Optical Microscopic Images of Invisalign at different Tooth Positions: (a) Canine on the Upper Left showing Chip Removal; (b) Second Molar on the Upper Left Showing Crack Formed.

Optical Microscopic Images of Invisalign at different Tooth Positions: (a) Canine on the Upper Left showing Chip Removal; (b) Second Molar on the Upper Left Showing Crack Formed.

<p>Optical Microscopic Images of Invisalign at different Tooth Positions: (a) Canine on the Upper Left showing Chip Removal; (b) Second Molar on the Upper Left Showing Crack Formed.</p>

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Bibliographic Details
Main Author:	Claudia Barile (20678698) (author)
Other Authors:	Claudia Cianci (4052860) (author), Vimalathithan Paramsamy Kannan (20678701) (author), Giovanni Pappalettera (20678704) (author), Carmine Pappalettere (305622) (author), Caterina Casavola (20678707) (author), Michele Laurenziello (12783043) (author), Domenico Ciavarella (12783055) (author)
Published:	2025
Subjects:	Biochemistry Genetics Evolutionary Biology Developmental Biology Biological Sciences not elsewhere classified means image segmentation edge detection algorithm devices currently available cyclic compression tests recent studies indicate cyclic compressive loading simulate swallowing conditions inadvertently ingesting microplastics dimensional analysis based cumulative damage results aligner usage period three different aligners cyclic loading dimensional analysis three aligners recent years xlink "> widespread adoption undergo fatigue study attempts significantly higher precise examination potential risk perform well orthodontic treatments orthodontic treatment optical microscope mechanical properties mechanical performance like phenomena ghost aligner forces exerted experimental assessment essix ace energy absorbed effective execution compromised fit clear aligners chips poses become detached aligners subjected
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