تکنولوژی‌های نوین تصویربرداری در دندانپزشکی با ارائه تصاویر دقیق و سه‌بعدی، دقت تشخیص و کیفیت درمان را ارتقا داده‌اند. In addition to reducing treatment costs, these advances have also improved the experience of patients.

Why are new imaging technologies important?

• Increasing the accuracy of diagnosis

3D images and intelligent analysis allow the dentist to examine the complex structures of the mouth and jaw in more detail. This high accuracy allows problems to be identified in the early stages and prevent the progression of the disease.

• reduction of treatment errors

When imaging information is more accurate, the possibility of misdiagnosis and treatment is dramatically reduced. This helps the dentist to have a more reliable and safe treatment plan for the patient.

• Improve the quality of services

Patients get a better understanding of the condition of their mouth and teeth by seeing clear and understandable images. This transparency increases their trust and cooperation during the treatment.

• Saving time and money

Faster and more accurate diagnosis means reducing the need for complex and expensive treatments. As a result, both the patient and the doctor benefit in terms of money and time, and the treatment process becomes more efficient.

The most important new imaging technologies

• Cone beam computed tomography (CBCT)
  

  Features: Presenting high resolution 3D images of the jaw bone, roots and surrounding structures.
  Advantages: Suitable for implants, orthodontics and complex surgeries. Challenge: High cost and need for specialized training.

• Optical Coherence Tomography (OCT)

  Feature: Non-invasive imaging using light to examine subsurface layers.
  Advantages: Detection of primary caries without the need for radiation.
  Challenge: Limitation of access and cost of equipment.

• Artificial intelligence in dental imaging

  Feature: Automatic analysis of images and identification of disease patterns.
  Advantages: High speed, reducing human error and helping to make better decisions.
  Challenge: Need for extensive data and standardization.

• Biofluorescence imaging

  Feature: Using blue light to identify plaque and early decay.
  Advantages: Safe, fast and usable in daily examinations.
  Challenge: New technology that needs further development.

• Molecular Imaging

  Feature: Investigation of biological changes and disease markers at the molecular level.
  Advantages: Diagnosis of oral cancers and complex infections. Challenge: High cost and technical complexity.

Key Functions and Applications

1. Precise diagnosis of oral and dental diseases

   New imaging technologies allow early detection of caries, bone lesions and gum diseases. This high accuracy reduces errors in diagnosis and choosing the right treatment.

1. Advanced treatment planning for implants and orthodontics

   Three-dimensional and accurate images help the dentist to design the position of the implant or the movement of the teeth with high accuracy. This issue increases the success of treatment and prediction of results.

2. reducing the need for invasive and expensive methods

   Early diagnosis of problems allows treatment in the early stages and with simpler methods. As a result, the need for extensive surgeries and expensive treatments is reduced.

3. Increasing the speed and quality of medical services

   Quick image analysis and the use of digital technologies shorten the time of diagnosis and treatment. This leads to an increase in accuracy, efficiency and patient satisfaction.

4. Improve communication with the patient through clear and understandable images

   Showing clear pictures of the condition of the mouth and teeth to the patient creates a better understanding of the problem and the treatment process. This transparency increases the patient's confidence in the treatment.

5. Monitoring the treatment process and evaluating the results in a documented way

   Periodical imaging allows comparison of treatment results in different stages. This documentation helps to evaluate the success of the treatment and modify the program if needed.

6. Reduce long-term costs by early detection of problems

   Identifying problems in the early stages prevents the progression of the disease and complicated treatments. This issue reduces the treatment costs of the patient and the health system.

7. Increasing the safety of patients by reducing the amount of radiation

   New technologies are designed with lower radiation dose or even no radiation. This reduces the risks of radiation and increases the safety of patients.

Benefits and description of features

• High accuracy

  New imaging technologies provide the possibility of observing very fine details of the structures of the mouth, teeth and jaw bone. This high accuracy leads to more accurate diagnosis and reduction of clinical errors.

• Being non-aggressive

  Many new procedures are performed without the need for surgery or invasive interventions. This issue reduces pain, stress and possible complications for the patient.

• Recognition speed

  Digital images and advanced analysis significantly reduce the time to diagnose diseases. As a result, treatment decisions are made faster and more effectively.

• Satisfaction of patients

  Displaying clear and comprehensible images helps patients better understand their oral and dental conditions. This transparency increases the patient's trust and cooperation in the treatment process.

• Support for complex treatments

  Advanced imaging plays an important role in planning specialized treatments such as orthodontics and maxillofacial surgeries. These technologies increase the accuracy and success of complex treatments.

Features Description

• Three-dimensionality of images

  3D images allow dentists to see oral structures from different angles. This capability is very effective in accurately evaluating the position of teeth and jaw bone.

• Smart analysis

  Artificial intelligence can identify disease patterns faster and more accurately by automatically analyzing images. This technology helps to reduce human error and improve decision making.

• High security

  Some new technologies such as OCT and biofluorescence imaging work without the use of radiation. This feature increases the safety of patients, especially in frequent examinations.

• Documentability

  It is possible to save and compare images in different stages of treatment. This documentation helps to monitor the treatment process and evaluate the final results.

Conclusion

The entry of new imaging technologies into dentistry is considered a turning point in improving the quality of medical services. These technologies have not only increased the accuracy of diagnosis, but also reduced long-term costs and improved patient experience.

To get an appointment and learn about dental services, you can contact the office of Dr. Sajjad Zafari, a dentist in Sanandaj. Call this number for a free consultation. 08733248148