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Disior™ acquired by Paragon 28®

19/1/2022

 
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Disior™ is very excited to announce that we are now part of the Paragon 28® family!

Together, Disior™ and Paragon 28® will build the Smart 28™. The Disior™ team will be an integral component for SMART 28™, Paragon 28’s ecosystem of enabling technologies for pre-operative planning, intra-operative support, and post-operative evaluation. Disior’s anatomy-specific surgical modules will provide foot and ankle surgeons the objective data needed for the diagnosis and creation of patient-specific surgical plans, and assessment of patient outcomes.

Read the full press release concerning the acquisition from Paragon 28®  here - ir.paragon28.com/news/news-details/2022/Paragon-28-Announces-Acquisition-of-Disior/default.aspx

For today and the years to come, we at Disior™ are committed to providing the same high level of support for research and clinical applications of the Bonelogic™ software that our customers have come to expect. We will keep all our products available for you and your colleagues and will continue to improve our offering.

As we develop the Smart 28™ platform, we hope to put it into the hands of our customers to help them analyze, plan and track your patient outcomes. Until then, we are still here for new and existing customers as we were before.
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"Disior advances our previously communicated growth strategy to target unique technologies and will immediately accelerate our internal research and development efforts, plus provide surgeons unique pre-operative planning capabilities." 

Albert DaCosta, Co-Founder and CEO of P28®.
“With this partnership, we have combined our talented teams and will bring a new standard of care to foot and ankle patients.”

- Anna-Maria Henell, CEO of Disior™.
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New research featuring Disior™ CMF Orbital

27/4/2021

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“Computer-aided method significantly facilitates the systematic evaluation of bone fragments, and the extent of orbital fractures.”

Pyötsiä K., Lehtinen V., Toivari M., Puolakkainen T., Lowery Wilson M., Snäll J. (2021). Three-dimensional computer-aided analysis of 293 isolated blowout fractures – which radiological findings guide treatment decision? Journal of Oral and Maxillofacial Surgery. DOI: https://doi.org/10.1016/j.joms.2021.06.026


Researchers from the Helsinki University Hospital, the University of Helsinki, and Heidelberg Institute of Global Health (HIGH), Faculty of Medicine and University Hospital, Heidelberg University investigated the factors associated with the choice of treatment in unilateral orbital blowout fractures. This fracture type is usually caused by trauma and affects the bony floor or inner wall of one eye socket. Traditionally, functional impairments such as eye movement disorders and malposition of the globe have guided treatment decisions.
This group of researchers aimed to determine what computer-assisted measurements were associated with treatment choice. Disior™’s CMF Orbital was used to automatically segment computer tomography (CT) images of the patient's anatomy so that the extent of the orbital could be determined. This methodology was applied, retrospectively, to a cohort of 293 patients that were treated for unilateral orbital blowout fracture at the Trauma Unit of the Helsinki University Hospital during 2013-2018. Nearly one-third of these patients underwent surgery. 
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Example of segmented, healthy orbits using Disior CMF Orbital
The key results of this study were:
  • The orbital volume difference compared to contralateral uninjured side (p = 0.008), fracture area (p < .001), and median fracture depth (p <.001), were found to differ significantly between those surgically vs non-surgically treated.
  • Patients with higher fracture depth were more likely to have undergone surgery (OR 1.40, p < 0.001), compared to those who were conservatively treated.
  • Moderate or severe displacement of extraocular muscles (OR 6.15, p < .001, respectively OR 30.75, p < .001), were explanatory factors for surgery compared to mild or no extraocular muscle displacement. 
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Example of surface meshes of orbital volume segmentation (blue) from CMF Orbital with automatically segmented fracture surface area (purple).
The authors found that in addition to traditional measures, orbital volume change, displacement of the extraocular muscles and radiological measures of fracture extent (obtained with CMF Orbital) were associated with surgical intervention. 
This study concluded that computer-aided methods (like Disior™ CMF Orbital) facilitate rapid and reliable anatomical segmentation, measurement of orbital fracture extent and 3D visualization of the orbital volume of large datasets (e.g. 293 patients analyzed in this study) of CT and CBCT images in clinical research. 

Congratulations to this international team of researchers on their innovative work!

