(dentistry) A proposed mechanism for noncarious tooth tissue loss, owing not to decay but rather to biomechanical stresses of biting and chewing; the pathogenesis of such damage remains a subject of continuing study..
의미별 영어 정의
(dentistry) A proposed mechanism for noncarious tooth tissue loss, owing not to decay but rather to biomechanical stresses of biting and chewing; the pathogenesis of such damage remains a subject of continuing study.
An instance of tooth tissue loss via this mechanism.
예문
Due to the stresses resulting from biomechanical loading forces exerted on the teeth (static, as in swallowing and clenching[,] or cyclic, as in chewing), both enamel and dentin can chip or break away. This loss of tooth substance, which shall be termed Abfraction, is dependent on the magnitude, duration, direction, frequency, and location of the forces. These abfractive lesions are caused by flexure and ultimate material fatigue of susceptible teeth at locations away from the point of loading. Clinical observation of a variety of enamel and dentin lesions due to the shapes, sizes, loci, and frequency warrants a new and distinct classification.
현재 검증된 한국어 뜻은 준비 중이며 영어 정의는 “(dentistry) A proposed mechanism for noncarious tooth tissue loss, owing not to decay but rather to biomechanical stresses of biting and chewing; the pathogenesis of such damage remains a subject of continuing study.”입니다.
abfraction의 동의어는 무엇인가요?
문장 속 의미에 따라 가까운 동의어가 달라집니다.
abfraction의 반의어는 무엇인가요?
정확한 반대말은 사용된 의미에 따라 달라집니다.
abfraction를 문장에서 어떻게 쓰나요?
Due to the stresses resulting from biomechanical loading forces exerted on the teeth (static, as in swallowing and clenching[,] or cyclic, as in chewing), both enamel and dentin can chip or break away. This loss of tooth substance, which shall be termed Abfraction, is dependent on the magnitude, duration, direction, frequency, and location of the forces. These abfractive lesions are caused by flexure and ultimate material fatigue of susceptible teeth at locations away from the point of loading. Clinical observation of a variety of enamel and dentin lesions due to the shapes, sizes, loci, and frequency warrants a new and distinct classification.