Join us at the 14^th International Conference on Advanced Dentistry and Oral Health (ADOH 2025), taking place from June 18-19, 2025 in London, United Kingdom. This world-class event offers a unique opportunity to immerse yourself in the latest innovations, trends, and research breakthroughs in dentistry and oral health.

Aims:

This 60-minute talk aims to develop an understanding of the steps required to achieve a comprehensive assessment of endodontic cases backed by evidence-based endodontic principles. This will allow consolidation of pre-existing skills and development of new approaches to overcome common endodontic difficulties and management of endodontic cases.

Objectives:

Learners will be able

• To gain an appreciation of the factors involved in the pre-endodontic assessment.

• To develop an understanding on case assessments and how to use this in general practice.

• To gain an appreciation of the Endodontic, prosthodontic and periodontal interplay in determining success and survival of root treated teeth.

• To gain an understanding of the radiographic assessment associated with diagnosing endodontic disease.

• To gain an understanding of special tests in endodontics and determine success & survival in endodontic cases.

Anticipated GDC development outcomes:

Maintenance and development of knowledge and skill within your field of practice.

Objective:

To exhibit some of the effects, changes, and corrections attained with Miniscrew-Assisted Rapid Palatal Expansion (MARPE) in Orthodontics, Dentofacial Orthopedics, And Airway. The documentation as well as the results were gathered from current patients of A. Kawaiah Orthodontics, in the cases where significant skeletal effects took place Surgery-Free And also in cases of the Elderly patients where conventional therapy was not enough (Due to limited skeletal effect)

Methods:

MARPE as an Orthopedic anchorage device shows positive results in treating Class III Malocclusions and promoting guided facial growth. Images obtained from Cone Beam Computed Tomography from; Before treatment, during treatment, and after treatment in Teenagers and Adults. The Volume of the airway is measured from various planes in the Nasal Cavity and pharynx and was set to be measured. Changes in the total volume in CC and minimum area in MM were compared at each plane.

Results:

The cross-sectional areas in the Upper Airway, Nasal Cavity, and upper half of the pharynx showed a substantial increase since the MARPE activation. One patient suffering from severe Obstructive Sleep Apnea Syndrome reported that his apnea had decreased, to the point, where a CPAP machine wasn't necessary. All the results were observed through 3D Digital imaging analysis, Polysomnography, patient observations, as well as their interviews.

Conclusion:

By changing the vectors of force, the maxilla can be displaced differentially in varying degrees. It is recommended for patients with midfacial deficiency, Inappropriate Bites, and patients with poor breathing (breathing through the mouth) as treatment. The treatment is customized for each unique case and patient.

Over the past two decades, our understanding of the therapeutic potential and medicinal properties of cannabis has evolved significantly. This transformation has been accompanied by a rise in cannabis use across diverse communities and age groups, particularly within the United States. Given this increasing prevalence, it is essential to assess the public health implications of cannabis and hemp, particularly their potential to influence therapeutic outcomes. This review was conducted in accordance with ethical guidelines for research involving human and animal subjects, adhering to the principles outlined in the Helsinki Declaration of 1975, as revised in 2013. As no direct human or animal subjects were involved, informed consent was not required.

This review examines ongoing research on the cannabinoid receptor system, its endogenous ligands, pharmacology, metabolism, and applications in pain management for both oral and topical use. Additionally, it explores the current oral health consequences associated with cannabis use and the associated medical dilemmas. Furthermore, this review highlights key clinical considerations for healthcare providers regarding cannabis and hemp-based product use. These products may influence several metabolic pathways and pose potential drug interactions with conventional treatments. While the pharmacological effects of pure cannabidiol (CBD) have been extensively studied, cannabis extracts vary significantly in composition and are often lacking empirical validation. There remain significant gaps in our understanding of the benefits and risks associated with cannabis and hemp-based products, largely due to the unpredictability of their pharmacological and clinical effects. Additionally, variations in commercially available products necessitate further empirical investigation. Given the ongoing challenges in managing acute and chronic pain, this review underscores the potential therapeutic applications of cannabis and CBD-hemp extracts, particularly for patient populations experiencing anxiety, inflammation, and dental pain.

Scuba diving is a popular recreational activity. However, it carries inherent risks, including exposure to hyperbaric environments, which can exacerbate medical conditions, such as dental barotrauma, barodontalgia, temporomandibular disorders, and periodontal issues. Understanding the prevalence of orofacial pain among divers is critical for improving diver safety and health. Thus, this study aimed to investigate the occurrence and contributing factors of orofacial pain in various diverse populations to inform targeted preventive strategies.

