Online Dental Continuing Education Courses

Description

The 4 CEU Bundle includes two essential California dental continuing education courses in one convenient online package. This bundle is designed for dental professionals who need to complete required CE topics in a flexible, self-paced format.

The CA Practice Act course reviews the laws, rules, and regulations that govern the practice of dentistry in California. The 2-Hour Infection Control course covers key infection control standards, safety protocols, and best practices for maintaining a safe dental environment.

This bundle offers a simple way to complete important compliance-related coursework online in one package.

Courses Included

• CA Practice Act (2 CEUs)
• 2-Hour Infection Control (2 CEUs)

Course Topics

• California dental laws and regulations
• Professional responsibilities and legal compliance
• Infection control standards
• Safety procedures in the dental setting
• Prevention of cross-contamination
• Required continuing education compliance topics

Description

The 6 CEU Bundle Bundle combines three important California dental continuing education courses into one convenient online package. This bundle is designed for dental professionals who need to complete essential compliance and prescribing-related CE topics in a flexible, self-paced format.

The CA Practice Act course reviews the laws, rules, and regulations that govern the practice of dentistry in California. The 2-Hour Infection Control course covers key infection control standards, safety protocols, and best practices for maintaining a safe dental environment. The Regulations & Responsibilities of Prescribing Schedule II Opioid Drugs course addresses prescribing requirements, responsibilities, and regulatory considerations related to Schedule II opioid medications.

This bundle offers a convenient way to complete multiple required CE topics online in one package.

Courses Included

• CA Practice Act (2 CEUs)
• 2-Hour Infection Control (2 CEUs)
• Regulations & Responsibilities of Prescribing Schedule II Opioid Drugs (2 CEUs)

Course Topics

• California dental laws and regulations
• Professional responsibilities and legal compliance
• Infection control standards
• Safety procedures in the dental setting
• Prevention of cross-contamination
• Schedule II opioid prescribing regulations
• Prescribing responsibilities and compliance requirements

Description

The 12 CEU Bundle includes six convenient online continuing education courses designed for dental professionals who want to complete important California CE topics in one package. This bundle offers a flexible, self-paced way to meet continuing education requirements while covering a range of practical and compliance-related subjects.

Included in this bundle are CA Practice Act, 2-Hour Infection Control, Tooth Whitening, Waterline Safety, Dental Concerns of Hepatitis C, and Herpes Simplex Virus. Together, these courses review California dental regulations, infection control standards, patient safety considerations, and clinical topics relevant to everyday dental practice.

This package is a convenient option for completing multiple CE courses online in one bundle.

Courses Included

• CA Practice Act (2 CEUs)
• 2-Hour Infection Control (2 CEUs)
• Tooth Whitening (2 CEUs)
• Waterline Safety (2 CEUs)
• Dental Concerns of Hepatitis C (2 CEUs)
• Herpes Simplex Virus (2 CEUs)

Course Topics

• California dental laws and regulations
• Infection control standards and safety procedures
• Tooth whitening techniques and considerations
• Dental waterline safety and contamination prevention
• Dental considerations related to Hepatitis C
• Recognition and management considerations for Herpes Simplex Virus

Description

The 25 CEU Bundle includes a broad selection of online continuing education courses designed for dentists who want to complete multiple required and relevant CE topics in one convenient package. This bundle provides a flexible, self-paced way to complete continuing education while covering compliance, patient safety, and clinical subjects relevant to dental practice.

Included in this bundle are CA Practice Act, 2-Hour Infection Control, Tooth Whitening, Waterline Safety, Dental Concerns of Hepatitis C, Herpes Simplex Virus, Immediate Loaded Implants, Jaw Necrosis, Alzheimer’s Disease, Angina Management, Septocaine (Articaine HCl), and either HIPAA or Development of Caries Vaccine. Together, these courses cover California regulations, infection control, restorative and clinical topics, patient health considerations, and important professional responsibilities.