Do you want to see how Disior™ CMF Orbital  can be benefit your clinical research and practices? 
Book a 30 min review of the software. 
Want to review the software yourself with a 30 day free trial? 
Request a trial license.
Have you got questions about how CMF Orbital works or how to set up research collaborations?
Contact our in-house experts at support@disior.com
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Collaboration is key: Disior™ partnership with Movement Analysis Lab at the Istituto Ortopedico Rizzoli (IOR) in Bologna sees results

11/3/2021

 
The fundamental promise of advanced medical imaging techniques like CBCT and WBCT is improving patient care. With better patient care being achieved through automation of image analysis, increased clinical knowledge and the development of diagnostic metrics.

Within extremity orthopedics 3D X-ray techniques are aiding diagnosis and treatment of common foot and ankle conditions like bunions and flat foot. The development and adoption of tools that can automate analysis of 3D medical images is a priority for this community. As automating analysis means removing barriers to both large-scale research projects (that can define normal ranges of bone alignment and objective metrics for defining pathologies and injuries) and use of 3D analytics within clinical practice.
Increased collaboration between clinical orthopedic researchers and software developers is vital to achieving the goal of improved patient care.
 “As MedTech innovators, Disior’s products are worthless without clinical collaboration and validation, and it’s not a one-way relationship. Software development at Disior is the results of a productive symbiosis between our team of mathematicians and engineers and our medical partners, both contributing specific skills and expertise towards our common goal of improving patient care.”  - Anna-Maria Henell, Disior™ CEO.
Disior CEO Anna-Maria Henell
Anna-Maria Henell, Disior CEO
Dr. Alberto Leardini is author of >190 scientific papers on extremity biomechanics and image analysis, mainly of the foot and ankle. He heads the Movement Analysis Lab group at IOR and is a prominent member of the WBCT society. The first results of the collaboration between Dr Leardini’s group and Disior™, which started at AOFAS 2019, are being presented at i-FAB Congress this April. A similar presentation was also given at the January WBCT virtual meeting, which was covered on our blog and is available to watch on FootInnovate.
3D models of the foot and ankle generated in Bonelogic medical imaging software
The process of generating 3D anatomical models of the foot & ankle with Bonelogic. Credit- Dr. Leardini.
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Example of whole foot 3D model in Bonelogic. Credit-Disior.
This study focuses on the 3D geometrical analysis of acquired adult flatfoot deformity (AAF) or progressive collapsing foot deformity (PCFD). AAF is a common deformity that requires multiple, complex and combined modifications of the foot skeletal architecture. An exact assessment of bone alignment in the foot is vital to planning and treating this condition. WBCT provides precise imagery of the foot that allows for bone alignment to be quantified before and after surgical intervention. In this study, 3D bone models were obtained using Bonelogic™ Ortho Foot and Ankle and compared with other state-of-the-art tools. Principal Component Analysis defined the anatomical reference frames for each bone model. Absolute and relative angles were calculated, in anatomical plane projections and in 3D. The results illustrate the advantage of these techniques and tools to diagnose and evaluate the clinical treatment of AAF. Concluding that the extent of a patients AAF as assessed from WBCT and 3D metrics can be quantified exactly. 
“Diagnosis and treatment of foot and ankle diseases , as well as the assessment of the treatments, must rely on accurate description of bone alignments when the foot is in weight-bearing, in support to all the traditional clinical measures. Establishing common terminology, definitions, and tools for analyzing and reporting these bone alignments in 3D is now essential. This research paper is part of a drive that will ultimately lead also to better medical understanding of the foot complex, and more informed patient care.” - Dr Leardini, IOR.
Dr Alberto Leardini, Istituto Ortopedico Rizzoli
Dr. Alberto Leardini, Head of Movement Analysis Lab at Istituto Ortopedico Rizzoli

Disior™ Bonelogic™ was built specifically to overcome some of issues of automation discussed here. Bonelogic™ takes DICOMs from CT, CBCT or WBCT and generates accurate models and analytics that describe the relationships between bones, in minutes. For example, across the 2600-foot datasets analyzed with Bonelogic­™ in 2020 the average time taken for the models and analytics to be generated was 3.1 minutes.

