ARTIFICIAL INTELLIGENCE PERIOD IN DENTISTRY

CranioCatch reveals the potential of automatic diagnosis and treatment planning in 2D and 3D dental radiographs with the power of artificial intelligence technology developed with machine learning and deep learning algorithms.

COLLABORATION IN DENTISTRY EDUCATION FROM CRANIOCATCH AND KEYPS

CranioCatch; He agreed with KEYPS (Corporate Education Management and Planning System) to contribute to dentistry education. With the CranioCatch training module to be integrated into KEYPS, an artificial intelligence-supported system will be available in dental education as a pioneer in the world.

COLLABORATION BETWEEN CRANIOCATCH and DR. DENTES

Dentists using Dr. Dentes Dental Clinic Management Software will use the power of artificial intelligence in diagnosis and treatment planning by benefiting from craniocatch's artificial intelligence supported clinical decision support system software.

CRANIOCATCH HAS BEEN ONE OF THE AI INITIATIVE IN THE TURKEY ARTIFICIAL INTELLIGENCE (TRAI) INITIATIVE STARTUP MAP

In the June update of The Turkey Artificial Intelligence Initiative Startup Map, CranioCatch listed as AI initiative.

Program Features

2D RADIOLOGY REPORT
3D SEGMENTATION AND MODELLING
3D RADIOLOGY REPORT
CEPHALOMETRIC ANALYSIS MODULE
2D AND 3D CLOUD SERVICE
2D AND 3D VIEWER
RADIOLOGY EDUCATION MODULE
RADIOLOGY ANNOTATION MODULE
2D RADIOLOGY REPORT
Artificial Intelligence (AI) can be used for daily-clinical problems and is applied across all departments of dentistry especially in everyday practice (panoramic and intra-oral radiographies). The accurate diagnosis in radiology and pathology keeps improving with every single update and software are being improved rapidly. Craniocatch with its automated report generation can help dentists to accurate diagnosis. All departments of dentistry have various applications of AI for 2D radiographies. Craniocatch generates automatic reports for both 2D and 3D radiographic images and help clinicians for diagnosis and treatments. Craniocatch can help following with the following use:
In Orthodontics • Prediction of unerupted canines and premolars • Evaluation of lateral cephalograms
In Endodontics • Detection of periapical lesions
In Periodontology • Prediction of alveolar bone loss
In Maxillofacial Surgery • Clinical decision support system for 3 molar and anatomical landmark detection
In Dentomaxillofacial Radiology • Tooth numbering • Interpretation of Conventional 2D-Imagings (Periapical-BiteWing-Panoramic Radiographs) for caries detection
3D SEGMENTATION AND MODELLING
Craniocatch standardizes the radiological parameters from both 2D and 3D image via segmentations. Craniocatch automatically makes thresholding and in return segmentation and allows export as stls for 3D printing workflow point of view. Dental procedures require designing templates such as in orthognathic surgery, template guided orthodontic, endodontic applications. Craciocatch can help clinicians to devise an AI based algorithm for automatic designing of patient-specific templates.
3D RADIOLOGY REPORT
In Dentomaxillofacial Radiology
• Tooth numbering on 3D CBCT
• Interpretation of CBCT images for caries detection, for alveolar bone defect
• Clinical decision support system for 3 molar and anatomical landmark detection
• Clinical decision support system for dental implant planning
• Prediction of Temporomandibular Joint Bony Changes
• Evaluation of lateral cephalograms from CBCT images
CEPHALOMETRIC ANALYSIS MODULE
Craniocatch generates automatic reports for 2D Cephalometric images and help clinicians for diagnosis and treatments using AI algorithms. It analyses and segments the teeth as well as perform accurate and complete cephalometric measurements which can allow clinicians to help their treatment plans.
2D AND 3D CLOUD SERVICE AND VIEWER
Craniocatch works a neural network, while processing dicom files of 2d and 3D (panoramic images, intra-oral images and CBCT) finds and segments the main anatomical regions (jaws, teeth, periapical space). It helps the professions to quickly make a diagnosis in the region of interest, evaluate the overall state of the teeth and jaws, and select images for preparation for pathologies as well as clinical support for treatment. Moreover, it allows integration with other PACS systems and also easy tool for dentists to store and transfer their radiologic images and reports.
2D AND 3D VIEWER
Craniocatch also server as a lean, fast and highly configurable viewer/editor for DICOM, JPEG, BMP, PNG, WEBP, TGA, GIF and TIFF images with a minimal GUI. Basic image processing is provided - allowing adjusting typical parameters as sharpness, color balance, rotation, perspective, contrast and local under-/overexposure images.
RADIOLOGY EDUCATION MODULE
Craniocatch helps dental educators (lecturers/instructors) to teach dentomaxillofacial radiology anatomy and pathology through 2D and 3D radiographical modalities using artificial intelligence. The teaching institutions (such as universities) can use this platform to teach real-time dental radiography which can give in-depth overview of radiology for dental students. The students can able to understand the different imaging modalities, develop a systematic approach to the interpretation of imaging including recognizing common pathology as well as apply anatomy knowledge to radiological images.
RADIOLOGY ANNOTATION MODULE
The demand for automatically classification of dental X-ray images is rising faster than ever. For this purpose, high accuracy rate for those classes of database with high ratio of intraclass variability and interclass similarities should be obtained. For this purpose, more researches should be done. Craniocatch generate a radiology annotation module which researchers can use for their academic purposes. Fell free to contact us for using our annonation module for your studies.
How to use?
01.
Sign up
Register for CranioCatch for free as part of the demo. Access the entire application for a limited time.
02.
Upload Data
Select the images to be analyzed from your computer and upload them to the system.
03.
Start Artificial Intelligence Analysis
You don't need any technical knowledge. Start AI analysis with one click and view results in seconds.
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Eskisehir Osmangazi University ETGB Osmangazi Technopark No: 305