This package is a convenient option for dentists who want to complete a substantial portion of their continuing education online in one bundle.

Courses Included

• CA Practice Act (2 CEUs)
• 2-Hour Infection Control (2 CEUs)
• Tooth Whitening (2 CEUs)
• Waterline Safety (2 CEUs)
• Dental Concerns of Hepatitis C (2 CEUs)
• Herpes Simplex Virus (2 CEUs)
• Immediate Loaded Implants (2 CEUs)
• Jaw Necrosis (2 CEUs)
• Alzheimer’s Disease (2 CEUs)
• Angina Management (2 CEUs)
• Septocaine (Articaine HCl) (2 CEUs)
• Dentistry and Tuberculosis (2 CEUs)
• HIPAA (1 CEU)

Course Topics

• California dental laws and regulations
• Infection control standards and safety procedures
• Tooth whitening techniques and considerations
• Dental waterline safety and contamination prevention
• Dental concerns related to Hepatitis C
• Recognition and management considerations for Herpes Simplex Virus
• Immediate loading concepts for dental implants
• Jaw necrosis risks and clinical considerations
• Dental considerations for patients with Alzheimer’s disease
• Recognition and management of angina in dental settings
• Clinical uses and considerations for Septocaine (Articaine HCl)
• HIPAA compliance

Occupational safety in the dental office is not just a good idea; it is the law. This course provides a comprehensive review of the current Occupational Safety and Health Administration (OSHA) standards mandated for dental healthcare settings in 2024. It focuses heavily on the Bloodborne Pathogens Standard, which remains the most frequently cited regulation in dentistry. Participants will revisit the essential requirements for an Exposure Control Plan, understanding why this living document must be updated annually to reflect new technologies and safer medical devices.

Beyond bloodborne risks, this course explores the "Right to Understand" under the Hazard Communication Standard. It clarifies the Globally Harmonized System (GHS) for classifying and labeling chemicals, ensuring that every staff member can interpret Safety Data Sheets (SDS) and warning pictograms. The curriculum also covers often-overlooked General Duty Clause requirements, such as fire safety, emergency exit routes, and electrical hazards, which are critical for maintaining a safe physical environment for both patients and the dental team.

Finally, the course addresses the administrative burden of compliance. It outlines the strict recordkeeping requirements for employee training, medical records, and the sharps injury log. By demystifying the inspection process and highlighting common triggers for OSHA audits, this training empowers dental professionals to take a proactive stance on safety. The goal is to move beyond checking boxes to creating a culture of safety that protects the practice's most valuable asset: its people.

After completing this course, participants will be able to:

• Explain the mission of OSHA and the specific rights and responsibilities of dental employers and employees.
• Analyze the key components of the Bloodborne Pathogens Standard, including the definition of “occupational exposure.”
• List the mandatory elements of a written Exposure Control Plan and the schedule for its review.
• Differentiate between engineering controls and work practice controls with specific dental examples.
• Interpret the chemical labeling requirements of the Hazard Communication Standard (GHS).
• Describe the protocol for hepatitis B vaccination, including declination procedures and antibody testing.
• Identify general safety hazards in the dental office related to fire, electricity, and exit routes.
• Demonstrate proper documentation practices for training records, medical records, and the sharps injury log.

Infection control is a foundational responsibility in dental practice, directly impacting the safety of patients, clinicians, and auxiliary staff. This course provides a comprehensive review of current infection control principles as they apply to dentistry, including the science of disease transmission, the hierarchy of disinfection and sterilization, and the classification of instruments and clinical surfaces. Participants will gain a clear understanding of key pathogens of concern in the dental setting—such as Mycobacterium tuberculosis, hepatitis viruses, and HIV—and the rationale for core protective measures, including immunization against Hepatitis B and strict adherence to standard precautions.

