A New Age in Imaging
Cone Beam CT (CBCT) is a powerful imaging technology that uses a cone-shaped x-ray beam to produce 3D images of the body. CBCT is commonly used in dentistry and some medical specialties to provide detailed images of the head, neck, and other areas of the body. CBCT can be particularly helpful for medical specialties like orthopedics and ENT doctors to evaluate bone and soft tissue structures in the head and neck.
One of the main benefits of CBCT is its ability to provide very detailed and accurate images of the body. This is especially helpful for doctors and dentists because it allows them to see things that may not be visible with other types of imaging. CBCT also uses a relatively low dose of radiation compared to other types of medical imaging, which helps reduce the risks associated with exposure to radiation.
CBCT's 3D imaging capabilities allow for more detailed visualization of anatomical structures and pathologies, making it particularly useful for cases involving complex biomechanical issues. Additionally, CBCT scans are typically shorter and more comfortable for patients than traditional X-rays or CT scans. CBCT provides detailed and comprehensive information in a single scan, reducing the need for additional imaging procedures.
To See is to Know, and CBCT Gives Us New Sight
Upper cervical chiropractors specializing in neck issues can use CBCT to accurately diagnose and treat a patient's cervical spine issues. With a 3D view of the neck, CBCT can help identify misalignments and other problems that may not be visible with traditional imaging techniques. CBCT enables chiropractors to create a customized treatment plan for each patient, tailored to their unique needs. By precisely targeting the affected areas, the chiropractor can deliver more effective and efficient treatments, resulting in faster and longer-lasting relief for the patient.
Moreover, CBCT imaging exposes patients to much lower levels of radiation compared to traditional CT scans, making it a safer and more patient-friendly option. By utilizing CBCT imaging, upper cervical chiropractors can provide their patients with a more accurate diagnosis and more effective treatments, all while minimizing their exposure to radiation.
In conclusion, CBCT imaging is a powerful tool that can provide chiropractors with accurate diagnostic information and help them create effective treatment plans for their patients. CBCT's 3D imaging capabilities, increased patient comfort, enhanced treatment planning, and reduced need for additional imaging make it a valuable addition to any chiropractic practice.
One of Many Firsts
Dr. Benjamin Franz has always been passionate about providing the most accurate and effective treatments to his patients. He understands that cutting-edge technology is vital to delivering the best possible care, and that's why he didn't hesitate to embrace the advancements that Cone Beam CT (CBCT) technology offers.
CBCT imaging is a game-changer in the world of chiropractic care. The technology provides highly detailed, three-dimensional images of a patient's anatomy, allowing for precise diagnosis and personalized treatment plans. Dr. Franz recognized the immense value that CBCT technology brings to his practice, and how it can improve the quality of care he provides to his patients.
Driven by his commitment to excellence, Dr. Ben was the first chiropractor in South Carolina to acquire and utilize an on-site CBCT machine. Since early 2019, he has been using this technology to enhance the accuracy and effectiveness of his treatments.
Innovation is at the heart of Dr. Ben's practice, and he is proud to be a leader in his field. By investing in CBCT technology, he is able to offer his patients the most advanced and effective care available, ensuring that they receive the highest quality care possible.
How CBCT Compares
If you we're curious to know how CBCT compares to other front imaging, following is a approximate comparison of the -radiation dose received from different imaging modalities:
-Cervical Cone Beam CT: approximately 50-200 microsieverts (µSv)
-Cervical X-ray series (4 views): approximately 100-500 µSv
-Lumbar X-ray series (3-5 views): approximately 150-500 µSv
-Fluoroscopy: approximately 50-700 µSv per minute, but typically less than 10 minutes for a procedure
-Traditional CT: approximately 1000-2000 µSv for a single scan
-PET scan: approximately 4000-7000 µSv for a single scan
It's worth noting that the exact radiation dose received can vary depending on the specific machine used, the technique used by the operator, and the individual characteristics of the patient being imaged. However, in general, cone beam CT and X-rays tend to have lower doses than traditional CT and PET scans. Fluoroscopy doses can vary widely depending on the specific procedure being performed.
Fun Comparisons
Additionally, if you are interested here's a comparison of the doses of radiation received from typical everyday things:
-Background radiation: varies depending on location, but averages around 2.4 µSv/hour or 20 millisieverts (mSv) per year.
-Cosmic radiation during an international flight: approximately 5-10 µSv per hour or 50-100 µSv per flight depending on altitude and duration.
-Smoking one pack of cigarettes per day: approximately 50 mSv per year.
-Eating a banana: contains a small amount of naturally-occurring potassium-40, which results in approximately 0.1 µSv of radiation per banana.
-Drinking one liter of tap water: varies depending on location and source, but averages around 0.1 µSv per liter in the United States.
While all of these sources of radiation expose us to some level of risk, the doses are generally very low and unlikely to cause harm. The benefits of some of these activities, such as eating a banana or drinking water, far outweigh the risks of radiation exposure. However, exposure to higher levels of radiation, such as those encountered in certain occupational settings or as a result of nuclear accidents, can be much more harmful.