A systematic literature search was conducted across PubMed, Saudi Digital Library, and Google Scholar, and articles that studied orofacial pain among divers were selected. The Joanna Briggs Institute was used to assess the risk of bias. Due to insufficient statistical data, including confidence intervals and standard errors, a synthesis without meta-analysis was conducted to assess the prevalence of various types of orofacial pain across diverse diver populations.

This review included seven studies that examined orofacial pain prevalence and some risk factors (e.g., diving depth, frequency, occupational duration, and oral health condition) among military, occupational, and recreational divers. Barodontalgia had the highest prevalence rate among the four types of orofacial pain studied in this review, ranging from 10.8% to 56.1%, whereas periodontal issues showed the lowest rate, ranging from 2.8 to 6.6%, and were the least frequently studied type of pain. Military divers were most affected by all types of pain.

This study underscores the necessity of tailored preventive strategies for divers, particularly military and leisure divers. These strategies should focus on dental care, ergonomic interventions, oral hygiene education, equipment fitting, and clenching management.

Bone regeneration in dentistry involves the use of cells, biological or artificial scaffolds, and biofactors that promote cell growth and differentiation. Growth factors have a major role in this process since they influence chemotaxis, differentiation, proliferation and synthetic activity of various bone cells, thereby regulating physiological remodeling and the process of bone healing. That makes the use of autologous and recombinant growth factors (GF) a very rapidly upcoming field of regenerative dentistry & oral implantology. Most of the growth factors derived from autologous blood are released upon platelet activation, and their clinical applications have been popularized with Platelet-rich plasma (PRP), Platelet rich fibrin (PRF) & its advancements namely A-PRF& i-PRF, Concentrated Growth Factors (CGF), Sticky Bone

Concept etc. It is time to use this ‘BLOOD’ in different ways to achieve regenerative potential in the field of dentistry & ORAL Implantology.

Introduction:

Immediate dental implants in the posterior region have gained popularity due to their ability to reduce treatment time and preserve alveolar bone. However, the success of this procedure depends on factors such as implant stability, socket morphology, and potential complications. Understanding the different types of extraction sockets, the surgical approach, and associated risks is crucial for optimal clinical outcomes.

Objective:

To evaluate the effectiveness of immediate dental implants in the posterior region, considering socket types, surgical techniques, and potential complications.

Materials and Methods:

A systematic review of clinical studies on immediate implants in posterior teeth was conducted. The classification of extraction sockets (Type I, II, III) was analyzed based on alveolar bone integrity. The surgical procedure involved atraumatic extraction, implant site preparation, and guided bone regeneration when necessary. Parameters such as implant stability, osseointegration, and post-surgical complications were assessed.

Results:

Immediate implants showed high survival rates, especially in Type I sockets with preserved buccal bone walls. Type II and III sockets required additional bone grafting and membrane coverage to ensure stability. Primary implant stability was influenced by bone density and implant design. The most common complications included marginal bone loss, soft tissue recession, and peri-implantitis.

Conclusion:

Immediate implant placement in the posterior region is a predictable treatment when proper case selection and surgical techniques are applied. While Type I sockets offer the best prognosis, Type II and III sockets demand additional regenerative procedures. Clinicians must carefully assess the risks and implement adequate post-operative care to minimize complications.

Keywords:

Immediate implants, posterior region, extraction sockets, surgical procedure, complications, bone grafting, osseointegration.

In modern dentistry, the path from diagnosis to treatment acceptance is both critical and multifaceted. This presentation delves into cutting-edge strategies and evidence-based approaches that revolutionize traditional case acceptance models. By integrating clinical expertise with advanced communication frameworks and behavioral psychology, attendees will gain actionable insights into guiding patients through informed decision-making with confidence and trust.

Successful case acceptance extends beyond treatment planning—it requires strategic, empathetic dialogue, psychological insight, and the ability to address patient concerns with clarity and precision. This session explores innovative techniques to enhance patient communication, mitigate objections, and foster long-term trust, ultimately transforming hesitation into commitment.

By leveraging behavioral science, cognitive persuasion techniques, and tailored patient engagement strategies, dental professionals can elevate their practice, improve patient adherence to treatment, and drive sustainable growth. Understanding the science behind patient decision-making not only enhances treatment acceptance rates but also strengthens the foundation of a high-performing dental practice in today’s competitive healthcare landscape.

