Bone Age
Bone age is a functionality of the AI Bones solution that estimates biological bone age from a hand X-ray without the need for manual measurement or guesswork.
Bone Age
Bone age is a functionality of the AI Bones solution that estimates biological bone age from a hand X-ray without the need for manual measurement or guesswork.
Bone Age
Bone age is a functionality of the AI Bones solution that estimates biological bone age from a hand X-ray without the need for manual measurement or guesswork.
AI diagnostic accuracy compared to an experienced physician¹
mean error of AI age estimation relative to true bone age²
significant reduction in bone age assessment time using AI³
AI diagnostic accuracy compared to an experienced physician¹
mean error of AI age estimation relative to true bone age²
significant reduction in bone age assessment time using AI³
AI diagnostic accuracy compared to an experienced physician¹
mean error of AI age estimation relative to true bone age²
significant reduction in bone age assessment time using AI³
How it looks in practice
See how Carebot works in practice. Compare the image with AI and without AI.
Without Carebot
With Carebot
How it looks in practice
See how Carebot works in practice. Compare the image with AI and without AI.
Without Carebot
With Carebot
How it looks in practice
See how Carebot works in practice. Compare the image with AI and without AI.
Without Carebot
With Carebot
"I am convinced that systems like this will significantly improve the quality of patient care in many ways, and I am truly delighted that something like this has been developed in the Czech Republic.”
Prof. Milan Kvapil, MD, PhD, MBA
Emeritus Head of the Department of Internal Medicine, Second Faculty of Medicine, Charles University and Motol University Hospital
"I am convinced that systems like this will significantly improve the quality of patient care in many ways, and I am truly delighted that something like this has been developed in the Czech Republic.”
Prof. Milan Kvapil, MD, PhD, MBA
Emeritus Head of the Department of Internal Medicine, Second Faculty of Medicine, Charles University and Motol University Hospital
"I am convinced that systems like this will significantly improve the quality of patient care in many ways, and I am truly delighted that something like this has been developed in the Czech Republic.”
Prof. Milan Kvapil, MD, PhD, MBA
Emeritus Head of the Department of Internal Medicine, Second Faculty of Medicine, Charles University and Motol University Hospital
Overview of detected findings
Analyzes an X-ray image of the hand and wrist to determine bone age based on the degree of skeletal maturity
Status of growth plates
Morphology and size of the hand and wrist bones
Presence and maturity of ossification centers
Overall pattern of skeletal maturation
Overview of detected findings
Analyzes an X-ray image of the hand and wrist to determine bone age based on the degree of skeletal maturity
Status of growth plates
Morphology and size of the hand and wrist bones
Presence and maturity of ossification centers
Overall pattern of skeletal maturation
Overview of detected findings
Analyzes an X-ray image of the hand and wrist to determine bone age based on the degree of skeletal maturity
Status of growth plates
Morphology and size of the hand and wrist bones
Presence and maturity of ossification centers
Overall pattern of skeletal maturation
Carebot automatically generates a text report for each finding in the selected language, which doctors can use as the basis for their clinical report.
Carebot automatically generates a text report for each finding in the selected language, which doctors can use as the basis for their clinical report.
Carebot automatically generates a text report for each finding in the selected language, which doctors can use as the basis for their clinical report.
Why do doctors choose BONE AGE?
Automated determination of pediatric bone age from hand and wrist X-ray images based on the Greulich–Pyle atlas, providing fast, objective, and reproducible results to support growth disorder diagnosis and skeletal development monitoring
Automated Bone age assessment
Automatically evaluates a child’s bone age from hand and wrist X-ray images.
Greulich–Pyle standard
Assessment is based on the Greulich–Pyle atlas, the gold standard in pediatrics and endocrinology.
Clinical decision support
Provides fast, objective, and reproducible bone age determination to support growth disorder diagnosis and monitoring of skeletal development.
No disruption to workflow
Carebot integrates directly into existing PACS and RIS systems without requiring changes to established workflows. Radiologists work in their familiar environment and make decisions as usual, supported by AI insights available at the right time.
Why do doctors choose BONE AGE?
Automated determination of pediatric bone age from hand and wrist X-ray images based on the Greulich–Pyle atlas, providing fast, objective, and reproducible results to support growth disorder diagnosis and skeletal development monitoring
Automated Bone age assessment
Automatically evaluates a child’s bone age from hand and wrist X-ray images.
Greulich–Pyle standard
Assessment is based on the Greulich–Pyle atlas, the gold standard in pediatrics and endocrinology.
Clinical decision support
Provides fast, objective, and reproducible bone age determination to support growth disorder diagnosis and monitoring of skeletal development.
No disruption to workflow
Carebot integrates directly into existing PACS and RIS systems without requiring changes to established workflows. Radiologists work in their familiar environment and make decisions as usual, supported by AI insights available at the right time.
Why do doctors choose BONE AGE?
