We do DNA biopsies on root canal teeth that we extract. We can use DNA biopsies on tissues that are infected. And why do we do this? When we’re working with a patient, we want to help them achieve the optimal levels of health.
If somebody has had an infection on their jaw for years, they had a root canal done 10, 15, 20 years ago, and they have had an infection growing on their jawbone for all that amount of years. We find that when we remove the tooth and we send it for a DNA biopsy, the patient is gonna get a full report of all the microorganisms, the amount, the level, the toxicity level, what these microorganisms actually, the impact in the body. They’re gonna get a scientific report of microbiology.
And we find that it’s so useful because we remove the infection, right? We remove the tooth, but the patient has all these microorganisms going through the body. It helps them and the doctors that refer them here to develop a strategy of detoxification. And not only that, they have found, I have a patient that has COPD.
We removed the teeth that were connected to the lung meridian. When we got the biopsy, it had the pneumonia streptococci. That was the same bacteria that they found her blood was on the teeth.
What happens is once we did that and we got it out and we cleaned her out, she did hyperbaric. The doctor couldn’t believe that her blood, everything clear out. She couldn’t breathe.
COPD, a young woman connected to the teeth. She was not a smoker. She’s a health coach.
She couldn’t find, why am I so sick? I cannot breathe. She’s always coughing. So it’s really rewarding for us.
And it’s scientifically, I have to back up, why am I removing this root canal, right? So this is an infected tooth. There’s no doubt that it’s infected, but I want to take it to the next level and say, okay, what else can we do? The patient got on intravenous vitamin C protocol. That helped her clear the infection out of her blood.
And also in conjunction with hyperbaric, the stem cells, the bone marrow produces a lot of osteoblasts and collagen fibers to be able to repair the site. So it’s a win, win, win. And that’s why we do DNA biopsies.
Discover the Benefits of DNA Biopsy in Fort Lauderdale
DNA biopsies following a tooth extraction offer significant benefits, improving both diagnosis and treatment outcomes. DNA biopsy in Fort Lauderdale takes the normal healing process further by providing deeper insight into the biological environment of your mouth, detecting hidden infections, and assessing long-term risks. Here are the key benefits of performing DNA biopsy analysis:
- Personalized treatment plans catered to your genetic needs
- Early detection of oral infection
- Lower risk of antibiotic resistance or hidden infection
- Insight into your unique systemic health concerns
Call 954-519-4058 to see how DNA biopsy can help you improve your oral health.
Understand Your Specific Health Needs
A DNA biopsy after a tooth extraction involves a few essential steps to analyze the biological environment at the extraction site. First, after the tooth is removed, a small sample of tissue and any remaining fluid is collected from the area. This is done using specialized tools to ensure that the sample is sterile and free from contamination.
Next, the collected sample is processed in a laboratory. Here, advanced techniques such as polymerase chain reaction (PCR) are used to pull the DNA from bacteria and cells present. This allows for a detailed look at the genetic material, helping to identify specific bacteria and assess the overall health of your mouth.
By understanding the bacterial composition and any genetic markers associated with healing or infection, we can create your personalized treatment plans. This targeted approach ensures that you receive the most effective therapies, minimizing the risk of complications and promoting quicker recoveries.
Call 954-519-4058 today to learn more about DNA biopsy in Fort Lauderdale.
A DNA biopsy is a diagnostic procedure that involves collecting a sample of tissue or fluid to analyze its genetic material. This method can identify specific bacteria, viruses, or genetic markers related to diseases, infections, or other health conditions. In dental settings, it’s particularly useful after procedures like tooth extractions to detect hidden infections and guide personalized treatment plans.
During a DNA biopsy, a small sample is collected from the area of interest, such as the site of a tooth extraction. This sample is then processed in a laboratory using techniques like polymerase chain reaction (PCR) to extract and analyze the DNA. The results help dentists understand the bacterial composition and any potential risks, enabling targeted treatments.
The benefits of a DNA biopsy include early detection of infections, personalized treatment plans based on the specific bacteria present, improved healing and recovery times, and reduced risks of future dental issues. It also minimizes the use of broad-spectrum antibiotics, helping combat antibiotic resistance by allowing for more precise medication prescriptions.