Dentistry focuses on diagnosing, preventing, and treating conditions of the teeth, gums, and oral structures, supporting oral health and overall well-being.
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The diagnostic phase in dental implantology is a comprehensive process that determines the feasibility and the long-term success of the treatment. At Liv Hospital, evaluation goes far beyond a simple visual check of the missing tooth area. We utilize advanced imaging technology and biological assessments to create a detailed map of the patient’s oral and systemic health. This involves analyzing the volume and quality of the jawbone, the health of the surrounding periodontal tissues, and the patient’s overall metabolic capacity for healing. A thorough diagnosis ensures the surgical plan is precise, minimizing risks and placing the implant in the optimal position for both function and aesthetics.
Modern implantology relies heavily on three-dimensional imaging to visualize the internal structures of the jaw.
Cone Beam Computed Tomography (CBCT)
CBCT provides a high-resolution, 3D view of the bone, nerves, and sinuses, which is essential for safe implant placement.
Identification of Pathology: Detecting hidden infections or cysts in the bone that could interfere with healing.
The success of an implant is directly related to the quantity and quality of the bone in which it is placed. Bone is categorized into four types, ranging from very dense cortical bone to soft, cancellous bone. At Liv Hospital, we use radiographic data and clinical experience to assess these factors. If the evaluation reveals insufficient bone volume due to long-term tooth loss or trauma, we plan for regenerative procedures such as bone grafting. Understanding the biological state of the bone allows us to choose the proper progressive implantology protocol, ensuring that the implant has a solid foundation for osseointegration.
Liv Hospital utilizes a fully digital workflow to enhance the precision of dental implantology. This process begins with a digital impression of the mouth using an intraoral scanner, which is then merged with the CBCT data. This combined information allows us to design a surgical guide, a custom-made device that fits over the teeth or gums and dictates the exact angle and depth of the implant placement. Guided surgery reduces the need for large incisions, minimizes post-operative discomfort, and ensures that the implant is perfectly aligned with the future prosthetic crown, a key principle of advanced periodontics and implantology.
A patient’s systemic health is a significant determinant of how well they will heal after surgery. During the evaluation at Liv Hospital, we obtain a detailed medical history and, if necessary, perform blood tests to assess factors that could affect bone metabolism. We look for markers of inflammation, vitamin deficiencies (particularly Vitamin D), and blood glucose levels. Patients with certain systemic conditions may require a modified treatment plan or a period of health optimization before proceeding. This biological screening is essential for identifying high-risk individuals and implementing strategies to mitigate those risks, thereby increasing the success rate of dental implant procedures.
Before placing an implant, the health of the remaining natural teeth and gums must be addressed. Active periodontal disease is a significant risk factor for implant failure, as the bacteria responsible for gum disease can easily migrate to the new implant site. At Liv Hospital, our progressive implantology & periodontics approach involves a thorough cleaning and stabilization of the entire mouth before any surgical intervention. We evaluate the depth of the gum pockets and the presence of inflammation to ensure the implant is placed in a clean, healthy environment, which is vital for the long-term health of the peri-implant tissues.
In the past, implants were often placed where the bone was most abundant, which sometimes led to difficulties in creating a natural-looking crown. Modern dental implantology at Liv Hospital follows a prosthetic-driven approach, meaning we first determine the ideal position of the final tooth and then work backward to place the implant. This ensures that the final result is not only functionally sound but also aesthetically pleasing and easy to clean. During the diagnosis, we consider the patient’s smile line, the shape of the adjacent teeth, and the way the upper and lower teeth meet, ensuring a harmonious integration into the dental arch.
The quality and quantity of the gum tissue at the implant site are critical for creating a biological seal against bacteria. During the evaluation, we measure the thickness of the keratinized gingiva. If the tissue is too thin or fragile, it may not withstand the stresses of the implant, leading to recession or infection. At Liv Hospital, we plan for soft tissue augmentation if necessary, using the patient’s own tissue or biocompatible materials to reinforce the site. This focus on “pink aesthetics” is a hallmark of advanced periodontics and implantology, ensuring that implants look and function like natural teeth.
Send us all your questions or requests, and our expert team will assist you.
It is a 3D X-ray that allows the dentist to see the bone, nerves, and sinuses in detail to plan a safe surgery.
The quality of your bone determines how well the implant will stay in place and how long it will take to heal.
Gum disease must be treated and stabilized first to prevent bacteria from infecting the new implant site.
It is a technique that uses a custom 3D-printed guide to place the implant with extreme precision.
Vitamin D is essential for bone healing; low levels can slow the process of bone attachment to the implant.