Building on these fundamentals, the course offers detailed, step-by-step guidance on implementing aseptic technique throughout the dental office and laboratory. Topics include appropriate use of personal protective equipment, hand hygiene protocols, operatory setup and turnover, instrument processing workflows, and the selection and use of chemical disinfectants. Special attention is given to the sterilization and maintenance of handpieces, management of suction systems and dental unit waterlines, safe handling of radiographic equipment and impression materials, and proper segregation, treatment, and disposal of contaminated waste in compliance with regulatory standards.

Finally, the course addresses the ethical and legal dimensions of infection control, particularly as they relate to the care of patients with HIV and other infectious diseases. Real-world case law is reviewed to clarify professional obligations, anti-discrimination requirements, and the importance of consistent, documented protocols. The curriculum concludes with practical office and laboratory checklists, along with strategies for communicating infection control procedures effectively to patients and team members, ensuring both regulatory compliance and a high level of trust and confidence in the dental environment.

After completing this course, participants will be able to:

• Define and accurately use key infection control terminology, including sterilization, disinfection, standard precautions, critical and semi-critical instruments, and levels of disinfection.

• Describe the modes of transmission and clinical significance of major pathogens relevant to dentistry, including Mycobacterium tuberculosis, hepatitis B and C viruses, and HIV.

• Explain the rationale for Hepatitis B vaccination in dental personnel and outline appropriate post-exposure management and follow-up.

• Select and correctly utilize personal protective equipment (PPE)—including gloves, masks, protective eyewear, and clinical attire—based on the procedure and anticipated exposure risk.

• Implement evidence-based protocols for operatory asepsis, including surface barriers, environmental surface disinfection, management of spills, and regulated waste handling in compliance with local regulations.

• Design and maintain an effective instrument processing workflow, from presoak and ultrasonic cleaning through packaging, sterilization, and biological monitoring (spore testing) for various sterilization methods.

• Apply appropriate aseptic techniques for high-speed and slow-speed handpieces, air/water syringes, ultrasonic scalers, impression materials, radiographic equipment, and evacuation systems.

• Describe best practices for infection control in the dental laboratory, including handling of incoming and outgoing cases, pumice and rag wheel management, and communication of disinfection responsibilities between office and lab.

• Summarize current recommendations and regulatory expectations for dental unit waterline quality, including CFU/mL targets and options for flushing, chemical treatment, and filtration.

• Interpret the ethical and legal obligations related to treating patients with HIV and other infectious diseases and integrate these requirements into practice policies, documentation, and patient communication.

This course meets the standards of the Dental Board of California (DBC) for a comprehensive review of the California Dental Practice Act (CDPA). All licensed dental professionals are mandated by the California Code of Regulation 1600 to receive instruction before each license renewal period. The course covers basics about the governing board, statutory mandates about the scope of dental practice for auxiliaries, laws governing the prescription of drugs, mandatory state and national associations interpretations for dental professionals. This course also includes the most recent 2016 updates from the Dental Board. The DBC publishes a compilation of the Dental Practice Act and related laws, which can be ordered from the Board directly. This course is suitable for all members of the dental team.

Upon completion of this course, you will be able to:

• Understand and summarize the role of the Dental Board of California.
• Understand elements of licensure.
• Describe enforcement ability of the Dental Board.
• Know the basics of laws about prescription medications.
• Understand diversion programs.
• Identify who are mandated reporters of abuse, violence, neglect.
• Discuss basic ethics related to dental practice and the law.
• Know the scope of practice for auxiliaries, like direct and indirect supervision of clinical tasks.