In this presentation we redefine the art and science of case acceptance—where clinical excellence meets strategic communication, transforming challenges into opportunities and patient interactions into lasting relationships.

The severely atrophic maxilla can present with some challenges during treatment planning with communication between those performing the surgical and prosthetic aspects of the treatment as well as communication with the patient as to what is being suggested for treatment. This lecture will review the decision making process to simplify the communication and understanding of treating the severely atrophic maxilla and based on the Bedrossian classification gives a guideline for the surgical approach to be adapted based on the patient residual anatomy. This lecture will give an idea to avoid cantilever in the posterior maxilla, increasing the A-P spread, which is very essential for long term implant success. Immediate loading single Drill implant concept ll cut short the No of patient visits as well as can provide final prosthesis in 2 Visits

Summary:

In the rapidly evolving field of orthodontics, digital technologies are revolutionizing treatment planning and execution. This presentation, titled "Digitally Designing the Orthodontic Future," delves into the transformative impact of digital tools and methodologies on three critical areas: Temporary Anchorage Devices (TADs), Temporomandibular Joint (TMJ) disorders, and the Mini-Screw Assisted Rapid Palatal Expander (MARPE).

Introduction:

We begin by exploring the integration of digital imaging and 3D modeling in the precise placement of TADs. These innovations enhance anchorage control, minimize patient discomfort, and streamline complex orthodontic procedures. Next, TMD control requires very accurate scanning and bite registration to achieve the “Physiological bite” to gradually relieve TMD and its consequences on body posture. Through enhanced imaging techniques and computer-aided design, practitioners can develop personalized TMJ splints that significantly improve patient outcomes.

learning objective:

The presentation also highlights the advancements in MARPE technology, where digital tools open the gate for the imagination and possibilities and facilitate the design of customized expanders with risk-free TADs insertion, corticopuncher planning far from the incisive nerve.

Thanks to digital ability, the palate becomes a risk-free area to use as an indirect anchorage for wide types of devices.

Understanding the TMD root cause and accordingly digitally designing TMJ orthotic after TENS therapy Attendees will gain insights into the latest digital innovations shaping the future of orthodontics, with a focus on practical applications, case studies, and the benefits of integrating these technologies into everyday practice.

The presentation includes new ideas, devices, and approaches which has been created be me.

Keywords:

Digital orthodontic, mini-implants, mini-screws, TADs, TMJ, TMD, MSE, MARPE expander

TRISMUS is one of the challenging clinical situations that is managed by general dental practitioners. The etiology for this condition may be many like odontogenic, TMJ related, MOM related, Pain related, and Systemic diseases. Understanding the etiopathogenesis of this condition and assessment of para oral structure is mandatory for the correct diagnosis and to treat the cause. This Keynote lecture explains various etiology of difficulty in Mouth Opening, its cause, key diagnostic point,s and specific surgical & non Surgical management of the same. The Role of Physical Therapies in various situations is also discussed in detail with adequate case reports and a Review of Literature. The lecture will surely give a good take home message for the clinician and will change the perspective of management of the same.

Vital pulp therapy represents a paradigm shift in endodontic treatment, offering a conservative approach to preserving the vitality of dental pulp while addressing underlying pathology. By examining the efficacy, benefits, and techniques of vital pulp therapy, attendees will gain valuable insights into its clinical applications and potential in minimally invasive Endodontics.

This presentation delves into the principles, techniques, and outcomes associated with vital pulp therapy, providing a comprehensive overview of its place in modern endodontics. We'll explore the latest classification and diverse strategies employed in vital pulp therapy and discuss the latest advancements in materials and biomimetic approaches utilized in vital pulp therapy, highlighting their role in promoting pulp tissue regeneration and maintaining pulpal health.

By synthesizing evidence-based research and clinical observations, this presentation aims to empower practitioners with the knowledge and tools needed to effectively implement vital pulp therapy in their practice, thereby optimizing patient outcomes and preserving dental vitality.

This patient presentation discusses the dental management of a 32-year-old female with a history of cleft lip and palate. The patient was presented with functional and esthetic concerns, including malocclusion, missing teeth, and residual scarring. Her medical history included multiple surgical interventions during childhood for cleft repair.

A multidisciplinary approach was adopted, involving orthodontic, prosthodontic, and oral & maxillofacial surgery to address maxillary hypoplasia, compromised periodontal support, and malocclusion. The treatment plan included phased care, such as periodontal therapy, oral surgery, and prosthetic rehabilitation with dental implants to replace missing teeth. Cosmetic enhancements were also planned to improve lip and soft tissue esthetics.

