[5-1]_(18~26) Treatment Efficiency of Conventional vs. Self-ligating Lingual Brackets
[5-1]_(10~17) Normative Upper Incisor Inclination Relative to the True Horizontal Plane (THP) on Con
[5-1]_(1~9) Evaluation of Effect of Variable Thickness of Customized Lingual Bracket Base on Torque
[4-1]_(96~101) Lingual Orthodontic Reloaded: The Next Web-remote Generation
[4-1]_(90~95) The Point of View. When Treatment Results Are Caused By Mistakes of the Set Up Models
[4-1]_(87~89) Effective Leveling and Alignment in Lingual Orthodontics
[4-1]_(75~86) A Treatment Approach for Lip Protrusion Using KILBON Appliance
[4-1]_(63~74) Lingual Orthodontic Treatment Using Twin-wire Technique in Extraction Cases
[4-1]_(51~62) Lingual Biomechanics Based on Customized Prescription
[4-1]_(37~50) The Digital Self Ligating Lingual System: HARMONY
[4-1]_(26~36) Start-off by Thinking of the End
[4-1]_(19~25) Comparison of Skeletal Transverse Widths in Korean Adults according to Angle Classifi
[4-1]_(13~18) Influence of Occlusal Pads on Postural Balance in the Treatment of Patients with Lingu
[4-1]_(01~12) Comparison of Dental Arch Form between Korean and Belarusian Population
[3-1]_(68~76) Surgery First Orthodontic Treatment in Class III with Lingual Appliance (I)
[3-1]_(45~67) The Efficiency of Lingual Orthodontics in Open-Bite Treatment: Case Reports
[3-1]_(24~44) Treatment of Lip Protrusion Using Customized Lingual Brackets
[3-1]_(13~23) Comparison of Vertical Dimension according to the Vertical Skeletal Pattern during Lin
[3-1]_(1~12) Effects of Mechanical Properties of Lingual Lever Arm on the Displacement Pattern of An
[2-1]_(65~73) Non-surgical Orthodontic Treatment of a Skeletal Open Bite in High Angle Adult Case