If you're interested in learning how Disior's products can aid in your research activities or clinical practice, talk to one of our experts. In a 45 minute meeting we can talk through your current image analysis workflow and discuss what we can do to improve patient outcomes together.
Talk to us
Automated analysis of medical images with Bonelogic software

Planmed to distribute Disior™ medical imaging software in the USA after Bonelogic™ receives 510(k) clearance from the US Food and Drug Administration

9/3/2021

 
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On February 5th, Disior™’s class II medical imaging software device for treatment and surgical planning in the field of orthopedics (foot & ankle and hand & wrist) Bonelogic™ (Bonelogic 2.0) received 510(k) clearance from the US FDA.

Within the Planmed-Disior distribution agreement Bonelogic is paired with Planmed’s Verity. The Verity is a low-dose extremity CT scanner which provides 3D images of extremities like the hand & wrist and the foot & ankle. It was the first device in the market able to provide 3D images of the foot & ankle region under natural loading conditions, an imaging technique now commonly termed weight-bearing CT (WBCT).

WBCT scanners like the Verity alongside automated medical imaging software like Bonelogic are considered are to be at the forefront of medical innovations for extremity orthopedics. Within the foot & ankle complex, WBCT is a proven tool in both European and American orthopedic clinics for the following common conditions:
  • Hallux Valgus
  • Syndesmotic injuries and instabilities
  • Progression collapse foot deformity
  • Extremity arthritis

Bonelogic™ allows for complete orthopedic characterization of the foot & ankle, as well as the hand & wrist. The software provides mathematical models of a patients’ anatomy and metrics that describe the relationship between bones, which are essential to understanding the degree of pathology or trauma.
“The technology within Bonelogic™ means that this type of analysis is completed in minutes. Whereas, in most other medical imaging software it would take hours. Therefore, with Bonelogic™ the barriers to clinical adoption of 3D analytics are removed.” Anna-Maria Henell, CEO, Disior.
The magic of combining the distribution of the Verity extremity CT and Bonleogic is that clinical workflows for common hand & wrist and foot & ankle conditions can be optimized. Reducing the workload of radiologists and clinicians.
“Bringing Bonelogic to the USA market has been a long-term goal for Disior and receiving the 510(k) FDA clearance is a huge achievement. By entering the US market with Planmed we can combine our resources to bring a new standard of care to US orthopedics.” Anna-Maria Henell, CEO, Disior™.
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Contact Disior to find out more
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“We are excited to be able to offer the Disior automatic segmentation and analysis software to our customers in the USA. These features are something our customers have requested, and we are happy to answer their needs,” says Johan Moed, National Sales Manager of Planmed USA. “Our Extremity CT solution is now more versatile than ever before. It is an easy-to-use and cost-effective solution, which makes it a great tool for any imaging center, clinic or hospital.”
FIND Your local PLANMED distributor

For more information, please contact:
Johan Moed
National Sales Manager, Planmed USA
johan.moed@planmed.com
+1-630-235-4389

Anna-Maria Henell

CEO, Disior
anna-maria@disior.com
+358 50 48 36433
 Disior Oy and Planmed
 
Disior Oy's mission is to provide medical professionals with the diagnostic information they need to deliver perfectly-tailored treatments to every patient. To do this Disior develops novel ways to automate the analysis of bones and soft tissue, linking medical doctors with engineers and mathematicians. The company owners include both leading orthopedic and maxillofacial surgeons as well as technology visionaries.

Planmed Oy dedicates its effort to the development, manufacturing and marketing of advanced imaging equipment and accessories that provide a unique combination of image quality and ease of use for medical imaging professionals. The company offers products for mammography and orthopedic imaging that are well-known for imaging performance, user-friendliness and good ergonomics. Since 1989, Planmed systems have provided tools for healthcare professionals in over 70 countries worldwide. Planmed Oy is part of the Finnish Planmeca Group, which operates in the field of health care technology.

Disior enters into a strategic partnership with the University of Iowa Orthopedic Functional Imaging Research Laboratory (OFIRL) to introduce automated medical imaging software for Orthopedics in the USA

19/2/2021

 

Disior Bonelogic® has the potential to revolutionize the diagnosis and treatment of patients suffering common extremity injuries and diseases.

Following our announcement last week that Bonelogic has received FDA 510k clearance. Today Disior can proudly announce that it has entered into a strategic partnership with the Orthopedic Functional Imaging Research Laboratory (OFIRL) team at the Department of Orthopedics and Rehabilitation of the University of Iowa, Healthcare.  

