Hepatic-Biliary Dysfunction: Don’t Blame the Victim Body Part

In Functional Medicine, we focus heavily on upstream root causes of disease vs. just symptoms. Yet hepatic-biliary dysfunction remains largely ignored unless it becomes acute. Gallbladder removal is one of the most common surgeries performed in the U.S.. 

Post-cholecystectomy, however, patients often still suffer. From digestive distress to hormone imbalances, metabolic dysfunction, and more.

Why? Because removing a diseased organ doesn’t fix the upstream dysfunction that caused it. Enjoy the video above for a review of key mechanisms. 

Many hear, “Your gallbladder is gone, so you’re fine.”  But this is seldom true. Bile flow and function is permanently altered. Patients typically receive no support for bile thinning, emulsification, or detoxification. Without intervention, hepatic-biliary congestion persists, driving IBS-like symptoms, inflammation, and toxicity.

Gallbladder removal stops acute concerns. However, it doesn’t provide a durable return to health as long as the upstream root causes remain untouched.  Here are some that are common but often unexplored: 

• The Estrogen-Bile Connection. Women, in particular, are at higher risk of gallbladder disease. High estrogenic effects increase cholesterol concentration in bile, making it thicker and often more sluggish in flow through the biliary tree. This dynamic increases the risk of gallstones, blockage, and gallbladder disease. In addition to endogenous estrogen synthesis and clearance, don’t forget to explore endocrine-disrupting chemicals (EDCs)—found in plastics, pesticides, and personal care products. For more on mechanisms, explore this or this. 

• Metabolic Dysfunction and Bile Stagnation. Gallbladder disease and metabolic dysfunction go hand in hand. Insulin resistance and fatty liver slow bile production and flow, increasing toxic burden. Without support for metabolic health and bile flow, these patients remain in a cycle of decreased detoxification, poor digestion, and inflammatory overload. For more on the progression of metabolic disease and NAFLD, see this. 

• Dehydration. Bile’s primary ingredient is water, yet many in our practices are in a default state of dehydration. Inadequate hydration thickens bile, increasing the risk of sludge, stones, and congestion. Always explore hydration thoroughly. Click here for more on all things bile.  

• Hypothyroidism (even subclinical.)  Hypothyroidism reduces bile production and impairs biliary motility, slowing bile flow and detoxification. Thus, not surprisingly, hypothyroidism is associated with a higher risk for biliary stasis and gallstones. This also promotes sluggish toxin clearance (one of bile’s important functions is to carry toxins out of the body via stool.) Addressing thyroid health is critical for any patient with hepatic-biliary dysfunction, whether they still have a gallbladder or not.

• Toxicity and Detoxification. A high toxic burden can also thicken bile, and if bile isn’t flowing freely, then toxins aren’t being readily excreted (and may congregate in the gallbladder). This self-perpetuating cycle of inflammation is an often overlooked but critical focus area. Learn more here. 

• GLP-1 Drugs. Patients using GLP-1 receptor agonists (for diabetes or weight loss) are likely to suffer from pre-existing hepatic-biliary congestion, yet these drugs reduce gallbladder motility, further increasing gallstone and gallbladder disease risk. Consider proactive biliary support for these patients first in order to counter this risk and ensure ongoing detoxification fitness.

Restoring Hepatic-Biliary Health: What’s Next?

Post-cholecystectomy or not, bile synthesis and flow is critical to detoxification and overall health. For just one effective remedy, consider this – a favorite with SAFM students. It’s often an effective component of a customized interventional plan. 

Well applied Functional Medicine must address all the aspects of upstream disease terrain – not just settle for organ removal. Are you supporting bile flow, thinning congestion, restorming normal motility, and optimizing detox in your patients? If not, you’re missing a key pillar of healing.