Chad Herremans and Nathan White join the company in VP roles.... 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 »
Patient after patient presenting with similar musculoskeletal disorders—shoulder impingement, hip arthritis, knee dislocation—led orthopaedic surgeon Paul Monk, M.D., to ask himself a series of questions: Why are these happening? Are these conditions getting worse? Are our bodies fit for their p... Read more »
Many articles generalize design controls, but few provide direct application. This article offers a broad overview for engineers and their managers to highlight the milestones of a design process from design request to purchase order, using Finite Element Analysis.... Read more »
Challenges in orthopaedics have created new opportunities to innovate. Here, we look at two: delivery of care and manufacturing techniques.... Read more »
All medical devices must be tested. However, the varied aspects of device testing can be unfamiliar ground, and standards are often vague guidelines, open to interpretation.... Read more »
Advances in the development of prosthetic joints and materials have led to a need for more effective testing solutions to drive the development of new and improved implants.... Read more »
Infection control has been on the radar of various orthopaedic device companies, from start-up to top five. In the trauma market, technologies intended to minimize post-surgical infections are emerging as a potential solution to curb rising healthcare costs.... Read more »
In a highly regulated, cost conscious industry, a roadmap to innovation is as important as the type of innovation itself. Companies large and small need to do the following to successfully meet market expectations: allocate money, leverage data and consult FDA.... 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 »
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 »
This is the third in a series of articles focused on the design controls process from a standpoint of business acumen as well as meeting customer requirements in the orthopaedic medical device market. Sometimes called the requirements phase, design inputs are the starting point of understanding the ... Read more »