This presentation emphasizes the importance of individualized, interdisciplinary care to achieve optimal function and esthetics for adult cleft lip and palate patients.

Since the Covid-19 pandemic, the Southwest of England has universally struggled for access to NHS dental primary care. The patient demographic in Swindon has found primary dental services have shifted to private provision, resulting in increased presentations to the emergency walk-in service. The emergency dental service at Great Western Hospital provides an assessment and treatment service through appropriate triage. The aim of this observational study was to compare patient demographics, presentations, and information on their access to NHS dental services in October 2023 compared to October 2024 and if there is any correlation to the changes in primary NHS dental services.

For this study, data was retrospectively collected from the online notes of patients who attended the clinic in October 2023 and 2024, using a standardized data collection form. The data recorded included reason for attendance, patient age, patient gender, if noted whether the patient had their own dentist, treatment provided, and who referred the patient to the department. The findings provide data corresponding to NHS primary care provision change and should be used to raise awareness at a local level in order to initiate change.

As dentistry continues to evolve, digital technologies are transforming education and clinical practice. Lincoln Memorial University College of Dental Medicine (LMU CDM) is at the forefront of this shift, integrating digital dentistry into its curriculum and patient care.

This keynote presentation explores the role of digital innovations in shaping the next generation of dental professionals. It will provide an overview of LMU CDM’s use of advanced digital imaging, 3D printing, and computer-aided design/computer-aided manufacturing (CAD/CAM) systems. These technologies are seamlessly incorporated into both didactic instruction and clinical experiences, ensuring that graduates are proficient in state-of-the-art dental procedures.

The discussion will also address the challenges and opportunities associated with implementing digital tools in dental education. Key considerations include the cost of new technologies, the need for specialized training, workflow integration, and ethical concerns such as data security and patient privacy.

Looking ahead, the presentation will highlight LMU CDM’s future initiatives in digital dentistry, including the integration of artificial intelligence for diagnostics, the use of virtual and augmented reality in education, and research into regenerative dental technologies.

By showcasing LMU CDM’s commitment to digital dentistry, this keynote will illustrate the transformative potential of these innovations in dental education and practice.

Treatment of open bite with a combination of orthognathic surgery. Elimination of facial asymmetry.

In the report we will consider:

1) principles of the occurrence of facial asymmetries.

2) Principles of the formation of open bite.

3) how TMJ dysfunctions affect the formation of asymmetry.

4) protocol for the elimination of open bite orthodontically, orthopedically and surgically.

5) Orthognathic surgery - the final stage of treatment.

Tooth loss or occlusal imbalance are risk factors for TMD. Clinical training has a great influence on the planning of prosthetics in patients with TMD. The loss of some non-terminal teeth causes a biomechanical imbalance in the lower jaw. Based on these consequences, rehabilitation of missing teeth is the first step in the treatment of TMD in patients with adentia.

Up to 90% of brain cancer survivors experience radiation-induced damage to the blood-brain barrier (BBB), as well as neuronal and bone loss. Research suggests that radiation increases mitochondrial reactive oxygen species (mtROS), leading to mitochondrial DNA (mtDNA) damage and its release as cell-free DNA. This process activates Toll-like receptor 9 (TLR9), triggering an immune response and further ROS production. Given that TLR9 is also implicated in bone metabolism, this study investigates the impact of endothelial-specific TLR9 deletion on BBB permeability, cognitive function, and bone health following cranial irradiation.

To explore this, endothelial-specific TLR9 knockout (eTLR9⁻/⁻) mice were exposed to cranial irradiation (12 Gy, X-ray). After 30 days, memory and learning abilities were assessed using the Novel Object Recognition test, which revealed significant cognitive impairment in wild-type (WT) mice, whereas eTLR9⁻/⁻ mice exhibited improved performance. BBB integrity was evaluated through immunohistochemistry with anti-mouse IgG, showing markedly higher permeability in WT mice compared to eTLR9⁻/⁻ mice. Surprisingly, bone density measurements using µCT scans demonstrated significantly lower bone density in eTLR9⁻/⁻ mice, indicating greater bone loss in the knockout group.

These findings suggest that endothelial TLR9 deletion provides neuroprotection by mitigating BBB disruption and cognitive decline after radiation exposure. However, the deletion also exacerbates bone loss, potentially due to reduced secretion of key bone-regulating factors such as BMP-2 and TGFβ. This highlights a complex interplay between endothelial TLR9 signaling, vascular damage, brain function, and skeletal integrity, emphasizing the need for a balanced approach when targeting TLR9 in radiation.