Beginning January 1, 2023, dentists licensed in California are required to complete an approved Dental
Board of California (DBC) two-unit continuing education course every two years on the responsibilities
and requirements of prescribing and dispensing Schedule II opioids as a condition of license renewal.
The new mandatory course is in addition to the courses in basic life support, California Infection Control
and the California Dental Practice Act that are already required for license renewal. The course
includes “the requirements of prescribing Schedule II opioid drugs, the practices for pain management in
dentistry, regulatory requirements for prescribers and dispensers, and dental office procedures for
managing vulnerable or substance use disorder patients”. (Ref. Dental Board 16 CCR 1016, 1016.2, 1017)

Schedule II opioids are defined as drugs with a high potential for abuse that can lead to both
psychological and/or physical dependence. This course will assist dentists to reduce the incidence of
opioid addiction and overdose by increasing awareness and education among prescribers and patients
regarding acute pain management in dentistry including vulnerable patients. Education is a key
component in understanding the very addictive nature of Schedule II controlled substances which can be
very addictive and cause drug overdoses if not used carefully. The primary goal of the course is to assist
practitioners to provide patients with customized pain management plans that fit their needs and reduce
their need for opioids.

• Describe best practices for pain management in dentistry, including pharmacologic and non-pharmacologic strategies for controlling acute and post-operative pain.
• Explain key federal and state regulatory requirements for prescribers and dispensers of controlled substances in the dental setting.
• Identify expected levels and typical patterns of post-operative pain associated with common dental procedures in order to select appropriate analgesic regimens.
• Outline office protocols for safely managing vulnerable patients and those with known or suspected substance use disorders, including screening, documentation, and referral.
• Distinguish among the schedules of prescription drugs, provide examples in each category, and relate the associated risk levels and abuse potential of each schedule.
• Define and differentiate drug misuse, drug abuse, and drug addiction, and explain the clinical relevance of these distinctions in dental practice.
• Recognize common drug-seeking behaviors in patients and respond using ethically and legally sound strategies.
• Describe the practitioner’s responsibilities for safe opioid and controlled substance prescribing, including dosing, duration, monitoring, and patient education to minimize misuse and diversion.

The field of dentistry is currently undergoing a technological and material revolution that is fundamentally changing the way clinicians diagnose, plan, and execute treatment. From the digitization of workflows to the development of "smart" bioactive materials, the modern dental practice is becoming more efficient, precise, and patient-centered. This course provides a comprehensive survey of the latest innovations shaping the industry, moving beyond traditional analog methods to explore the cutting-edge tools that are becoming the new standard of care.

Participants will explore the rapid expansion of digital dentistry, including the integration of Cone Beam Computed Tomography (CBCT) with intraoral scanning for seamless implant planning and the rise of chairside CAD/CAM and 3D printing technologies. The curriculum also delves into the shift towards minimally invasive dentistry, highlighting advanced laser therapies and air abrasion techniques that preserve natural tooth structure. Furthermore, it examines the emergence of Artificial Intelligence (AI) as a diagnostic aid, helping clinicians identify pathologies with greater accuracy and consistency.

Beyond hardware and software, this course investigates the biological advancements in restorative materials. It covers the transition from passive, inert materials to bioactive formulations that actively stimulate remineralization and healing. By understanding these developments, dental professionals can enhance clinical outcomes, improve patient comfort, and ensure their practice remains competitive in an increasingly high-tech healthcare landscape.

After completing this course, participants will be able to:

• Describe the workflow and clinical benefits of integrating CBCT and intraoral scanning technologies.
• Compare and contrast subtractive manufacturing (milling) with additive manufacturing (3D printing) in dental applications.
• Identify the indications for various laser wavelengths in both hard and soft tissue procedures.
• Explain the mechanism of action of bioactive restorative materials and their role in secondary caries prevention.
• Discuss the principles of minimally invasive dentistry, including resin infiltration and air abrasion.
• Evaluate the current applications of Artificial Intelligence in caries detection and radiographic analysis.
• Analyze the role of regenerative techniques, such as Platelet-Rich Fibrin (PRF), in wound healing and oral surgery.
• Formulate a plan to implement teledentistry and remote monitoring tools into daily practice.

