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Comparative evaluation of anchorage loss and canine retraction rate using mini-implant anchorage versus conventional molar anchorage

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Orthodontic anchorage control during space closure is critical to prevent unwanted tooth movement, prolong treatment and maintain facial aesthetics. This randomised controlled trial compared mini-implant versus conventional molar anchorage (transpalatal arch) in 40 premolar extraction patients for bilateral canine retraction over 3 months. Mini-implants significantly reduced anchorage loss (0.42±0.31 mm versus 2.18±0.67 mm, p<0.001) compared to conventional anchorage. Canine retraction rates were superior with mini-implants (1.24±0.28 mm/month versus 0.89±0.22 mm/month, p<0.001). Mini-implant anchorage provides superior preservation and faster canine retraction, establishing it as the preferred choice for maximum anchorage needs.
Title: Comparative evaluation of anchorage loss and canine retraction rate using mini-implant anchorage versus conventional molar anchorage
Description:
Orthodontic anchorage control during space closure is critical to prevent unwanted tooth movement, prolong treatment and maintain facial aesthetics.
This randomised controlled trial compared mini-implant versus conventional molar anchorage (transpalatal arch) in 40 premolar extraction patients for bilateral canine retraction over 3 months.
Mini-implants significantly reduced anchorage loss (0.
42±0.
31 mm versus 2.
18±0.
67 mm, p<0.
001) compared to conventional anchorage.
Canine retraction rates were superior with mini-implants (1.
24±0.
28 mm/month versus 0.
89±0.
22 mm/month, p<0.
001).
Mini-implant anchorage provides superior preservation and faster canine retraction, establishing it as the preferred choice for maximum anchorage needs.

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