Optimize CT Scan Data for Preventive Care

Nanox.AI Bone solution provides qualitative and quantitative analysis of the spine from CT images to support clinicians in the evaluation and assessment of musculoskeletal disease of the spine

Discover the Need for
Advanced Bone Care

54M Americans aged 50 and abov
54M Americans aged 50 and above
either already have or are at risk of osteoporosis
Hip fractures cause more disab
Hip fractures cause more disabilities, damage to quality of life, family stress, and reduced lifespan
than breast cancer, prostate cancer, arthritis, and Parkinson's disease combined.
Less than 30% of patients pres
Less than 30% of patients presenting with hip fracture
were previously diagnosed with osteoporosis
More than 50% of hip fracture
More than 50% of hip fracture
presentations have a preceding vertebral fracture

Enhancing Outcomes

Nanox.AI Software yields six-fold increase
in spine fracture identification

 Early findings in the ADOPT study show that Nanox.AI software improves the detection of spine fractures, an early sign of osteoporosis, outperforming the UK National Health

Nanox.AI Software yields six-f

Nanox.AI Bone Solution increased Spine Fracture Detection

As part of the ADOPT study, the Nanox.AI algorithm has identified over 2,400 patients with vertebral compression fractures from routine CT scans unknown to the NHS’s hospitals.

Nanox.AI Bone Solution increas

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AI Solutions for Better Outcomes 

Improving Clinical Outcome

Improving Clinical Outcome

Nanox.AI Bone Algorithm has a clinical benefit by highlighting findings in routine CT studies that otherwise may have been undetected

Generating Value

Generating Value

By identifying individuals at risk for fractures before they happen, the Nanox.AI Bone solution enables healthcare providers to take preemptive action.

Seamless Integration

Seamless Integration

Seamless integration with existing Picture Archiving and Communication Systems (PACS) enables timely and appropriate preventive care.

Adding Clinical Value to Radiology Reports

The AI Bone Solution bridges the gap between radiology and orthopedics by providing both qualitative and quantitative analysis of the spine from CT images. While radiology can detect abnormalities, our solution adds clinical value by offering numerical data that supports clinicians in the evaluation and assessment of musculoskeletal diseases of the spine.

Do More With AI

Join us on Nanox.AI’s journey to discover how our innovative technology can elevate your practice and drive healthcare standards to new heights.

Exploring Insights and Innovations in
Bone Solution

Explore leading articles in the field of medical imaging, featuring cutting-edge research, breakthrough technologies, and in-depth analyses of the future of medicine. Read more and stay updated with the latest knowledge and development.

Livres blancs
Bone

Performances réelles de l’algorithme de fracture vertébrale (FV) activé par l’IA pour les études de liaison des fractures : l’étude ADOPT

Moins de 30 % des fractures de fragilité vertébrale (FV) sont signalées lors des scanners cliniques de routine effectués par les radiologues

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Livres blancs
Bone

Dans la population étudiée, l’outil NanoxAI Bone a permis de détecter davantage de patients à risque d’ostéoporose par rapport aux soins standard (FRAX)

Les méthodes d’identification des patients à haut risque de fractures ostéoporotiques, notamment l’absorptiométrie à rayons X à double énergie (DXA)1,2 et les prédicteurs de risque comme l’outil d’évaluation du risque de fracture (FRAX)3-6, sont sous-utilisées.

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Livres blancs
Bone

Validation de HealthOST par Nanox.AI

logiciel de traitement d’images qui fournit une analyse qualitative et quantitative de la colonne vertébrale à partir de scanners pour aider les cliniciens dans l’évaluation des maladies musculo-squelettiques de la colonne vertébrale

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Case Study

REAL-WORLD PERFORMANCE OF AI E

REAL-WORLD PERFORMANCE OF AI ENABLED VERTEBRAL FRACTURE (VF)
ALGORITHM FOR FRACTURE LIAISON STUDIES:
THE ADOPT STUDY

Vertebral fractures are often

Vertebral fractures are often undiagnosed
and missed by FLSs.
We have demonstrated the impact of an AIenabled vertebral fracture FLS pathway
using existing CT images on antiosteoporosis treatment adherence.

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