Since the discovery of HIV-1, Antiretroviral Therapy (ART) has transformed the disease from a fatal diagnosis to a manageable chronic condition. However, a safe and effective preventive vaccine remains the elusive "holy grail" needed to end the global epidemic. This course provides a comprehensive update on the current state of HIV-1 vaccine research, examining why traditional vaccine strategies have failed and highlighting the innovative approaches currently in clinical trials.

Participants will explore the complex biology of the HIV envelope trimer and the groundbreaking work on broadly neutralizing antibodies (bnAbs). The curriculum covers the latest advancements in germline targeting, mRNA vaccine platforms adapted from COVID-19 success, and the results of major Phase 3 trials like HVTN 702 and the Mosaic study. Understanding these mechanisms provides insight into the future of immunology and viral eradication.

Beyond the science of vaccinology, this course reinforces the vital role of the dental team in the holistic care of patients living with HIV. We will review current best practices for oral health management, the oral-systemic link in HIV infection, and the dentist's role in recognizing oral manifestations that may signal treatment failure or undiagnosed infection. This knowledge equips practitioners to provide compassionate, evidence-based care while staying informed on the horizon of prevention.

After completing this course, participants will be able to:

• Explain the biological challenges that have historically hindered HIV-1 vaccine development, including viral mutation rates and immune evasion.
• Define “broadly neutralizing antibodies” (bnAbs) and their significance in modern vaccine design strategies.
• Summarize the findings and limitations of recent major vaccine efficacy trials (e.g., Uhambo, Mosaico).
• Describe the application of mRNA technology in the development of next-generation HIV immunogens.
• Differentiate between sterilization immunity and functional cure in the context of HIV research.
• Recognize common oral manifestations of HIV/AIDS and their clinical management in the dental setting.
• Discuss the current role of Pre-Exposure Prophylaxis (PrEP) as a biomedical prevention strategy alongside vaccine research.
• Implement up-to-date infection control and post-exposure protocols specific to dental practice.

Alzheimer's disease is a progressive, irreversible neurodegenerative disorder that slowly destroys memory and thinking skills and, eventually, the ability to carry out the simplest tasks. As the global population ages, the prevalence of Alzheimer's is rising dramatically, making it increasingly likely that dental professionals will encounter patients in various stages of this disease. This course provides a comprehensive guide to understanding the pathology of Alzheimer's and its profound impact on oral health, emphasizing the need for a compassionate, adaptive approach to care.

The curriculum explores the specific challenges associated with treating patients with dementia, from the initial decline in oral self-care to the late-stage loss of motor function and swallowing reflexes. It details the oral manifestations common in this population, such as xerostomia induced by polypharmacy, rapid progression of periodontal disease, and coronal and root caries. Participants will learn practical strategies for managing appointments, including environmental modifications to reduce anxiety and communication techniques that validate the patient's reality.

Crucially, this course addresses the legal and ethical complexities of treating patients who lack decision-making capacity. It highlights the vital role of the caregiver and provides dentists and hygienists with the tools to educate and support these individuals in maintaining the patient's daily oral hygiene. By shifting the focus from complex rehabilitation to prevention and comfort, the dental team can significantly improve the quality of life for patients living with Alzheimer's disease.

After completing this course, participants will be able to:

• Describe the pathophysiology and clinical stages of Alzheimer’s disease.
• Identify the common oral health complications associated with dementia, including xerostomia and periodontal disease.
• Apply effective communication techniques, such as the “validation method,” to interact with patients experiencing cognitive decline.
• Develop a customized preventive oral hygiene plan that involves and educates the patient’s caregiver.
• Modify the dental environment and appointment structure to minimize patient anxiety and behavioral outbursts.
• Evaluate the risks and benefits of restorative treatment versus palliative care in advanced stages of the disease.
• Navigate the legal and ethical issues regarding informed consent and power of attorney for incapacitated patients.
• Recognize the signs of caregiver burnout and provide appropriate oral health resources and support.

