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Cancer develops through genetic and molecular changes that can create abnormal proteins. Some of these altered proteins, called neoantigens, are not normally present in healthy cells. Researchers are investigating . . .
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Artificial intelligence is influencing many areas of healthcare, and orthodontics is increasingly incorporating AI into digital workflows. Technologies such as machine learning, computer vision, predictive analytics, and automated image . . .
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Digital orthodontic treatment monitoring refers to the use of digital technologies to observe and document changes during orthodontic treatment. Traditional orthodontic care commonly involves scheduled in person appointments, while . . .
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Orthodontic care has increasingly incorporated digital technologies to improve the way dental information is collected, analyzed, and used during treatment. Smart technologies can support orthodontic professionals in examining tooth . . .
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Artificial intelligence is increasingly being studied in orthodontics because imaging plays an important role in diagnosis, assessment, and treatment planning. Orthodontic imaging can include dental photographs, panoramic radiographs, cephalometric . . .
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AI assisted tooth movement analysis combines artificial intelligence with digital dental records to examine how teeth change position over time. Traditional assessment may involve comparing photographs, radiographs, dental models, . . .
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Digital treatment planning has become an important part of modern orthodontics because digital technologies can organize clinical information and provide detailed representations of teeth, jaws, and surrounding structures. Traditional . . .
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Machine learning has become an important area of research in dentistry because it can analyze complex datasets and recognize patterns that may be difficult to identify manually. In orthodontics, . . .
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Artificial intelligence is increasingly being explored in orthodontics as digital technologies become more common in clinical planning. Digital orthodontic workflows can include photographs, radiographs, three dimensional scans, dental models, . . .
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AI based dental imaging combines dental imaging technologies with artificial intelligence algorithms to identify and analyze anatomical structures. In orthodontic treatment, imaging is commonly used to understand tooth position, . . .
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