This collaborative endeavor will focus on the benefits of 3D imaging and especially the innovations and clinical importance of automated medical image analysis for extremity orthopedics. Orthopedic surgeon Dr Cesar de Cesar Netto MD, Ph.D., will be the principal investigator from the University of Iowa Health Care side of this strategic partnership.
LinkedIn announcement for the FDA 510k clearance
FDA 510(k) clearance announcement
Photograph of Dr Cesar de Cesar Netto
Dr Cesar de Cesar Netto, MD, Ph.D
Dr. Cesar de Cesar Netto is a renowned orthopedic foot and ankle surgeon who pushes for innovation within his chosen field. As director of the OFIRL, he and his group at the University of Iowa Health Care use advanced imaging techniques (particularly weight-bearing computed tomography-WBCT) to describe and treat for example progressive collapsing foot deformity, also known as flatfoot. To Dr de Cesar Netto “the foot is a complex biomechanical masterpiece”. Understanding the three-dimensional relationship of thirty different bones is extremely challenging, especially in the setting of complex deformities such as cavovarus and progressive collapsing foot deformities. Weight-bearing CT imaging has unveiled details of alignment and relative positioning of tarsal bones but has brought additional challenges e.g. bone segmentation and 3D orientation assessment.

“Disior and the Disior Bonelogic software allow us to perform quick and automatic bone segmentation, as well as provided us with a thorough assessment of the relationship and three-dimensional orientation of the tarsal bones. It is a game-changer and will become the standard in the assessment and treatment of patients.”
- Dr de Cesar Netto

3D analysis of a whole foot from Bonelogic medical imaging software
Image of the 3D model and results of a whole foot WBCT scan in Disior's Bonelogic, medical imaging software
Kevin Dibbern, Ph.D., Co-Director of the University of Iowa OFIRL had this to say about the state of play within the field and the advantages of this strategic partnership:
“A constant limitation in orthopedic research is translating the results of complex 3D analyses to clinical practice. Since the advent of CT imaging, researchers have been segmenting and evaluating the 3D nature of boney deformities and positioning. However, the time-consuming nature of the segmentation process has led to a gulf between the detailed findings published in the literature and the methods used to evaluate patients. Disior Bonelogic software bridges that gap by automating the segmentation step and bringing true 3D analyses to the clinic for the first time. As a researcher, I am continually impressed by the breadth of images able to be seamlessly analyzed in the Bonelogic software with poor bone quality, substantial deformities, and even metal artifacts. These tools have expanded our research capabilities and enabled studies that would traditionally take months or years to be performed in hours or days. ”

"Disior Bonelogic is simultaneously advancing research and everyday care in ways that were never before possible." - Dr Dibbern

Photo of Dr Dibbern and the Iowa OFIRL team
Iowa Team, photo courtesy of Dr Dibbern
Example of the Bonelogic 3D analysis output for a partial foot scan
Example of automated 3D analysis results possible in Bonelogic
Photo of the Iowa team performing orthopedic experiments
Iowa Team in action, photo courtesy of Dr Dibbern
Collaborative research is at the heart of the development process at Disior. Partnerships with Finnish and European Hospitals and Universities have proved extremely beneficial to the development of our products. For example, testing and defining clinically relevant measurements that describe the hand and wrist, the other extremity currently covered by the Bonelogic software.
To Disior CEO Anna-Maria Henell, the strategic partnership with the University of Iowa’s OFIRL means that “we can work closely with a world-class team of experts to fine-tune our 3D medical imaging software, Bonelogic, for clinical practice in the USA. This collaboration will also allow us to quantify the benefits of the software for research and clinical practice. We aim to reduce the work-load of clinicians and to advance understanding of complex 3D anatomies so that patients get the right treatment every time, this partnership will help us achieve this goal.”
Photo of Disior CEO Anna-Maria Henell
Disior CEO Anna-Maria Henell
If you're interested in discussing research projects, collaborations or are just intrigued to see what role Disior's innovative medical imaging software can play in your clinic or research group contact us.
Get in touch

Guide to the 2nd International WBCT Society Virtual Meeting - January 16th

22/1/2021

 
On Saturday 16th January the Weight-Bearing Computed Tomography Society held their 2nd Annual International Meeting. The recordings of each talk are being made available via the FootInnovate platform. If you don't know which talks to watch or aren't a member of FootInnovate then this guide synthesises the key themes of the talks and highlights key speakers for each topic.
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“The WBCT Society is currently the only scientific society in the world with more publications than members.” – Associate Professor Martinus Richter, MD.
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The International WBCT Society is an academic society focused on enhancing diagnosis and understanding of weight-bearing foot and ankle conditions. The IWBCT promotes dialogue and collaboration on weight-bearing CT research initiatives, through events like the 2nd International WBCT Society Virtual Meeting. The goal of the society is to help create standardised clinical protocols for weight-bearing CT measurements and analysis.

