Head and neck cancer (HNC) accounted for 8% of global cancers in 2020, with Sweden experiencing a significant increase in cases.
Trismus, characterized by limited mouth opening, affects up to 33% of HNC patients 3–10 years post-radiotherapy, impacting their quality of life.
Previous studies have primarily focused on short-term health-related quality of life (HRQL) trajectories, with limited research on long-term effects beyond 5 years.
The study aims to assess the prevalence of trismus and its impact on HRQL among HNC survivors 10 years after completing radiotherapy.
Trismus results from tumor burden and radiotherapy, leading to pain, eating limitations, and reduced oral hygiene, further diminishing HRQL.
Objective: To announce the appointment of Michelle Strange to the Advisory Board of Personify Group as an independent dental hygiene and infection prevention ad
Personify Group, Inc. appointed Michelle Strange, MSDH, RDH, to its Advisory Board as an independent dental hygiene and infection prevention advisor.
Strange has over 25 years of experience in clinical dental hygiene, infection control, education, and independent practice ownership.
In her advisory role, Strange will provide insights on dental hygiene, infection control, clinical workflow, and emerging trends.
Strange owns SmileLogic, an independent dental hygiene practice, and founded platforms focused on education and compliance.
She recently published a book titled Independent by Design, exploring career opportunities for dental hygienists and her journey in practice ownership.
Objective: To discuss current recommendations for postoperative pain management in dental implant patients, with a focus on the role of NSAIDs and the importanc
Objective: To present the features and technology of the Dyson CameraJet toothbrush, which aims to improve oral hygiene by targeting interdental spaces. Approac
Objective: To introduce Midas Restore™, a new FDA-cleared restorative resin for dental applications. Approach: Material Development: Midas Restore is a ceramic-
Objective: To introduce Profluorid Varnish + BioMin, a new dental varnish that combines sodium fluoride with bioactive glass technology. Approach: Product Descr
Nonsurgical root canal treatment of mandibular third molars is complicated by limited access and complex anatomy, including the presence of radix paramolaris.
Cone-beam computed tomography (CBCT) is essential for diagnosing complex root canal anatomy, as conventional radiographs may obscure accessory roots.
An 86-year-old patient with pulpal necrosis and symptomatic apical periodontitis was treated conservatively through an existing crown.
Heat-treated nickel-titanium rotary instruments facilitate effective canal negotiation in challenging cases while preserving tooth structure.
The case highlights the importance of recognizing unusual anatomy, such as radix paramolaris, to inform treatment planning and avoid complications.
Objective: To explore the advancements in biologic materials that improve bone quality and support long-term implant success in dentistry. Approach: Expert Insi
Increasing occlusal vertical dimension (OVD) is critical in managing severely worn dentition but remains controversial due to potential adverse effects.
A digitally driven workflow integrating aligner therapy can optimize function and esthetics in full-mouth rehabilitation for patients with severe erosive wear.
The case study involved a 47-year-old male with severe dental erosion linked to high-frequency cola consumption and a history of bulimia nervosa.
Comprehensive treatment planning included orthodontic therapy to correct anterior relationships and a minimally invasive restorative approach to preserve enamel.
The multidisciplinary approach aimed to achieve a predictable outcome while minimizing biological costs and addressing the patient's functional and esthetic needs.
Objective: To explore the identity and scope of prosthodontics in relation to other dental and medical specialties, particularly orthopedics. Approach: Overview
Objective: To evaluate the effectiveness of OsteoGen™, a synthetic bioactive bone grafting material, in supporting predictable bone regeneration. Approach: Mate