Biomolecular Cardiology Treatment is an important discipline group within the Dental Conservation Specialist study program that focuses on the application of biomolecular concepts and technologies in the treatment of cardiovascular disease and its impact on oral health. It integrates biomedical science, molecular biology and cardiology to understand the molecular roles involved in heart disease and how these may relate to dental health. In the context of Dental Conservation Specialists, Biomolecular Cardiology Treatment addresses the relationship between dental health and heart disease, where there is evidence to suggest that poor gum disease care can increase the risk of cardiovascular disease. The involvement of biological and molecular factors is the main focus to understand and formulate appropriate treatments. This discipline has the primary aim of integrating knowledge of biomolecular science with the clinical practice of dental conservation, thus creating an in-depth holistic approach in planning and delivering safe and effective conservative treatments. In this regard, Dental Conservationists are expected to provide treatments that are appropriate for the patient's heart health condition, minimize risks, and maximize positive outcomes for the patient's overall health.

Biomaterials is a discipline group that plays a role in the Dental Conservation Specialist study program. Its main focus is to study and apply advanced biomaterials for dental treatment and restoration with the aim of maintaining the structure and function of teeth affected by decay or loss. This study includes an in-depth understanding of the physical, chemical, and biological properties of various biomaterials used in dental conservation practice. In the context of the dental conservation specialty, Biomaterials addresses materials such as composite resins, porcelain, amalgam, and other materials used in dental restorations. This includes the research, development, and selection of materials that are appropriate for the condition of the teeth and the needs of the patient. It also includes knowledge of the latest technology in biomaterials to ensure more effective, durable, and aesthetic dental treatments. The aim of this research group is to ensure that dental conservation specialists are able to combine knowledge of the latest biomaterials with clinical skills to deliver optimal dental conservation treatment, provide satisfactory aesthetic results, and meet the functional and comfort needs of patients.

Aesthetic Restoration in Digital Dentistry is a discipline group that plays a role in the Dental Conservation Specialist study program. Its main focus is to study and apply advanced technology in the world of dental restoration to achieve superior aesthetics. The combination of art and technology in restorative aesthetics is a major highlight in this field. In the context of the dental conservation specialty, Aesthetic Restoration in Digital Dentistry addresses the use of advanced digital technology to plan, design, and implement dental restorations with a natural aesthetic appearance. This includes the use of digital scanning, CAD/CAM design, and 3D printing to create precise restorations that match the original shape and color of the patient's teeth. The group also focuses on educating patients about the various aesthetic restoration options available and guiding them to make informed decisions. In this way, dental conservation specialists can provide treatments that not only restore tooth function, but also improve patients' confidence and quality of life through brilliant aesthetics.

Regenerative Endodontic Treatment is an emerging discipline within the Dental Conservation Specialist study program. The main focus is to explore the knowledge and skills related to regenerative endodontic treatment, which aims to regenerate and restore damaged or infected dental tissue. In this specialization, experts learn the latest principles and techniques that combine clinical and scientific aspects. They understand the natural processes of tissue healing and growth around the tooth root, and how to utilize them to promote tissue regeneration in infected or injured dental pulp cavities. In clinical practice, Regenerative Endodontic Treatment experts strive to provide sustainable solutions for patients, by maximizing the healing potential of teeth. In addition, they are also involved in the latest research and development to continuously improve the methods and materials used in tissue regeneration in the field of dental conservation. As such, this discipline group makes an important contribution to advancing the science of dental conservation and providing the best possible care for patients.

Micro-Endodontic Surgery is a discipline group within the Dental Conservation Specialist study program that focuses on the knowledge and technical skills related to precision endodontic surgery using micro technology and equipment. The main focus of this specialty is to teach dental conservationists to perform endodontic surgery with high accuracy and minimal invasiveness. Experts in this specialty learn the principles of microsurgery, which include aseptic technique, the use of advanced microsurgical equipment such as operator microscopes, and high-precision tissue manipulation. They also understand the principles of tissue recovery after surgery to maximize functional and aesthetic outcomes for patients. The importance of this research group is that it enables experts to perform surgical interventions in a minimally invasive manner, extending the life of natural teeth and reducing the need for artificial tooth replacements. By integrating advanced technology and microsurgical principles, Micro-Endodontic Surgery experts strive to provide patients with surgical treatments that are effective, comfortable, and have optimal long-term outcomes.

Annual Social Project is a discipline group that is part of the Dental Conservation Specialist study program, placing the importance of community service at the center of its attention. The main focus of this discipline is the development and implementation of annual social projects that aim to provide dental health benefits to the wider community. The Dental Conservation specialists involved in this scholarly group understand that the responsibilities of the dental profession are not only limited to the care of individual patients in the clinic. They also have a responsibility to contribute to the health of the wider community. This annual social project is designed to achieve this goal by providing education on dental care, dental health check-ups, and basic dental treatment to communities in need. The project includes counseling on the importance of maintaining dental health, proper brushing techniques, healthy eating habits, and simple preventive measures to prevent dental health problems. In addition, experts also provide simple dental treatments such as dental check-ups, teeth cleaning, and fluoride application to communities that may have limited access to dental health care. Participation in this social project also provides valuable experience for Dental Conservation specialist students. They learn to adapt to various situations and understand the dynamics of different communities. In addition, they practiced effective communication skills and learned to work in teams to achieve a common goal.