Theme 1. Innovation

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Francois Lintz (President-Elect, WBCT Society) opened proceedings with Figure 1, which shows that the amount of WBCT research has quadrupled since Weight-Bearing Computed Tomography (WBCT) scanners came onto the market. This rise in publications is not just an indicator of the importance of the technique to answer scientific questions but also “means better understanding of the complex 3D anatomies – and ultimately better outcomes for patients”.

Graph from PubMed showing the number of WBCT paper released through time
Figure 1. WBCT literature through time, from Dr Lintz's presentation.
This link between research and clinical practice pervaded all talks at the meeting. In particular, the talks by Dr’s Ellis and Welcks made it clear that WBCT is becoming the standard for assessing the following foot and ankle conditions in both Europe and the USA:
  • Hallux Valgus/HR
  • Syndesmotic Injuries and Instabilities
  • Progressive Collapse Foot Deformity (previously known as Acquired Adult Flatfoot Deformity)
  • Ankle, hindfoot and midfoot arthritis

The main advantages of WBCT for these conditions being that clinicians can:
  • Easily assess the degree of deformity and bone positioning under natural loading conditions, even in complex cases where the pathology is multiplanar. Talks by Drs Haapasalo, Day, Wellenberg and Conconi assessed anatomical differences between CBCT and WBCT imaging.
  • Improve surgical planning with accurate 3D anatomical data and models.
  • Use post-operative scans to assess treatment efficacy and healing.
  • Prevent unnecessary surgical intervention in borderline cases where a diagnosis is uncertain.
  • Save costs and time by removing the need to perform standard CT, CBCT or plain X-rays.
  • Make comparisons to an unaffected side using bilateral WBCT systems.
  • Conduct large scale studies that improve medical knowledge and patient treatment.
One other clear outcome from the meeting was the rising use of WBCT for patients with hip and knee problems like patella instability (Dr Belvedere), knee arthritis (Dr Segal) and hip preservation (Dr Willey). Across these presentations, WBCT: enhanced understanding of kinematics, increased detection of arthritis and allowed for joint space quantification. Further work in these two anatomies is sure to bring about better patient care and quality of life improvements.

Talks concerning these topics:
  1. Dr Scott Ellis - Hospital for Special Surgery, NYC, USA 
  2. Dr Matthew Welcks – Stanmore Hospital, London, UK 
  3. Dr Claudio Belvedere - Instituto Ortopedico Rizzoli di Bologna, Itay 
  4. Dr Neil Segal - University of Kansas, USA 
  5. Dr Michael Willey - University of Iowa, USA 

“So pleased at the multidisciplinary nature of this meeting and we are excited to see radiologists and knee and hip specialist join the WBCT community”- WBCT Society President Alexej Barg MD

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Theme 2. Advances in 3D Analytics