Automated determination of pediatric bone age from hand and wrist X-ray images based on the Greulich–Pyle atlas, providing fast, objective, and reproducible results to support growth disorder diagnosis and skeletal development monitoring
Automated Bone age assessment
Automatically evaluates a child’s bone age from hand and wrist X-ray images.
Greulich–Pyle standard
Assessment is based on the Greulich–Pyle atlas, the gold standard in pediatrics and endocrinology.
Clinical decision support
Provides fast, objective, and reproducible bone age determination to support growth disorder diagnosis and monitoring of skeletal development.
No disruption to workflow
Carebot integrates directly into existing PACS and RIS systems without requiring changes to established workflows. Radiologists work in their familiar environment and make decisions as usual, supported by AI insights available at the right time.
Partners and awards
Already used by hundreds of institutions
Partners and awards
Already used by hundreds of institutions
Partners and awards
Already used by hundreds of institutions
How Carebot fits into your practice
Everything runs in the background directly in PACS. The physician has the final say and does not have to change their existing way of working.
Assistance with image evaluation
Carebot automatically marks suspicious areas on the image and adds a short text description. The physician then decides what to confirm.
Review of descriptions by physicians
Once the physician finishes the report, they can compare their findings with Carebot’s output to verify that nothing has been overlooked.
Prioritization of urgent findings
If the AI finds something serious, the image is automatically flagged and the physician is notified to address the patient's findings as soon as possible.
How Carebot fits into your practice
Everything runs in the background directly in PACS. The physician has the final say and does not have to change their existing way of working.
Assistance with image evaluation
Carebot automatically marks suspicious areas on the image and adds a short text description. The physician then decides what to confirm.
Review of descriptions by physicians
Once the physician finishes the report, they can compare their findings with Carebot’s output to verify that nothing has been overlooked.
Prioritization of urgent findings
If the AI finds something serious, the image is automatically flagged and the physician is notified to address the patient's findings as soon as possible.
How Carebot fits into your practice
Everything runs in the background directly in PACS. The physician has the final say and does not have to change their existing way of working.
Assistance with image evaluation
Carebot automatically marks suspicious areas on the image and adds a short text description. The physician then decides what to confirm.
Review of descriptions by physicians
Once the physician finishes the report, they can compare their findings with Carebot’s output to verify that nothing has been overlooked.
Prioritization of urgent findings
If the AI finds something serious, the image is automatically flagged and the physician is notified to address the patient's findings as soon as possible.
Proven in Practice
40+ published studies in leading peer-reviewed journals
Check out case studies, independent clinical evidence, and a map of locations where Carebot is already helping doctors.
Proven in Practice
40+ published studies in leading peer-reviewed journals
Check out case studies, independent clinical evidence, and a map of locations where Carebot is already helping doctors.
Proven in Practice
40+ published studies in leading peer-reviewed journals
Check out case studies, independent clinical evidence, and a map of locations where Carebot is already helping doctors.
¹ Kvaková, K. et al. (2025). Retrospective Validation of an AI Algorithm for Automated Bone Age Assessment in Paediatric Hand Radiographs. MEDSOFT 2025.
² Kvaková, K. et al. (2025).
³ Booz, C.et al. (2020). Artificial intelligence in bone age assessment: accuracy and efficiency of a novel fully automated algorithm compared to the Greulich-Pyle method. European radiology experimental.
Would you like to test Carebot directly at your workplace?
Schedule a pilot run. Contact us and our application specialist will guide you through the entire process. Together, we will design a procedure, implement the solution in your PACS, obtain approval from the legal department, and train your doctors. No complicated adjustments, just real benefits.
Would you like to test Carebot directly at your workplace?
Schedule a pilot run. Contact us and our application specialist will guide you through the entire process. Together, we will design a procedure, implement the solution in your PACS, obtain approval from the legal department, and train your doctors. No complicated adjustments, just real benefits.
Would you like to test Carebot directly at your workplace?
Schedule a pilot run. Contact us and our application specialist will guide you through the entire process. Together, we will design a procedure, implement the solution in your PACS, obtain approval from the legal department, and train your doctors. No complicated adjustments, just real benefits.
MRI
Coming soon
Follow us
Technical support
Our AI tools are designed to be a reliable partner, not an obstacle. If you need help, you can find answers to frequently asked questions and contact details for our team here.
support@carebot.com +420 727 843 415
Website made by 2FRESH
MRI
Coming soon
Follow us
Technical support
Our AI tools are designed to be a reliable partner, not an obstacle. If you need help, you can find answers to frequently asked questions and contact details for our team here.
support@carebot.com +420 727 843 415
Website made by 2FRESH
MRI
Coming soon
Follow us
Technical support
Our AI tools are designed to be a reliable partner, not an obstacle. If you need help, you can find answers to frequently asked questions and contact details for our team here.
support@carebot.com +420 727 843 415
Website made by 2FRESH