This Is How Your Body Keeps Candida Under Control

prevent Candida overgrowth

Candida is a type of fungus that lives either inside or on our bodies. In some cases, these fungi can start growing out of control and cause some health problems. But our bodies have mechanisms in place that can protect us from certain infections. So how does your body prevent Candida overgrowth?

What the Research Says

In 2013, a team of scientists wanted to see how our bodies keep Candida infections under control. To do this, they focused on the oral epithelial cells that exist in our mouth. They observed how these cells react to an overgrowth of Candida albicans. This fungus is among the most common causes of yeast infections.

The researchers noticed that the cells immediately activated the so-called PI3 Kinase pathway. In fact, this occurred only minutes after the cells recognized the fungal threat. As a rule, fungi need a lot more time to overgrow and invade the immune system. This quick response thus helped prevent Candida overgrowth and stop the infection in its tracks.

Why This Is Important

Most of the current Candida overgrowth treatment methods focus on the Candida itself. Instead, the researchers want to develop a method that focuses on the patient. It is thus their goal to find ways to strengthen people’s immune systems. This would also help ensure a timely PI3 Kinase response.

When this type of Candida invades the body, it starts destroying certain cells. The symptoms you experience are the result of your body’s response to the cell destruction. But since the PI3 Kinase can help prevent Candida overgrowth, it could also help keep the cells intact. In theory, this could make Candida infections symptom-free in the future.

Final Word

Invasive forms of Candida overgrowth are very common in the US. According to the CDC, there are almost 50,000 new cases each year. If you notice any symptoms of Candida overgrowth, you should visit your doctor right away. With proper treatment, your symptoms will likely go away in a few weeks.