AI SOLUTIONS for opportunistic Findings

Opportunistic findings are common on routine CT scans but can often be overlooked. CINA Incidental is a suite of AI tools that automatically detects these findings, helping clinicians ensure timely follow-up and appropriate patient care. By leveraging existing imaging, it supports more comprehensive diagnosis and management without adding workload.

ai radiology output-into-computer
SENSITIVITY 87.8%
SPECIFICITY 92%
ACCURACY 90%

CINA-iPE

INCIDENTAL PULMONARY EMBOLISM

In diagnostic imaging, opportunistic findings such as pulmonary embolisms are often overlooked, creating risks for delayed treatment and severe complications.

CINA-iPE is an AI-powered triage tool that detects unsuspected pulmonary embolisms on CT scans performed for other health conditions that include the lung region – such as chest, abdomen-pelvis, thoraco-abdominal, or whole-body scans.

By flagging unexpected PE that might otherwise go unnoticed, CINA-iPE enables radiologists to initiate early treatment, preventing missed diagnoses, emergency readmissions, and the associated health, time, and cost burdens for both patients and hospitals.

MAIN BENEFITS

ai radiology output-into-computer
SENSITIVITY 95.2%
SPECIFICITY 92.9%
ACCURACY 93.7%

CINA-VCF

VERTEBRAL COMPRESSION FRACTURE

MAIN BENEFITS

Vertebral compression fractures (VCFs), most often linked to osteoporosis, occur when weakened vertebrae collapse. They can develop silently, with few or no symptoms, yet significantly increase the risk of subsequent fractures and long-term morbidity if left unrecognized.

CINA-VCF is an AI-powered triage solution designed to identify unsuspected vertebral compression fractures on chest and/or abdominal CT scans, regardless of the original clinical indication. By flagging potential fractures automatically, the tool supports earlier clinical attention and helps prioritize cases that may benefit from further evaluation or follow-up.

CINA-VCF enables opportunistic detection of vertebral compression fractures without additional imaging or workflow burden, supporting proactive patient management and improved continuity of care.

This tool is currently available exclusively in the United States.

ai radiology output-into-computer
SENSITIVITY 94.4%
SPECIFICITY 88.7%

CINA-VCF Quantix

VERTEBRAL COMPRESSION FRACTURE

CINA-VCF Quantix is a quantification tool that automatically detects and quantifies unsuspected vertebral compression fractures in the thoracic and lumbar spine, on CT scans performed for other clinical indications.

CINA-VCF Quantix provides automated intra- and inter-vertebral height loss calculation, vertebral labeling, color coding by Genant grade, and mean Hounsfield Unit measurement.

By identifying vertebral fractures that may otherwise go unreported, the solution supports earlier recognition of osteoporosis-related findings and helps clinicians assess fracture severity with objective, reproducible measurements.

This tool is currently available only in Europe.

MAIN BENEFITS

CINA-VCF, CINA-VCF Quantix and CINA-iPE, medical images analysis softwares, are medical devices manufactured by Avicenna.AI. These medical devices are reserved for health professionals. The performance and outputs of these tools may differ slightly according to the software version and applicable regulations

These softwares have been designed and manufactured according to the EN ISO 13485 Quality management system. Read the instructions in the notice carefully before any use.

  • Instructions for Use for both products are available here.
  • Manufacturer: Avicenna.AI (France).
  • CINA-VCF and CINA-iPE: Medical devices Class II following the Code of Federal Regulations of the United States of America 21CFR on Medical Devices.
  • CINA-VCF Quantix and CINA-iPE: Medical devices Class IIb following the European Regulation on Medical Device (EU) 2017/745.

DISCOVER OUR SOLUTIONS

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some Clinical Evidence?

Avicenna.AI is dedicated to advancing healthcare by sharing the value of AI tools in radiology through various clinical publications. These publications cover a range of topics, including validation studies and performance assessments, highlighting the effectiveness of their AI solutions in improving diagnostic accuracy and workflow efficiency

CINA Incidental

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