Seminars in Orthodontics: Volume 29, Issue 1 (2023) – Embracing the Future of Orthodontic Excellence

Welcome to the latest edition of Seminars in Orthodontics, a gateway to the forefront of orthodontic innovation. In Volume 29, Issue 1 of this esteemed publication, we present an array of cutting-edge research and insights that illuminate the evolving landscape of orthodontics. Our contributors delve into contemporary workflows, digital advancements, novel materials, and transformative clinical applications, offering you an unmissable opportunity to stay at the vanguard of your field.

Highlighted Articles:

1. Contemporary Orthodontic Workflows: A Panacea for Efficiency?
   Discover the intricate dance between orthodontic procedures and the global pace of modern life. Vaid, Nikhilesh R., and Adel, Samar M., shed light on the synchronization of orthodontic practices with the rhythm of a dynamic world.
2. Digital Workflows in Orthodontic Postgraduate Training
   Cattaneo, Paolo M., and Cornelis, Marie A., unveil the digital revolution that is reshaping orthodontic diagnostics, treatment, and patient follow-up. Explore the expanded diagnostic possibilities driven by digital tools.
3. 3D Printing of in Office Custom-Made Brackets: Concept, Design, Production and Evidence
   Nearchos C. Panayi takes us into the realm of digital dentistry, where CAD software, 3D printers, and printing materials converge to revolutionize orthodontic bracket fabrication.
4. Seamless Workflows for In-House Aligner Fabrication
   Thakkar, Digant, Benattia, Akim, and their colleagues offer insights into in-house aligner systems, shedding light on their comprehensive approach, from digital treatment planning to aligner delivery.
5. 3D Printed Aligners: Material Science, Workflow and Clinical Applications
   Dive into the evolution of clear aligner orthodontic treatment with Nearchos Panayi, Jung-Yeol Cha, and Ki Beom Kim. Discover the material science, workflow, and clinical applications behind this transformative approach.
6. 3D Metal Printing in Orthodontics: Current Trends, Biomaterials, Workflows and Clinical Implications
   Simon Graf, Digant Thakkar, and colleagues unravel the forefront of orthodontic technology – 3D metal printing of customized orthodontic appliances, exploring additive techniques and materials.
7. The Improved Superelastic Ni-Ti Alloy Wire in Orthodontic Treatment: Characteristics and Clinical Application
   Yonemitsu, Ikuo, Ozaki, Shusaku, and Ono, Takashi, introduce us to Japanese Ni-Ti alloy wires, which uniquely retain their characteristics even after bending, enhancing orthodontic treatment.
8. CAD-CAM Workflows for Palatal TAD Anchored Appliances
   Benedict Wilmes and Dieter Drescher present the potential of mini-implants inserted in the anterior palate, uncovering their success rates and multifaceted applications in orthodontic treatments.
9. Evaluating the Accuracy of Automated Orthodontic Digital Setup Models
   Hyein Woo, Nayansi Jha, Yoon-Ji Kim, and Sang-Jin Sung explore the intersection of orthodontic tooth setup and artificial intelligence, evaluating the accuracy and potential of automated digital models.
10. White Spot Lesions: Biomaterials, Workflows and Protocols
    Adel, Samar M., El-Harouni, Nadia, and Vaid, Nikhilesh R., address the pressing concern of white spot lesions after treatment, highlighting the state-of-the-art biomaterials and protocols aimed at prevention and treatment.
11. Nanotechnology in Orthodontics
    Padmanabhan, Sridevi, introduces the world of nanoparticles and their transformative impact on orthodontic materials, showcasing the unique properties that nanotechnology bestows upon ceramics, polymers, and beyond.

In this issue, we invite you to journey with us through the realms of innovation, discover the possibilities of digitization, and explore the future of orthodontic care. Seminars in Orthodontics is your gateway to the most relevant and ground-breaking advancements in the field. Order your copy today and experience the power of knowledge that propels the orthodontic world forward.