Movement Review: Trunk Rotation

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!

Trunk Rotation is one of our spine movements that allows a user the ability to better understand their patients ability to separate their shoulders from their pelvis. In functional screening, this is one of the more complex movements that often times goes unmeasured or avoided based on the technology’s limitations.

DARI can give you an accurate picture of how the spine functions during rotation for both left and right comparisons. Finally, this can be applied to a variety of different situations to better determine a patient’s readiness to complete that movement.

DARI Wants To Know: Is Your Body Ready?

Is your body ready for exercise? With a DARI screen we can tell you your body’s readiness status and ways to improve your motion health!

Readiness is a cumulative data reduction model that utilizes other data models across a variety of movements to help tell a simple story of whether your body is ready/prepared for movement. This is a singular overview metric to help communicate the overall status of the subject.

DARI Health: Understanding the DARI Report

Understanding the DARI report requires the health plan to analyze the risk by diagnosis against the finding of the report. The DARI report has both a statistical breakdown of the aging adults range of motion and movements, and a motion age, how that person moves compared to a larger population of like adults. DARI can then easily track within the health plans claim system statistical projections of risk placement. This would provide a more accurate risk score and bumps the HEDIS data scores.

At the next level, there is some added strategy and with an analytical emphasis that drives outreach to providers during the year. Coordination with the provider and the payer could allow for the implementation of necessary therapy services that would prevent the member from actually falling and sustaining a total joint replacement, for example.

Finally, a mature organization employs an enterprise-wide, coordinated program that encompasses a data and analytics infrastructure along with clinical and administrative processes. Using DARI to scan using HEDIS measure This facilitates ongoing improvement through organizational learning that supports effective engagement with patients and providers and anticipates and solves problems as they arise.

As the shift to value-based payment accelerates, successful healthcare organizations can take these five steps to build an enterprise-wide, highly effective quality management program that will not only improve HEDIS scores but will also deliver care quality and cost saving benefits:

Embrace AI, machine learning (ML) and Motion Capture Process (MCP). These tools can drive more accurate data with providers and members to increase compliance. For example, AI and ML techniques can use historical data to identify which providers to contact and what action you need them to take with patients. Add to that Motion Capture to leverage information already captured in your charts. Looking ahead, the more actionable data that is available at the point of patient interaction, the more providers can be proactive and drive higher quality outcomes.

Operationalize innovation through data. Technology is evolving quickly and many of most successful health plans already use AI, ML, and MCP along with advanced analytics to improve-and to compete-on HEDIS measures. It’s no longer necessary to wait for slow-moving claims data. With the advent and availability of a broader range of clinical data, more organizations are innovating continuously to drive better care and better processes.

EXOS: Celebrating 3 years with DARI!

EXOS and DARI have been working hard together for 3 years. The EXOS 3DMQ is a product design around helping you “move like you’re meant to”. With a 5 minute screen they can identify you pinpoint the root cause.

At DARI, we just want to say thank you to EXOS for be a leader in MSK!

To learn more…

https://www.exos3dmq.com/

What biomechanical model are you using? The devil is in the details…

It’s not about how you capture a subject. The problems are related to how you trajectories joint centers.

When capturing data related to human movement everyone will work to track some point on or around the body– regardless of the technology platform. From those tracked points, we will work to tragectorize a new location inside the human body (ie. identify a hip joint center). This joint center is the root of all biomechanical calculations. From that information you can calculate kinematics and kinetics about a human’s movement. Those kinematic and kinetics calculations are fairly standardized in the scientific community, but they have overlooked the model used to trajectories the joint centers. There are a variety of models used for this (Helen Hayes, Cleveland Clinic, etc.), and all of them calculate different joint center locations. Only recently has MRI technology been used to create a ground truth measurement of where joint centers are actually located. The novel research is making some points very clear.

1- If you alter a skeleton model for kinematic or kinetics calculations you will significantly change the outcome measures.
2- There is no standardization for this process.

Therefore, when you are collecting data to make important decisions, make sure you are using the best model for your needs. Because, the more you change or continue to see as indifferent the more you will poorly impact a person’s motion health testing repeatability.

Movement Review: Countermovement Vertical Jump

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!

A vertical jump is the act of moving your body upwards in the air (overcoming the gravity of your bodyweight). It is a long held standard for testing or measuring athlete performance related to power output. An example of one of the most common programs is the NFL combine. Generally, athletic programs use it is a back bone for determining athlete readiness or preparedness.

With the vertical jump test being so important there are a variety of different variables to track; Distances, angles, velocities, accelerations, forces, torques, impulses — to name a few.

Other technologies in the area of vertical jump testing may only look at 5-10 total variables. AT DARI — we calculated and use 257 unique variables (over +50,000 data points).

Clinical Study – Accuracy Of Markerless 3D Motion Capture Evaluation In Parkinson’s Disease

Kinematic data obtained with this markerless system [DARI] could contribute to discriminate between PD patients and healthy controls. This emerging technology may help to clinically evaluate PD patients more objectively.

The objective of this study was to determine whether a markerless 3D motion capture system is a useful instrument to objectively differentiate between PD patients with DBS in On and Off states and controls and its correlation with the evaluation by means of MDS-UPDRS.

The full article is linked below:
Clinical Application – Neurological Pati
Download • 1.59MB

DARI Health: An Effective Quality Management Program To Improve Clinical Indicator Tracking.

As health plans shift to value-based payment models, successful health organizations must utilize technologies to build an effective quality management program that will improve clinical indicator tracking and deliver quality care and cost savings.

With more than 90 different healthcare measures, collecting HEDIS data has become incredibly complex. The use of technology can assist in the collection of this data, provide better clinical indicator tracking and drive better quality outcomes.

For most healthcare organizations, there is a recurring and inefficient loop of chasing charts to document, analyze, assemble, and report quality data elements to clinical indicators. This process becomes time consuming, expensive and provides a level of stress for the personnel responsible for the data submission.

There is a better way– DARI Health is an efficient, highly effective quality measurement tool that can be used to monitor, measure and report clinical indicator tracking measures that focus on musculoskeletal deficiencies and disorders. The initiative will yield big dividends, save cost and stop chart and medical record chasing.

For example, one payer achieved an annual savings of $2.5 million by replacing their manual chart-chase with electronic healthcare data. DARI Health has developed within their reporting the same electronic data for clinical indicator tracking. To achieve these results, DARI Health looked at clinical indicator tracking itself and built in the appropriate movements to statistically calculate the patient’s mobility and the likelihood that the patient would have a gait and stability event in the future.

Cerner Motion Health: Celebrating 8 years with DARI!

We love working with Cerner and their team operating the motion health program. With several systems running at different sites they provide a best in-class wellness experience for their employees.

In 2012 when Cerner first started using DARI it was a groundbreaking experience. From then on it has been nothing but continual advancements in the understanding of workplace wellness. Cerner has shown a direct path through DARI technology that will save employers millions.

At DARI, we just want to say thank you to Cerner Motion Health for be a leader in MSK!