ImageBiopsy Lab

🗞️ We are excited to share a recently published study in The Bone & Joint Journal (Research): "Artificial intelligence in #traumatology: a comparative study between conventional and AI-aided diagnostic performance in distal radius fractures" In this study, 11 physicians (six surgeons in training and five hand surgeons) assessed 200 randomly selected #wrist #radiograph pairs (AP and lateral views) from a #dataset of 26,121 anonymized images, with and without AI assistance, to detect distal radius fractures (DRFs). The results are promising: ✔️ #Sensitivity (correct fracture detection) improved from 80% to 87% ✔️ #Specificity (correct fracture exclusion) increased from 91% to 95% ✔️ The overall #error #rate (false positives and false negatives combined) was reduced from 14% to 9% This prototype study also tested the generalization (accuracy and reliability) of our AI algorithms for other musculoskeletal (MSK) applications. We are excited to see that our AI achieved market-competitive performance, demonstrating its effectiveness across multiple use cases. 👏 👉 Read the full study here: https://lnkd.in/dGe_wyqy Rosmarie Breu , Carolina Avelar, Zsolt Bertalan, Johannes Grillari, Heinz Redl, Richard Ljuhar, Stefan Quadlbauer, Thomas Hausner

🐸 Would you like to see our newest tool, IB Lab #FROG, in action? Our advanced foot assessment algorithm supports the evaluation of conditions such as Hallux Valgus, Digitus Quintus Varus, Pes Transversoplanus, Pes Planus, and Pes Cavus using lateral and dorsal-plantar views. 👉 Contact us today for a personalized demo! https://lnkd.in/dP5yd3g9

🆕 Lower limb malalignment leads to early onset as well as accelerated knee osteoarthritis (#OA). This can have a significant impact on selecting the right patients for clinical trials. Our latest evidence, published in "Osteoarthritis and Cartilage Journal Open" presents our validated deep learning model, IB Lab #KOALA, which proved accurate in classifying #leg #alignment using #HKA from AP/PA #knee #radiographs. Those are more commonly performed than LLRs and involve less radiation exposure With adjustable HKA thresholds, this #AI-powered tool enhances precision in trial population selection while simplifying workflows and reducing radiation exposure. 👉 Get in touch and discover how this innovation can streamline #OA #research and #patient #management: https://lnkd.in/d77pNVdc Kenneth Chen, Christoph Stotter, Christopher Lepenik, Thomas Klestil, Christoph Salzlechner,  stefan nehrer

✔️ Setting a New Standard in #Radiological #Foot #Assessments During the development of IB Lab #FROG, we identified #high #variability in foot assessments as a significant challenge for clinical users. The measurements #orthopedists rely on often vary, adding complexity to clinical decision-making and underscoring the need for a standardized approach. 👉 Our goal? To create the most comprehensive product on the market, covering 17 measurements across 5 use cases to meet diverse clinical needs. To achieve this, we rigorously trained IB Lab FROG to deliver consistent, expert-level results. In our #performance #study, IB Lab FROG demonstrated good to excellent agreement with three expert readers, achieving an average #ICC of 0.90 across #dorsoplantar and #lateral assessments of 17 angles and lengths. 👉 Interested to try #IBLab #FROG? Sign up for your personalised demo: https://lnkd.in/d77pNVdc

🐸 IB Lab FROG, designed for the automated assessment of #foot X-rays, exemplifies precision and reliability. Thanks to expert annotations and comprehensive validation supported by Quantitas Solutions, it sets a new standard for comprehensive #MSK #AI assessment. 👉 Learn more about our latest tool: https://lnkd.in/d3vhMpnP

🔝 Good News: We've launched IB Lab FROG - AI-powered Foot Measurements for Orthopaedic Insights We are excited to introduce our latest CE-marked #AI module for automated foot measurements on X-rays. Designed for #radiological and #orthopedic assessments, FROG offers a comprehensive suite of #17 measurements across 5 use cases to support the diagnosis and treatment of foot deformities. With standardized and consistent evaluations, IB Lab FROG optimizes clinical #workflows and facilitates well-informed decisions in foot diagnostics. With IB Lab FROG, ImageBiopsy Lab sets new standards for #high-#quality modules in musculoskeletal #MSK imaging. 👉 Get in touch to be at the forefront of innovation with IB Lab #FROG: https://lnkd.in/d3cYcU3N

Everyday gear or ImageBiopsy Lab's #IDoR2024 attire❓😉 On this International Day of Radiology, we're excited about the role #AI is playing in reshaping #radiology. With AI’s potential to enhance accuracy and efficiency, it’s transforming the way we understand and interpret medical images, paving the way for quicker, more precise diagnostics. Here’s to the pioneers and innovators driving these advancements in healthcare! 👉 Let us know: What #future #innovations do you hope to see in radiology❓

Auf dem diesjährigen #DKOU war das Thema #Künstliche #Intelligenz mit einer stetig wachsenden Zahl wissenschaftlicher Präsentationen prominent vertreten. Die inspirierenden Diskussionen mit Kolleginnen und Kollegen aus den Bereichen #Orthopädie, #Osteoporose bzw. #Endoprothetik unterstreichen das große Interesse und das Potenzial der #KI. Das Ziel ist es, mithilfe von #KI die (prä-)operative Patientenselektion und die Verlaufskontrolle weiter zu verbessern. Ich freue mich bereits auf die wissenschaftlichen Beiträge zu diesem spannenden Thema beim nächsten #DKOU. DGOU - Deutsche Gesellschaft für Orthopädie und Unfallchirurgie Jochen G. Hofstaetter stefan nehrer Andreas Kurth MD, Ph.D. Boris Holzapfel

Enhancing #osteoporosis management through opportunistic vertebral compression fracture (#VCF) detection on #CT! We thank Peter Bianco, MBA, for featuring and recognizing ImageBiopsy Lab's efforts. 👉 Learn more about our "osteoporosis" software in a personal meeting: https://lnkd.in/dsjiv3wB

🌏 With over 240 million individuals worldwide, #osteoarthritis is one of the most common reasons why older adults seek healthcare services. In addition to the personal physical stress of osteoarthritis, society bears a tremendous economic burden: total treatment costs in Europe approach #€817 #billion per year. There’s no sign of it slowing down – the burden of osteoarthritis in Europe and worldwide is expected to keep rising. Leg malalignment, such as #varus and #valgus alignment, can cause and accelerate its progression. A study by Universität für Weiterbildung Krems (Donau-Universität Krems) presented at #ECR 2024 & #OARSI 2024, evaluated a novel algorithm based on IB Lab #KOALA for predicting lower limb alignment from knee X-rays. This approach might divert patients with knee pain to an early diagnosis, even before structural arthritic changes in the knee occur. In addition, this tool is designed to further support #clinical and #pharmacological #studies, allowing fast and more effective analysis. Using nearly 9,000 images, this deep-learning model achieved AUC values between 0.83 and 0.98, accurately predicting whether the hip-knee-ankle (HKA) angle exceeds critical thresholds (5° or 7.5°). This approach enables early detection of malalignment, supporting timely interventions for osteoarthritis. 👉 Find out more about IB Lab #KOALA our tools for the the assessment of #knee #OA: https://lnkd.in/enpKZGji #WorldArthritisDay #AIinHealthcare #Osteoarthritis #DeepLearning #RadiologyAI #Orthopedics