Journal: The Angle Orthodontist

Article Title: Effects of predrilling depth and implant shape on the mechanical properties of orthodontic mini-implants during the insertion procedure

doi: 10.2319/080911-503.1

Figure Lengend Snippet: a. Schematic diagram of the orthodontic mini-implants (OMIs, Cylindrical shape, OAS-T1507; Tapered shape, OAS-T1507T; Biomaterials Korea Inc). b. Custom-made polyurethane foam artificial bone blocks with two layers that simulate the cortical and cancellous bone (Sawbone®, Pacific Research Laboratories Inc). c. The driving torque tester (Biomaterials Korea Inc).

Article Snippet: Custom-made polyurethane foam artificial bone blocks with two layers that simulate the cortical and cancellous bone (Sawbone®, Pacific Research Laboratories Inc). c. The driving torque tester (Biomaterials Korea Inc).

Techniques:

Journal: The Angle Orthodontist

Article Title: Effects of predrilling depth and implant shape on the mechanical properties of orthodontic mini-implants during the insertion procedure

doi: 10.2319/080911-503.1

Figure Lengend Snippet: Mechanical Properties of the Polyurethane Foam (Sawbones®, Pacific Research Laboratories Inc) Used in the Artificial Bone Blocks

Article Snippet: Custom-made polyurethane foam artificial bone blocks with two layers that simulate the cortical and cancellous bone (Sawbone®, Pacific Research Laboratories Inc). c. The driving torque tester (Biomaterials Korea Inc).

Techniques:

Journal: The Angle Orthodontist

Article Title: Effects of predrilling depth and implant shape on the mechanical properties of orthodontic mini-implants during the insertion procedure

doi: 10.2319/080911-503.1

Figure Lengend Snippet: Comparison of the Mechanical Properties During the Insertion of the Mini-Implants in the Artificial Bone Blocks Between the Cylindrical and Tapered Shape in the Control, 1.5-mm, and 3.0-mm Predrilling Groupsa

Article Snippet: Custom-made polyurethane foam artificial bone blocks with two layers that simulate the cortical and cancellous bone (Sawbone®, Pacific Research Laboratories Inc). c. The driving torque tester (Biomaterials Korea Inc).

Techniques:

Journal: The Angle Orthodontist

Article Title: Effects of predrilling depth and implant shape on the mechanical properties of orthodontic mini-implants during the insertion procedure

doi: 10.2319/080911-503.1

Figure Lengend Snippet: Comparison of the Mechanical Properties During the Insertion of the Mini-Implants in the Artificial Bone Blocks Between the Cylindrical Shape Groups, Between the Tapered Shape Groups, and Among All Groupsa

Article Snippet: Custom-made polyurethane foam artificial bone blocks with two layers that simulate the cortical and cancellous bone (Sawbone®, Pacific Research Laboratories Inc). c. The driving torque tester (Biomaterials Korea Inc).

Techniques:

Journal: The Angle Orthodontist

Article Title: Effects of wobbling angle on the stability measures of orthodontic mini-implants during insertion and removal procedures

doi: 10.2319/021513-134.1

Figure Lengend Snippet: (A) Schematic diagram of the orthodontic mini-implants used in this study (cylindrical shape, 7 mm). (B) Figures and pictures of the wobbling analogs of 2° and 4°. (C) Custom-made polyurethane foam artificial bone block with two layers that simulate the cortical and cancellous bone. (D) The driving torque tester. (E) Inseretion of OMIs with the 0° shaft, the 2° wobbling analog, and the 4° wobbling analog.

Article Snippet: OMIs and Allocation of Groups A total of 36 OMIs (self-drilling type, cylindrical shape, 7 mm in length, 1.45 mm in diameter; Biomaterials Korea Inc, Seoul, Korea, ) were allocated into three groups according to the amount of wobbling angle (control [0°], 2°, and 4°; ): W-0°, W-2°, and W-4° groups (N = 12 per group). fig ft0 fig mode=article f1 fig/graphic|fig/alternatives/graphic mode="anchored" m1 Open in a separate window Figure 1. caption a7 (A) Schematic diagram of the orthodontic mini-implants used in this study (cylindrical shape, 7 mm). (B) Figures and pictures of the wobbling analogs of 2° and 4°. (C) Custom-made polyurethane foam artificial bone block with two layers that simulate the cortical and cancellous bone. (D) The driving torque tester. (E) Inseretion of OMIs with the 0° shaft, the 2° wobbling analog, and the 4° wobbling analog.

Techniques: Blocking Assay

Journal: The Angle Orthodontist

Article Title: Effects of wobbling angle on the stability measures of orthodontic mini-implants during insertion and removal procedures

doi: 10.2319/021513-134.1

Figure Lengend Snippet: (A) Schematic diagram of the orthodontic mini-implants used in this study (cylindrical shape, 7 mm). (B) Figures and pictures of the wobbling analogs of 2° and 4°. (C) Custom-made polyurethane foam artificial bone block with two layers that simulate the cortical and cancellous bone. (D) The driving torque tester. (E) Inseretion of OMIs with the 0° shaft, the 2° wobbling analog, and the 4° wobbling analog.

Article Snippet: A total of 36 OMIs (self-drilling type, cylindrical shape, 7 mm in length, 1.45 mm in diameter; Biomaterials Korea Inc, Seoul, Korea, ) were allocated into three groups according to the amount of wobbling angle (control [0°], 2°, and 4°; ): W-0°, W-2°, and W-4° groups (N = 12 per group). fig ft0 fig mode=article f1 fig/graphic|fig/alternatives/graphic mode="anchored" m1 Open in a separate window Figure 1. caption a7 (A) Schematic diagram of the orthodontic mini-implants used in this study (cylindrical shape, 7 mm). (B) Figures and pictures of the wobbling analogs of 2° and 4°. (C) Custom-made polyurethane foam artificial bone block with two layers that simulate the cortical and cancellous bone. (D) The driving torque tester. (E) Inseretion of OMIs with the 0° shaft, the 2° wobbling analog, and the 4° wobbling analog.

Techniques: Blocking Assay