Izmir Dental Implant — Who Can Get It?

Güncelleme tarihi : 19 Oct 2026

Who Can Get Izmir Dental Implants?

Tooth loss in human anatomy brings about extensive physiological impairments such as disruption of chewing function, progressive volume loss (resorption) in the jawbone, and asymmetric stress exposure in the temporomandibular joint biomechanics. Titanium artificial roots placed in the jawbone to compensate for these tissue deficiencies are advanced medical engineering products capable of establishing cellular-level integration with the biological environment.

Who Can Benefit from Izmir Dental Implant Procedures and What Are the Basic Medical Criteria?

Individuals who can benefit from Izmir dental implant procedures include those who have fully completed skeletal bone development, possess a minimum volume of healthy tissue surrounding the titanium material in the jawbone, do not have a systemic condition that would impede wound healing, and do not have an active infection focus in the surgical area, all within the framework of medical norms.

In dental practice, the integration of an inorganic material placed into the jawbone by the body as an organ requires the connective system and cellular repair capacity to work in an organized manner. The extraction of the general health profile of the candidate for treatment (taking a medical history) is the first medical threshold that determines the operability of the surgical procedure. Whether the individual is missing only one tooth or has lost all their teeth does not change the fundamental principles of surgical suitability.

In order to plan a surgical procedure, it is important to ensure that there is no active inflammatory reaction or advanced periodontal disease in the oral flora of the patient, particularly in the neighboring areas of the site where the procedure will be performed. Placing a titanium screw in an environment where pathogenic bacteria are present may lead to the screw becoming infected shortly after placement, preventing it from integrating with the bone. Additionally, the candidate’s bone structure is analyzed radiologically, calculating that there will be insufficient living bone wall thickness of at least 1.5 – 2 millimeters around the material. Candidates with insufficient bone volume are not rejected; however, these individuals are primarily subjected to augmentation with bone graft (augmentation) to medically increase tissue volume to adequate levels before proceeding with the actual procedure.

Can Dental Implants Be Placed in Individuals with Systemic Diseases?

Individuals with systemic diseases such as diabetes, hypertension, or cardiovascular conditions (heart and blood vessel diseases) can be included in titanium root surgery on the condition that their diseases are kept under medical control and that the blood values remain within reference ranges according to the consultations of relevant medical specialists. While the disease itself does not pose an obstacle, it is considered a parameter that requires extra clinical care because it directly affects the wound healing process.

The organism is a whole, and every surgical incision made in the jawbone triggers cellular responses in a wide range from the circulatory system to the immune system. In uncontrolled type 2 diabetes patients, the high glucose levels circulating in the blood disrupt protein synthesis, slowing the closure of the wound and the formation of new capillaries (angiogenesis). This situation may lead to the formation of weak connective tissue instead of bone cells around the titanium.

**Systemic Diseases and Clinical Evaluation Parameters**
Systemic Disease Type	Effect on Surgical Process	Medical Approach and Precautions
Diabetes (Sugar Disease)	Cellular repair is delayed, and susceptibility to infection increases.	Before the operation, the HbA1c (average sugar level for the last 3 months) value should be brought to medical limits, and prophylactic (preventive) antibiotics should be used.
Hypertension (High Blood Pressure)	Surgical stress and local anesthetic agents may cause fluctuations in blood pressure.	Choosing anesthesia without adrenaline (non-vasoconstrictive) and ensuring stress control.
Cardiovascular Diseases	Anticoagulants (blood thinners) used may increase bleeding during the operation.	Adjusting the doses of anticoagulants in consultation with a cardiologist before the procedure.

Are Titanium Root Applications Suitable for Seniors?

Patients in the older age group (geriatric) are suitable candidates for titanium root applications as long as there is no acute pathology that would restrict surgery in their skeletal systems and their cognitive/motor skills are adequate for maintaining oral hygiene post-operation. Although the aging process may slow down cellular repair rates, it does not eliminate the potential for biological integration (osteointegration).

There is a widespread and unfounded perception that cellular aging in society completely hinders orthopedic surgery. However, human bone retains the capacity to remodel itself at every stage of life. Elderly individuals, who have been edentulous for decades or have been subjected to the trauma caused by movable dental prostheses, are the group most affected by jawbone resorption. Restoring a healthy chewing function for these individuals is crucial for the protection of their gastrointestinal (stomach-intestinal) systems.

The clinical approach of physicians towards elderly patients focuses on relaxing the repair schedule and minimizing surgical stress. Instead of long-lasting extensive surgical incisions, techniques that respect the tissue (minimal invasive) or systems like All-on-4, where the number of titanium implants is limited, are planned to constrain the physiological fatigue imposed on the body. Older individuals who do not exceed medical limits can use these systems as biomechanical support to enhance their quality of life for decades.

Can Dental Implants be Placed in Patients with Osteoporosis in Izmir?

For patients diagnosed with systemic osteoporosis, provided that the local jawbone density (Hounsfield Unit) is found to be sufficient and that the patient does not use high doses of bisphosphonates—intravenously administered heavy medical drugs that slow down bone loss—dental implant surgery using titanium artificial roots can be planned by mutual agreement between the dentist and the endocrinology specialist.

