Pain and inspiration have one thing in common. They cause sleepless nights of turning and tossing. Sometimes that turning and tossing are so constant that it'll follow you all the way to work. What if your job is to lead a country? I bet that pain would make it difficult to think, but what if you're a scientist? Lucky or unlucky enough, pain can turn into creation. Such is this painful inspiration that one of the nine Muses (Melpomene) represents the pain that awakens pleasure. Many famous men and their not-so-famous fraternals have been known for being very bad at tolerating pain; myself included. But this is not a story about pain itself, but about something that causes it.
We've all heard about Nobel prizes, but the word Nobel has a very different meaning to those who hear it. When researchers hear Nobel they think of the season finale of their favorite show; the paradox of what's next? When institutions hear it they start calling donors, but if you were Alfred Nobel's physician back in the mid-1800s, that last name sounded like aches.
According to his biographers, Alfred was plagued by chronic stomach pain. Stress was attributed as the cause of all his maladies, but his diaries described his pain as a bad relationship with everything to do with his gut. A line from his diary reads that he considered himself a misanthrope who was nonetheless deeply idealistic, and prone to digesting philosophy more easily than food. Unbeknownst to physicians of the time, his stomach pains were caused by something much smaller than the stress of his dynamite business empire.
Decades ago the world's biggest-selling drugs were antacids. Stomach ulcers seemed to be everywhere. Before the association of Helicobacter pylori with peptic ulcers, thousands of medical articles described stress, and capitalism itself, as an "ulcer-causing agent." Counterintuitive to logic, this bacterium can survive harsh acidic stomach juices. Years of debate led to a Nobel Prize for Warren and Marshall's discovery of H. pylori and its role in gastritis and peptic ulcer disease.
The ulcer-causing bacterium can be found in half of the world's population. Today's knowledge of that acid-resistant bug is so vast that it has been forgone for trendier subjects, but decades after its discovery, its most dreaded outcome still prevails. Gastric cancer is the second most common gastrointestinal cancer worldwide, with H. pylori crowned as a leading carcinogen of that realm; so much so that it has displaced Human Papillomavirus as the principal cancer-causing infection in the world.
The United States lacks a clear picture of the problem. There is no standardized national data on how often it's diagnosed or how good we are at treating it; a current study found that only seven states track drug-resistance rates, all of which exceed 30 percent. These numbers are concerning given that the presence of H. pylori can lead to cancer. As a way to target these gaps, the Division of Gastroenterology created a program to treat and follow up on patients recently diagnosed with H. pylori, evaluating pre- and post-program rates of treatment, testing, and eradication.
You might ask yourself why this is important. The answer is quite simple, and sometimes simple is the most overlooked. If we want to target the consequences of H. pylori, we first need to see who it affects and how those affected relate to our current beliefs about the disease. Science is about facts, and let's be honest; yesterday's facts might not be today's truths. When it comes to human dynamics and the interactions we have with the world, including the microscopic world, no fact is ethereal. As humans, we are predisposed to fallacies of thought where our previous experiences define our actions. Describing the dance between who gets treated and who gets cured is the best way not to fall into the same hole twice.
H. pylori's story goes beyond the dreaded stomach aches of Alfred Nobel. It's the hidden culprit of the legendary stomach cancers of Chinese seamen and the misconstructed story of Latin American water contamination. As far as, or as close to home, H. pylori is a multigenerational companion of migration, and We the People are a country of migrants. Data that explores how language and human dynamics relate to a disease with a consistent human prevalence helps us target a modern, cost-effective solution for an old foe. So today, I challenge you to find new answers to old questions, because the answer might sound different from what you expected.