Angina pectoris is a critical symptom of underlying coronary artery disease, representing a mismatch between myocardial oxygen supply and demand. For dental professionals, understanding angina is paramount because the stress and anxiety often associated with dental treatment can precipitate an acute anginal attack. This course provides a comprehensive review of the pathophysiology of angina, distinguishing between stable and unstable forms, and equips the dental team with the knowledge to manage patients with a history of ischemic heart disease safely.

The curriculum emphasizes the importance of a thorough medical history review to identify patients at risk. It details the pharmacological management of angina, focusing on the mechanism and proper administration of nitroglycerin, as well as other medications that patients may be taking. Furthermore, it outlines specific stress-reduction protocols that can be implemented in the dental office to minimize the likelihood of an emergency, ensuring a safer environment for both the patient and the provider.

Finally, this course prepares the dental professional to recognize the signs and symptoms of an acute anginal episode and distinguishes them from an evolving myocardial infarction. It provides a step-by-step emergency management protocol, reinforcing the "time is muscle" concept. By mastering these protocols, dental teams can act decisively and effectively, potentially saving lives in the event of a cardiac emergency in the dental chair.

After completing this course, participants will be able to:

• Define angina pectoris and explain the underlying pathophysiology of myocardial ischemia.
• Differentiate between stable angina, unstable angina, and Variant (Prinzmetal’s) angina based on symptoms and precipitating factors.
• Conduct a comprehensive risk assessment for dental patients with a history of coronary artery disease.
• Implement effective stress-reduction protocols to prevent anginal attacks during dental procedures.
• Describe the pharmacology, indications, and proper administration of nitroglycerin in a dental setting.
• Recognize the clinical signs and symptoms of an acute anginal attack versus an acute myocardial infarction.
• Execute the appropriate emergency management steps for a patient experiencing chest pain in the dental office.
• Identify contraindications to elective dental treatment in patients with unstable or severe cardiovascular disease.

Eating disorders, specifically Anorexia Nervosa and Bulimia Nervosa, are complex psychiatric conditions with profound physiological consequences that often manifest early in the oral cavity. Dental professionals are uniquely positioned to identify the initial signs of these disorders, sometimes before a medical diagnosis has been made. This course explores the etiology, epidemiology, and psychopathology of eating disorders, emphasizing the critical role of the dental team in early detection and intervention.

The curriculum provides a detailed examination of the oral manifestations associated with self-induced vomiting and nutritional deficiencies, such as perimylolysis (severe enamel erosion), dental caries, sialadenosis, and mucosal lesions. It delves into the systemic medical complications—ranging from electrolyte imbalances to cardiac arrhythmias—that impact dental treatment safety. Participants will learn how to differentiate between the oral patterns of anorexia and bulimia and understand the pathophysiology behind the destruction of tooth structure.

Furthermore, this course addresses the sensitive nature of patient communication and screening. It outlines protocols for approaching a patient suspected of having an eating disorder with empathy and without judgment. The course concludes with comprehensive guidelines for preventive management, including fluoride therapies and diet counseling, as well as strategies for timing restorative work to ensure longevity and success in this high-risk patient population.

After completing this course, participants will be able to:

• Define and differentiate between Anorexia Nervosa and Bulimia Nervosa based on diagnostic criteria and behavioral patterns.
• Identify the hallmark oral manifestations of eating disorders, including perimylolysis, parotid gland enlargement, and xerostomia.
• Explain the mechanism of acid erosion and its specific pattern of destruction on the dentition.
• Recognize the systemic medical risks associated with eating disorders, particularly electrolyte disturbances and cardiac instability.
• Apply effective communication strategies to discuss suspected eating disorders with patients in a supportive, non-confrontational manner.
• Develop a customized preventive hygiene protocol to mitigate the effects of acid exposure and xerostomia.
• Determine the appropriate timing and materials for restorative treatment in patients with active or recovering eating disorders.
• Formulate a plan for interdisciplinary collaboration and referral to medical and mental health professionals.

