Motion Capture Tracking with Kids!

At DARI we have been hard at work to improve the motion tracking of kids.

The current DARI model is designed to track adolescent/adults. Over the years we have continually improved that model to be the best in the industry and the only FDA cleared markerless motion capture skeleton.

We plan to continue the development of the child tracking to provide a better solution for all of our kids. Removing the unpleasant marker-based experience and giving healthcare providers a tool to continually monitor their motion health as they grow.

More to come, but the future is bright!

United States Air Force: Celebrating 3 years with DARI!

The United States Air Force and DARI have been working hard together for 3 years. With DARI systems located at a handful of bases throughout the country, the Air Force uses DARI for everything from critical research studies to determining the preparedness of battlefield airmen.


(U.S. Air Force photo/Airman 1st Class Alexander Cook)

At DARI, we just want to say thank you to the United States Air Force for not only being a leader in MSK health in research and performance, but also the work you do for our country!

Clinical Study – Movement Analysis helps identify season ending injury risk in NCAA D1 Athletes

Objective: This study examined the ability of a pre-season performance motion analysis (PMA) screening using a markerless motion capture system to identify NCAA D1 football players who would experience non-contact season ending injuries.

Using four clusters of variables (i.e., vulnerability, MCS composite score, strength/power discrepancy, torque differences) 5 players were identified as at-risk for season-ending injuries. Although two individuals were reported as false positives, there were no false negatives (i.e., suffered a season ending non-contact injury but not identified by the MCS testing).


The abstract is linked below:
Abstract – Identification For Season End

Activities Of Daily Living (ADL) and DARI: Better Data and Outcomes

Activities of daily living (ADLs or ADL) is a term used in healthcare to refer to people’s daily self care activities. Common ADLs include feeding, bathing, dressing, grooming, work, homemaking, ambulation, cleaning and leisure. DARI can be used to better understands a person’s functional capacity to perform those tasks.

From basic to instrumental ADLs DARI can connect the dots and give more data to make an informed clinical decision ultimately improving the patient’s experience.

A Presentation on ADLs and DARI is linked below:

ADL Presentation – Readiness for activit

Bardavon Health Innovations: Celebrating 2 years with DARI!

Bardavon and DARI have been working hard together for 2 years. Bardavon Health Innovations is a national specialty Physical Medicine Network that optimizes the way Patients, Providers, Payors, and other key stakeholders interact with each other in the Workers’ Compensation, injury prevention, and rehabilitation marketplace.

https://www.bardavon.com/

At DARI, we just want to say thank you to Bardavon for being a leader in MSK health in healthcare!

How has functional movement science changed over the years?

What was once subjective has now transformed into objective… tracking what the human eye can easily miss.

The desire to track and monitor human movement has been around for more than 70 years, but the focused science on functional movements started in the mid 1990s. Instead of working on more complex human movements like gait, some biomechanist started breaking down those movements into more basic movement patterns. The theory follows that if you can’t do the basic functional task first how can someone do something more complicated without complications. The results have manifested over a 25 year improvement in knowledge related to functional tasks.

The science started with standard observation of movement with the naked eye. As certain patterns started to emerge so did tools for tracking those tasks more accurately. Different measurement devices (rods, tapes, bars) started being used more regularly. Around 2005, motion capture technologies were being introduced to take the concept of functional screening and focus more on granular detail about “how you moved” rather than just “what you did”. Motion capture recently over the last 5 years has been able to fortify the functional screen and remove any human error in measurements. Leaving only objective, non-bias, movement data ready for review by researchers and professionals.

Movement Review: Gait

A movement review is an excellent touch point to see exactly what DARI can collect and to better understand its importance in your motion health!

Gait analysis is a pillar in movement testing for a lot of different laboratories across the world. With DARI You can now gather information on this movement more easily than ever. From orthopedic issues to neurological diseases DARI can help you track your patient’s locomotion.

Evaluation of movement across a lifespan is essential. If possible, include this movement in your program for that reason. Tracking your motion health for decades is the clear way to make sure you are improving it’s quality.

DARI Health: Case Study – Hip Arthroplasty Rehabilitation Progression

Take a peek at what hip replacement rehabilitation looks like with DARI Health. Review how the reporting ecosystem works to easily help the healthcare provider document and track the patient’s progression.

Baseline Screen: 6 weeks post-op, 9 movements = 4 mins testing time
The patient is post op from a right total hip joint replacement and is showcasing restricted range of motion (mobility). The Primary plane joint impairment is 66%. These restrictions have reduced the patient’s ability to complete activities of daily living related to walking and sitting. Therapeutic interventions have been implemented to initially improve overall range of motion (mobility). Crutches should be used throughout the day, but light activities can be permitted if no pain is experienced.

Click to download the entire case study…
Case Study – Hip Rehab – Total Joint Rep

For more on DARI’s rehabilitation application:
https://www.darimotion.com/rehabilitation

Research Study : The Effects Of Vertical Jump Fatigue On Total-Body Biomechanics

Objective: This study compared the performance motion analysis (PMA) screening using a markerless 3-dimensional (3-D) video MCS to identify alterations in lower-extremity performance following a vertical jump (VJ) fatiguing task.

Tracking performances changes will give future insights on how fatigue can be rated and evaluated. This may provide a strength and conditioning professional helpful longitudinal information as an athlete/patient/client progresses through a training program and season.

The full article is linked below:
https://kuscholarworks.ku.edu/handle/1808/27972