This comprehensive lecture provides advanced training on all-on-X restorative procedures, focusing on best practices and evidence-based techniques. Participants will gain in-depth knowledge of:

1. Patient selection and evaluation

2. Implant placement and prosthetic design

3. Digital workflow optimization

4. Material selection and CAD/CAM design

5. Loading protocols and complication management

Learning Objectives

1. Understand indications and contraindications for All-on-X

2. Master implant placement and prosthetic design principles

3. Optimize digital workflows for efficient treatment planning

4. Select optimal materials and designs for durability and aesthetics

5. Manage complications and ensure successful outcomes

Clinical choice of the most appropriate implant therapy modality should be based on an assessment of the residual alveolar bone height, width, and sinus morphology with a cone beam computed tomography (CBCT) scan, current scientific evidence, surgical skills and experience of the surgeon, and the patient’s preferences.

Following a good surgical protocol and an excellent oral hygiene maintenance program are fundamental elements in achieving a successful and predictable outcome.

The available evidence on short dental implants in early research was not significant compared with the longer dental implants; the surface treatment is improving now than before for this reason.

The use of short implants allows the treatment of patients who are unable to undergo complex surgical techniques for medical, anatomic, or financial reasons. By reducing the need for complex surgeries short implants reduce morbidity, cost, and treatment time. Recently short implants offer a less invasive treatment alternative in resorbed ridge cases.

Antemortem radiographic comparison remains a cornerstone in forensic identification, offering a reliable and cost-effective method for confirming human remains. Despite advancements in DNA technology, including rapid identification methods such as Accelerated Nuclear DNA Equipment (ANDE), the financial and logistical constraints associated with DNA analysis make radiographic comparison a preferred option in many medical examiner and coroner’s offices.

When available, antemortem imaging—whether traditional film, digital radiographs, CBCT, or CT scans—allows for efficient and accurate identification, expediting the return of remains to families. Unlike DNA analysis, which often requires outsourcing to specialized laboratories and incurs significant costs and processing time, radiographic comparison leverages existing medical and dental records to provide timely and accessible results.

As dental professionals, we play a crucial role in forensic identification by ensuring that all radiographs are of high quality, properly documented, and securely archived. Maintaining accurate imaging records not only supports patient care but also contributes to the broader forensic effort of human identification.

Dental fractures represent a major challenge both functionally and aesthetically, significantly impacting patients quality of life. The selection of an appropriate treatment strategy depends on multiple factors, including the extent of the lesion, location, and the specific demand of each case.

This presentation explores the main decision making criteria in the management of dental fractures, analyzing therapeutic options such as a direct and indirect restoration, the use of modern materials, and advanced reconstruction technologies.

A key aspect is the minimal invasive therapeutic approach, where orthodontics plays an important role by allowing the strategic repositioning of fractured teeth to facilitate conservative restoration and avoid more aggressive treatments, such as extractions or extensive reconstructions.

Through an interdisciplinary approach that combines orthodontics with aesthetic restoration techniques, durable and harmonious results can be achieved, preserving the integrity of the dental structure and optimizing the aesthetics of the smile.

Leadership in healthcare is no longer optional—it is essential. Yet, dentistry is often absent from leadership conversations despite its critical role in patient care, workforce development, and healthcare policy. The Healthcare Leadership Academy (HLA) is at the forefront of addressing this gap, equipping clinicians worldwide with the skills to drive innovation, influence policy, and lead with authenticity.

For over 8 years, HLA has been delivering healthcare leadership training to UK and international clinicians and as an internationally recognised organisation, HLA has delivered over 100,000 hours of leadership training with a faculty pool of over 150 experts.

As a profession at the crossroads of medicine, public health, and business, dentistry requires strong leadership to tackle oral health inequalities, navigate reforms, and ensure workforce sustainability. Recognising this, the importance of championing leadership development in dentistry is crucial to support global oral health development. The HLA offers structured programmes that cultivate strategic thinking, advocacy, and interdisciplinary collaboration.

With an international presence, the HLA has trained healthcare professionals across the UK, Europe, and beyond, fostering a global network of change-makers committed to reshaping healthcare. Investing in leadership development for dentists is more than professional growth—it is about creating a resilient, adaptable, and forward-thinking healthcare workforce capable of addressing the challenges of tomorrow. By embedding leadership in the world of dentistry, we ensure that dentistry is not just a clinical profession but a driving force in the future of healthcare.