Bipolar electrosurgery is a precise soft tissue management technology that has gained significant popularity in modern dentistry due to its safety and control. Unlike traditional monopolar systems that require a grounding pad and pass current through the patient's entire body, bipolar technology keeps the electrical current localized between the two tips of the forceps or probe. This course examines the fundamental principles of bipolar electrosurgery, detailing how it coagulates and cuts tissue with minimal thermal spread, making it an ideal tool for delicate procedures around teeth, implants, and metallic restorations.

The curriculum covers a wide range of clinical applications, from gingival troughing for crown and bridge impressions to frenectomies, gingivectomies, and effective hemostasis. Participants will learn the distinct advantages of using bipolar units, such as the ability to operate in wet fields and the reduced risk of sparking or unintended burns to adjacent tissues. Special attention is given to the differences in tissue response compared to lasers and scalpel techniques.

Safety is a paramount component of this training. The course addresses critical protocols for treating patients with pacemakers and other implantable electronic devices, where bipolar units often offer a safer alternative to monopolar devices. Additionally, proper instrument maintenance, tip selection, and sterilization procedures are outlined to ensure equipment longevity and patient protection. By mastering these techniques, dental professionals can improve procedural efficiency and patient comfort.

After completing this course, participants will be able to:

• Differentiate between the mechanisms of action for monopolar and bipolar electrosurgery systems.
• Explain the path of electrical current in a bipolar unit and its significance for patient safety.
• Identify the primary clinical indications for bipolar electrosurgery in restorative and periodontal procedures.
• Describe the advantages of bipolar technology regarding lateral thermal heat spread and tissue necrosis.
• Demonstrate proper power settings and technique for soft tissue troughing and hemostasis.
• Analyze the safety considerations for using electrosurgery on patients with pacemakers or cochlear implants.
• Compare the effectiveness of bipolar electrosurgery to diode lasers for specific soft tissue tasks.
• Outline the protocol for cleaning, sterilizing, and maintaining bipolar forceps and electrodes.

Breast cancer remains a leading cause of cancer mortality worldwide, emphasizing the critical need for early and accurate detection methods. While mammography is the gold standard, it has limitations regarding radiation exposure, patient discomfort, and reduced sensitivity in dense breast tissue. Salivary diagnostics has emerged as a promising, non-invasive adjunct for detecting breast cancer biomarkers. Saliva contains a proteomic and genomic profile that effectively mirrors blood plasma, offering a rich source of specific protein and mRNA markers associated with malignancy.
This course explores the science behind salivary testing for breast cancer, reviewing the physiological mechanisms of biomarker transport from tumor tissue to salivary glands. It covers the current landscape of diagnostic technologies, their sensitivity and specificity compared to traditional imaging, and the clinical protocols for sample collection. Dental professionals, often the first line of contact for oral health screenings, are uniquely positioned to implement these salivary diagnostic tools, potentially facilitating earlier intervention and improving patient survival rates.

After completing this course, participants will be able to:

• Explain the physiological mechanism by which breast cancer biomarkers are transported from the systemic circulation into saliva.
• Identify the key protein and mRNA biomarkers (such as c-erbB-2 and CA15-3) currently utilized in salivary diagnostics.
• Compare the sensitivity and specificity of salivary testing versus mammography and traditional physical examination.
• Describe the indications for salivary breast cancer screening and identify the ideal patient demographics for its use.
• Outline the step-by-step clinical protocol for collecting, stabilizing, and shipping salivary samples to ensure accuracy.
• Discuss the advantages of non-invasive salivary testing in overcoming patient barriers such as anxiety, cost, or radiation concerns.
• Interpret the clinical significance of “positive” or “high-risk” test results and determining appropriate medical referral pathways.
• Evaluate the current limitations, regulatory status, and future potential of saliva-based liquid biopsies in general oncology.