for spinal fusion, joint reconstruction and the repair of anterior cruciate ligaments. ... Read more »
The CRO will present on osseointegration and biocompatibility evaluation of silicon nitride composites.... Read more »
By simulating the textured surface of cartilage, researchers from the University of Arkansas and the Czech Republic have found that using prostheses with square micro-dimples could extend the life of hip implants.... Read more »
The company’s RESOMER Composites are designed to enhance the performance of bone fixation devices; a new Tissue Engineering Project House has been established in Singapore.... Read more »
In animal testing, the patented titanium fiber plates did not demonstrate bone embrittlement after close contact for prolonged periods.... Read more »
The medical research organization is expanding access to accelerated product development and testing services.... Read more »
The hospital system is attempting fat-based stem cell treatments on orthopaedic patients, using the cells to heal small/partial thickness rotator cuff tears. It's the first trial in the U.S. to gain FDA approval for the use of adipose stems cells to treat the injury.... Read more »
The orthopaedic device company is investing more than $7 million in manufacturing and research.... Read more »
After reviewing company product launches, research and discussions, it's clear that implant coatings are of great interest to orthopaedic professionals.... Read more »
The Canadian province of Quebec is home to a robust orthopaedic industry characterized by innovation, research, a history of achievement, manufacturing prowess and investment.... Read more »
Bone Biologics entered into an exclusive license agreement with UCLA for global application of NELL-1/DBX® protein in the treatment of osteoporosis and trauma through a technology transfer.... Read more »
The full-service engineering firm has grown its portfolio of medtech clients in the U.S. and around the world.... Read more »
In early August, both Globus Medical and K2M announced acquisitions that complement current products and position them for future growth.... Read more »
Lucideon has welcomed five students from the HyMedPoly program to research drug-free antibacterial hybrid biopolymers for medical applications.... Read more »
With the support of a $20,000 grant from The American Foundation for Surgery of the Hand, a research team at UNM seeks to make 3Dprinted bone/ligament hybrid tissue for use in hand and wrist procedures.... Read more »
The location serves flourishing biotech and medical technology companies in the region. ... Read more »
Scientists have programmed stem cells to grow cartilage on a 3D woven scaffold shaped like a femoral head. The technology’s first focus is hip arthritis.... Read more »
What are you working on for 2017? How do your daily tasks align with overall growth objectives? We look forward to sharing your successes in these pages next year. Until then, let’s reflect on what fueled momentum this year.... Read more »
Researchers at The University of New South Wales developed a fusion device designed to stabilize the spine without bone graft or pedicle screws in single-level posterolateral fusion.... Read more »
The partnership will leverage Oberg's expertise in complex tooling and precision machined metal components for use in Pitt’s ANSYS Additive Manufacturing Research Lab.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
Adaptive designs have emerged as an attractive alternative to traditional clinical studies due to the potential to reduce resources, time and costs. However, several critical components must be considered to determine whether such a trial design is a fit for you.... Read more »
