RMECB Precision in Implant Planning Discussion Nursing Assignment Help

Apr 30, 2024

1. Ms. Candice Miles is a patient in your office and is scheduled for a three-dimensional image to begin her implant treatment. How will you explain the procedure to her?

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  • Select two different errors that you read about in chapter 20 and explain them in your own words.
  • Explain in your own words, why it is important to recognize an error on a radiograph.
  • Imagine if….If you were working with another dental professional who exposed dental radiographs in the office. You went to the darkroom or xray processor to pick up the films you need for the dentist and you find your coworker’s xrays there and you notice that they have made a radiographical exposure error on one or more of the xrays. How would you handle this situation? Describe how you would handle this situation and what you would say if anything. Who would you say it too? Be as specific as possible.

I chose overexposed receptor and Underexposed receptor as my two errors. 

Expert Solution Preview

As a medical professor responsible for creating assignments and evaluating the performance of medical college students, it is crucial to provide comprehensive explanations, evaluate student understanding, and emphasize the importance of recognizing and addressing errors. In the context of a patient’s scheduled three-dimensional image for implant treatment, I will outline the procedure explanation for the patient, discuss two radiographic errors, and provide guidance on how to handle an exposure error found in a dental colleague’s X-rays.

1. Procedure Explanation:
When explaining the three-dimensional imaging procedure to Ms. Candice Miles, I would use simple and patient-friendly language to ensure her understanding. Here is an example of how I would explain the procedure to her:

“Ms. Miles, we would like to acquire a three-dimensional image to assist us in planning your implant treatment. This type of imaging will provide us with a detailed and accurate view of your oral structures, including bones, teeth, and surrounding tissues. During the procedure, you will be comfortably seated in a specialized imaging machine. It will rotate around your head, capturing multiple X-ray images from various angles. It is completely painless, and you will only need to remain still and follow the instructions provided. The entire process usually takes about 10-20 minutes, and afterward, we will analyze the images to ensure the best possible treatment plan for your dental implants.”

2. Radiographic Errors:
a) Overexposed Receptor: This error occurs when the radiographic film or sensor receives more radiation than required. As a result, the image appears excessively dark or blackened. Overexposure can lead to a loss of important details, such as bone density or cavity detection, making the interpretation of the radiograph challenging.

b) Underexposed Receptor: In contrast to overexposure, underexposure takes place when the radiographic film or sensor does not receive sufficient radiation. The resulting image looks too light or transparent. Underexposure impedes the visualization of critical structures and may lead to inadequate diagnosis, as important information may be obscured or undetectable.

3. Importance of Recognizing Radiographic Errors:
It is essential to recognize radiographic errors because they directly impact diagnostic accuracy, treatment planning, and patient care. Identifying errors allows for prompt corrective actions, saving time, resources, and preventing potential harm to the patient. When radiographic errors are acknowledged, retakes or adjustments can be made to ensure high-quality diagnostic images, which are the foundation for proper diagnosis and treatment.

4. Handling a Radiographic Exposure Error:
In the scenario where I notice a radiographical exposure error on my colleague’s X-rays in the darkroom or x-ray processor, I would approach the situation professionally and ensure clear communication. Here is how I would handle this situation:

First, I would gather all the affected X-rays and document the specific errors observed. Then, I would find an appropriate opportunity to privately discuss the matter with my dental colleague who committed the error. I would address them respectfully, using statements such as, “I noticed some exposure errors on the X-rays developed by the office,” without directly pointing fingers or placing blame.

Next, I would explain the identified errors and their potential impact on patient care. It is important to emphasize that errors are common, as we all strive to improve, but it is crucial to prioritize patient safety and the accuracy of diagnostic images. I would offer assistance or guidance as necessary to ensure the appropriate steps are taken to rectify the situation.

Lastly, I would document this incident in an appropriate manner, such as reporting it to the supervisor or following the office’s established protocol for addressing errors. Open communication and a focus on learning from mistakes should be encouraged to foster a supportive and professional work environment.

By handling the situation calmly, diplomatically, and constructively, we can ensure patient safety and maintain a positive professional relationship within the dental team.

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