A second key theme of the meeting was the analysis of three-dimensional medical images. Acquiring 3D data is just the first step in the process for both clinical and research workflows. Analyzing this data is the next step. That starts with the segmentation of bones and then the measuring distances and angles relevant to the diagnosis at hand.
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“Large scale studies of 3D measurements are not viable given long processing times for segmentation”- Dr Ruud Wellenberg, MD
Dr Wellenberg’s excellent study comparing 2D vs 3D, and CBCT vs WBCT data highlighted a common drawback to analysing 3D data- the time involved in segmentation. He reported spending 6 hours per patient manually segmenting data, slice by slice. Dr Wellenberg was not alone, talks by Drs Conti and Leardini (among others) also mentioned the prohibitive time expense that segmentation requires. In contrast, the time savings discussed by Drs Burssens, Haapasalo, and Leardini, who used Disior’s automated medical imaging software stood out (e.g. Figure 2).
"Disior's a real time-saver, 20 minutes per case with automated measurements as opposed to 6hrs just for segmentation”- Dr Arne Brussens, MD
Automated 3D analytics of the foot with digitally reconstructed radiograph
Figure 2. Example of the type of analysis that can obtained using Disior Bonelogic Ortho Foot and Ankle in minutes as mentioned by Drs Brussens, de Cesar Netto and Leardini.
3D model of a whole foot from a WBCT scan, showing joint space mapping
Figure 3. Example of joint space mapping as mentioned by Drs Haapasalo and Vivcharenko. Currently available in Disior Bonelogic 2.0.
Drs Haapasalo and Vivtcharenko were the first female speakers at any IWBCT meeting. Both of their talks focused on ways to define joint spacing in 3D (e.g. Figure 3). Joint spacing is a key metric for assessing many foot and ankle conditions, like syndesmotic instabilities and flat foot. By investigating this parameter across healthy individuals and those presenting with different types and degrees of pathology, Drs Haapasalo and Vivtcharenko showed how this type of research can directly impact on clinical practice. Dr de Cesar Netto's talk was also concerned with using 3D analytics to classify the degree of pathology, so that patient groups are more easily defined. The ultimate goal for most research presented at the meeting is a move in clinical practice towards early identification and mitigation of dis-ease.
Some very interesting questions arose in the breaks and we at Disior will be releasing articles about the following:
  • What is the effect of smoothing on the accuracy of 3D models?
  • How reliable is automated segmentation of medical imaging data in complex cases? 
Talks concerning these topics:
  1. Dr Ruud Wellenberg - Amsterdam University Medical Center, Amsterdam, NL
  2. Dr Matthew Conti - Hospital for Special Surgery, NYC, USA
  3. Dr Arne Burssens - University Hospital Gent, Belgium
  4. Dr Heidi Haapasalo - Tampere University Hospital, Finland
  5. Dr Victoria Vivtcharenko - University of Iowa, USA
  6. Dr Alberto Leardini - Instituto Ortopedico Rizzoli di Bologna, Itay 
  7. Dr Cesar de Cesar Netto - University of Iowa, USA

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Theme 3. Validation & Standardization

The final theme that emerged from the talks and discussions between sessions concerned validation and standardization of measurements made in 3D. Two talks approached this topic in a very systematic way for the same problem- metatarsal pronation: 1) Dr Conti evaluated four different methods for measuring pronation, including a 2D vs 3D comparison, and 2) Dr Miller et al., tested how the viewing angle affects the measurement of pronation. These two presentations effectively exemplified that how and where you measure affects the outcome. That when it comes to clinical significance there is an obvious limitation - how do these types of measurements vary in healthy people? 
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Figure 4. Image of an analyzed foot and ankle model. Where we define the measurement points and landmarks matters. For us at Disior, we use points that can be mathematical defined and found reliably.
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"At this time, there is no 'ideal' post-operative pronation ”- Dr Matthew Conti, MD
Dr Leardini’s talk demonstrated a current large-scale study being undertaken to address these issues and is well worth listening to. The paper from this study will go into details of time savings and measurement reliability. Dr Leardini also welcomes everyone working in the foot and ankle field to participate in the measurements survey being hosted by the WBCT.

The survey aims to garner a wide range of responses to help guide the development of measurement standards and definitions for foot and ankle conditions. By taking part in the survey you will be actively helping to advance clinical 3D analytics of the foot and ankle and ultimately patient care. The results of the survey will be published by the WBCT Society. 
Take the survey
Overall, the strategies to address validation and standards that seemed to resonate with the attendees were ones involving a high degree of repeatability, automation and objectivity (like Disior) or integration into existing systems (like PACS).
 
Talks concerning these topics:
  1. Dr Michele Conconi - University of Bologna, Italy
  2. Dr Alberto Leardini - Instituto Ortopedico Rizzoli di Bologna, Itay 
  3. Dr Jonathan Day - University of Iowa, USA
  4. Dr Matthew Conti - Hospital for Special Surgery, NYC, USA
  5. Dr Mark Miller - Allegheny General Hospital, USA

​We at Disior were proud to sponsor the 2nd International WBCT Society Virtual Meeting alongside Planmed, Footinnovate, Curvebeam and Carestream. 

About Us

Disior makes 3D medical imaging software that segments and analyzes 3D anatomies like the foot and ankle. Our software products are CE marked and regulated as medical software devices meaning that the 3D models and analytics have a high degree of reliability and accuracy. If you want to see what we can offer you in terms of automating 3D medical image analysis, get in contact to arrange a demo and a free trial. ​
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