Nausea
The Feeling "Sick All the Time" Spiral
- The Feeling: It’s a constant, background "seasickness" that never quite clears. You aren't necessarily "sick" in the traditional sense, but the lingering queasiness makes the idea of a full meal—or even a social outing—utterly exhausting.
- The Impact: You find yourself sipping ginger ale or nibbling on plain crackers just to get through a meeting, frustrated that your body refuses to settle into a neutral state. It’s a subtle but draining distraction that limits your appetite for life.
- Our Approach: We move beyond "managing" the sensation by developing a Gastric Motility Mapping plan. By using non-invasive breath testing and transit markers, we can determine if your stomach is clearing at the correct rate or if a "slow-motion" digestive rhythm is the objective data point driving your constant discomfort.
The Science
Chronic nausea and the symptoms of gastroparesis are the sensory outputs of a "communication error" between the stomach and the brain, frequently rooted in measurable motor failures.
- The Mechanics: These sensations are often driven by a failure in gastric accommodation. When you eat, the upper part of the stomach must relax to make room. If this reflex fails, internal pressure rises rapidly, triggering a "sick" or "full" signal to the brain’s nausea center before the meal is finished.
- The Transit Connection: Gastroparesis is defined by impaired transit time, where the stomach’s ability to move contents into the small intestine is compromised. By using Whole Gut Transit Mapping, we can objectively determine if the "motor" of the stomach is stalling. When food or liquid lingers too long (delayed emptying), the resulting stagnant pressure keeps the nausea signal constantly active.
- The Signaling Factor: Nausea can also be a "false-positive" signal from a hypersensitive gut lining. Even when the stomach is empty, abnormal signaling can convince the brain that the system is over-distended. By overlapping your sensory symptoms with actual transit data, we can distinguish between a physical motor stall and a signaling error.