Heartburn is incredibly painful, and most people have experienced the condition at least a few times in their lives. Surprisingly, though heartburn has been studied since the dawn of modern medicine, there are still a lot of important questions to be asked, and hypotheses that were previously considered true are being questioned once again. Heartburn and Acid Reflux are a widespread health issue throughout the United States. Around 20% of Americans deal with heartburn or Upper Gastrointestinal Pain.
What Causes Heartburn?
For closing in on a century, it has been generally agreed upon that the root cause of heartburn is the excess secretion of acid in the esophagus. Recent research provides powerful evidence that Heartburn is a much more complex condition, and that the problem isn’t due directly to the influence of the acid itself, but to inflammation that stimulates that acid production.
Chronic inflammation is a major medical issue that has far-reaching effects, and new research shows that inflammation has a powerful impact on proper digestion, and can lead to heartburn in many patients, exacerbating the issues already resulting from elevated acid levels.
Redefining Heartburn: GERD
The scientific term for Heartburn is Gastro-Esophageal Reflux Disease (GERD), relating to the buildup of stomach acid from the gut to the esophagus. This, as we are learning, is no longer the whole story, but treatments for GERD have long centered upon medications that temporarily relieve acid buildup.
The first modern heartburn treatments were calcium pills, and later in the 20th century medications such as Pepcid and Zantac (First Gen Acid Blockers) were a more sophisticated treatment option. Around the turn of the century, a number of drugs, such as Protonix, Aciphex, Nexium, Prevacid, and Prilosec replaced the 1st generation medications. These drugs all belong to a class known as Protein Pump Inhibitors (PPIs).
Right now, PPIs are the most common treatments for men and women that suffer from severe, chronic heartburn. Recently published research, however, shows us that there may be a much more effective way to manage GERD on the horizon, due to changes in our understanding of how heartburn is triggered. Researchers at the Dallas Veterans Administration Medical Center and the UT Southwestern Medical Center have uncovered convincing evidence that the root cause of GERD is not due directly to acid buildup, but to the inflammatory influence of cytokines. Cytokines are released by the immune system, and directly elicit inflammation response. There are a number of different cytokines, including Interleukin and Interferon.
Heartburn Research Discussion
In this potentially monumental study, scientists performed animal research with mice in an attempt to simulate the effects of GERD on the body. They did this by exposing mouse intestinal tissue with simulated stomach acid. It was hypothesized that this would accurately mimic the effects of acid reflux. In their attempt to prove this hypothesis, however, they uncovered that acid exposure is only a single, intermediary aspect of GERD. The acid did not lead directly to damage associated with heartburn, but it took a number of days before the exposure triggered physiological effects resembling GERD. Exposure to stomach acid led to inflammation over this time, which then caused the symptoms that researchers recognize as GERD.
Heartburn Treatment Vs. Heartburn Prevention
One of the biggest changes in science today is a changing emphasis from providing treatment of symptoms to offering longterm solutions in the form of prevention. This study is an example of such a change. Current and future treatments designed to relieve acid buildup still have a strong place in heartburn treatment, especially with regard to sudden flare-ups of Acid Reflux, but by changing the long-term focus to inflammation mitigation, it offers the potential to provide much better treatments to patients that suffer from GERD.
The most important reason that we need new treatments for Heartburn and Acid Reflux is that Proton-Pump Inhibitors have a host of potentially dangerous side-effects associated with them. The following are a list of Side-Effects related to PPIs:
- PPIs Increase the Risk of Heart Attack. People that use PPIs frequently have up to a 21% increased incidence of heart attack as compared to those with GERD that did not opt for the treatment.
- Proton-Pump Inhibitors can lead to a number of critical Nutritional Deficits, including iron, zinc, calcium, Vitamin D, Vitamin B12, and magnesium deficiency.
- PPIs Contribute to Osteoporosis. Because PPIs inhibit calcium absorption, this aggravates bone loss, exacerbating the condition.
- These drugs can also cause Irritable Bowel Disease. The proper function of the digestive system relies heavily on microflora in the large and small intestines. Different gut bacteria thrive in different acid climates. Taking PPIs for GERT can lead to changes in gut microflora that impact the function of the large intestine and lower GI Tract, causing issues such as constipation, diarrhea, cramps, and bloating.
- Proton-Pump Inhibitors lead to an increased risk of colitis and gastrointestinal infection. In addition to helping digest food, stomach acids also play a role in immune health, killing bacteria and viruses that pass through the digestive system. Among the infections associated with PPIs are C.dificile, E.coli, and Norovirus.
- PPIs have been shown to significantly increase the risk of dementia in patients, to the tune of 44%. In animal research, Proton-Pump Inhibitors directly contribute to higher levels of Amyloid Plaque in brain tissue.
- Older patients that take PPIs are more likely to experience life-threatening Pneumonia. This may be somewhat surprising, but the act of breathing can cause bacteria from the gut to enter the lungs and take root, directly leading to Pneumonia, especially among those that have trouble swallowing.
- There are a number of other issues related to the use of PPIs, including headache, rashes, and nausea.
As you can see, there are major drawbacks to the use of Proton-Pump Inhibitors, and many doctors hope to limit their therapeautic use as much as possible as a result. By taking this new information regarding GERD and using it to create new treatments for Acid Reflux and Heartburn that focus on relieving inflammation, perhaps we can completely circumvent the need for PPIs for GERD.
How to Treat Heartburn the Right Way
In addition to these side-effects, there is also the issue of antacid effectiveness. Often, PPIs only mitigate the pain associated with heartburn, rather than resolving the pain completely, thus leaving many to still suffer even when taking these potentially dangerous drugs. Although heartburn is a temporary issue for many patients, for others, it is a chronic and debilitating health issue. If we can move beyond simply treating the symptoms of GERD and work on the root cause, everyone wins. There are millions of people nationwide that turn to antacid medications on at least a somewhat regular basis.
Longterm Use of Antacids
Using PPIs and other drugs for heartburn for an extended period of time vastly increases the risk of experiencing the issues again soon after treatment is suspended. After a few weeks, the body acclimates to the presence of these drugs and when the effects of the medications subside, the body starts producing acid again, and natural acid mitigation is stunted. PPIs are great for the drug industry, but terrible for the consumer. Its important to recognize that, when you stop using Antacids, the pain isn’t the result of physiological damage, but due to elevated levels of acid in the Digestive Tract. It’s important to find a doctor that can help you find alternative treatments for GERD, so that you can overcome the need for currently available Antacids if at all possible.
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