Osteoporosis is a condition where bones lose their calcium density, leading to a more porous and fragile structure. However, the deterioration within the skeletal system (for instance, weakening in the femur or spine) does not always affect the jawbone to the same extent. The jawbone tends to maintain its density longer compared to other areas of the body due to the continuous activity of the chewing muscles. When radiological 3D scans show that the jawbone structure is suitable for surgical intervention, it does not pose a direct obstacle to the treatment of a patient with osteoporosis.

Bisphosphonate Use and Jawbone Reaction:

For physicians treating patients with osteoporosis, the main concern is not the disease itself but the medications in the “Bisphosphonate” group used for treatment. These drugs strengthen the bones by stopping the activity of the cells that break down bone (osteoclasts). However, when a surgical incision is made in the bone, it is necessary for the old cells in that area to be destroyed and replaced with new ones (remodeling) for the bone to heal. Due to the drug’s effect, if the breakdown stops, the bone cannot renew itself, and an open wound may lead to a serious complication known as “jawbone necrosis” (cell death). In medications administered orally at low doses, this risk is very limited, but it increases with high doses administered intravenously. Therefore, surgical planning is shaped based on the observations of the physician who prescribes the medication.

What Biological Criteria Are Expected for Dental Implants in Young Individuals?

In young individuals at the stage of development, it is expected that the skeletal growth and bone maturation process is fully completed before titanium material can be placed to replace missing teeth. This biological limit generally corresponds to around 18 years for women and 20-21 years for men; procedures performed before skeletal development is complete may lead to retention issues of the prosthetics and jaw asymmetries, which is why they are medically postponed.

The human skeleton continues to grow and expand in three dimensions until the growth plates (epiphyseal plates) close. Natural teeth adapt to this growth pattern of the jawbone thanks to the surrounding flexible connective tissue (periodontal ligament) fibers. In young individuals, natural teeth also move along with the jawbone, maintaining their positions in the occlusal (biting) plane.

In contrast, titanium artificial roots used in jaw surgery directly bond with bone cells (ankylosis), with no connective tissue in between to provide flexibility. When this procedure is performed on a growing individual, while the jawbone continues to grow in the following years, the titanium root remains fixed in the initial installed coordinate. As a result, the artificial tooth remains above the level of neighboring teeth (embedded) and creates difficult aesthetic/functional asymmetries at the margins of the gum line. Doctors manage young patients with temporary prosthetic (winged bridge, clear plate, etc.) methods until they confirm growth has finished with hand-wrist radiographs or cephalometric analyses.

Can Individuals Who Use Tobacco Products Get Dental Implants?

Individuals who use tobacco products can undergo titanium root surgeries; however, due to the nicotine in the smoke constricting microvessels and limiting blood flow to the surgical area, the integration of cells (osteointegration) in these patients slows down, and the risk of infection increases. It is reported as a medical necessity for individuals to limit their habits before the surgery schedule and during the wound healing period.

The repair of a surgical incision and the incorporation of an inorganic material into the bone requires new capillary networks (angiogenesis) to form, which can be facilitated by living cells. Carbon monoxide, which mixes with the blood from cigarette smoke, replaces oxygen and causes cellular dysfunction. Cells involved in closing the wound (fibroblasts) and bone-forming cells (osteoblasts) cannot perform their functions at normal rates when deprived of oxygen.

Moreover, due to the vasoconstrictive effect of nicotine, individuals who use tobacco do not exhibit bleeding signals even if their gums become inflamed. The misconception that a patient’s oral hygiene is adequate prepares the ground for bacteria to penetrate the bone over time and initiates bone loss (peri-implantitis) around the titanium root. In complex cases where advanced surgical bone graft applications are planned, the continuation of tobacco use will block the integration of the added grafts into living tissue, prompting physicians to adhere more closely to stricter medical protocols for the treatment schedule of these patients.

How Do Patient Evaluation Processes Work Within Avrupadent in Izmir Location?

The candidate evaluation processes within Avrupadent, which operates with corporate standards in Izmir, work through an integrated protocol that includes taking the patient’s extensive medical history (anamnesis), mapping the bone volume millimetrically with three-dimensional dental tomography (CBCT), and analyzing anatomical compatibility in a virtual environment by multidisciplinary boards composed of maxillofacial surgery and prosthodontics specialists.

The success rate of a medical intervention is directly proportional to the quality of the analytical planning done before the operation begins. Determining whether a patient is suitable for titanium root treatment is not a superficial assessment that can be made just by looking into the mouth or examining two-dimensional panoramic films. Although two-dimensional films show the height of the bone, they conceal the thickness of the bone from the buccal-lingual aspect.

In corporate organizations, the process deepens with the transfer of the hospital’s volumetric (volumetric) radiological data to digital software. The physician committees objectively measure the regions where the sinus cavities sag on the computer screen, the route of the nerve canals in the lower jaw, and the degree of bone density (Hounsfield Unit). By evaluating the systemic health status of the hospital and the bone capacity, a report is provided to the patient detailing whether a standard procedure or advanced surgery (bone expansion) is required.