Why We Will Never Add Artificial Sweeteners to Organised

The seduction of sweetness

Humans are drawn to sweetness. It's neurological. Sweet tastes signal energy (calories) to your brain, triggering reward pathways. For most of human history, this was useful. Sweet foods were rare, calorie-dense, and valuable.

But now we can engineer sweetness without calories. We can trigger the reward pathway without providing energy. This is the basic promise of artificial sweeteners: all the pleasure, none of the consequences.

It's also a lie. There are consequences. They're just hidden and poorly understood by most people.

The temptation to add sweeteners is real. Our product tastes better with them. People enjoy it more. Sales would improve. But improving taste at the cost of health is a betrayal of what we're trying to do.

How artificial sweeteners disrupt gut bacteria

This is where the trouble starts. Your gut bacteria have evolved over millennia to process specific foods. They recognise glucose, fructose, and other sugars. They have metabolic pathways to break them down.

Artificial sweeteners (aspartame, sucralose, saccharin) are molecular shapes that don't exist in nature. Your gut bacteria have no evolutionary history with them. When exposed to artificial sweeteners, some bacteria can consume them, but the process is messy.

Studies show that regular consumption of artificial sweeteners significantly alters the composition of gut bacteria.¹ Beneficial bacteria decline. Opportunistic bacteria increase. The diversity of the microbiome drops.

Artificial sweeteners are literally foreign molecules to your gut. Your bacteria don't know what to do with them, and the chaos disrupts your health.

This dysbiosis has downstream effects: increased intestinal permeability (leaky gut), reduced production of beneficial metabolites (like butyrate), altered immune function, and increased inflammation.

The damage isn't theoretical. Multiple studies have shown that people who consume artificial sweeteners regularly have worse metabolic health, higher rates of weight gain, and increased disease risk compared to people who don't.²

The insulin signalling problem

Here's where it gets counterintuitive. Artificial sweeteners don't spike blood glucose. They should be metabolically neutral. But they're not.

Your brain registers sweetness and expects glucose. When glucose doesn't arrive, it's confused. The insulin signalling pathways still activate slightly. Your body becomes less responsive to sweet tastes (taste receptor adaptation). Over time, regular consumption of sweeteners impairs your ability to regulate appetite and detect satiety.

Studies show that people who regularly consume artificial sweeteners have higher fasting insulin levels, suggesting ongoing metabolic disruption even when they're not consuming the sweetener.³

The proposed mechanism: your body is constantly anticipating glucose that never arrives, keeping you in a state of metabolic confusion. It's a constant false alarm.

Taste receptor confusion

Your taste buds have sweetness receptors. They detect sweet compounds and send a signal to your brain. This signal normally correlates with calorie content and glucose load.

When you consume artificial sweeteners regularly, your taste buds send the sweetness signal, but glucose doesn't follow. This breaks the association. Your taste receptors become less sensitive to sweetness overall, so you need more intense sweetness to feel satisfied.

This is why people who consume diet sodas regularly find natural fruit too subtle. Their taste receptors have adapted to artificial intensity.

More importantly, the confusion between sweet taste and actual calories interferes with satiety signalling. Your brain gets less accurate information about energy intake, and you end up overeating because the hunger signals are disrupted.

Artificial sweeteners train your body to expect calories that don't come. It's a form of chronic metabolic manipulation.

Why even "natural" sweeteners matter

Some people argue that "natural" sweeteners like stevia and erythritol are safer. They're non-caloric, plant-derived, and don't spike glucose. Better, right?

Maybe. But the research is still limited. Both stevia and erythritol can alter gut bacteria composition, though perhaps less aggressively than artificial sweeteners.⁴ Both can trigger insulin responses in some people (the effect is variable). Both can cause digestive distress at high doses.

Are they better than aspartame? Probably. Are they neutral? No. They still involve your body detecting sweetness without calorie arrival. They still disrupt taste adaptation to some degree.

If we're being honest, the safest approach is to consume less sweet stuff, period. Not to find a "better" sweetener and keep consuming sweetness at the same intensity.

The choice we made

Organised tastes like organ powder because it is organ powder. It's earthy, mineral-rich, and slightly salty. It doesn't taste like dessert. Some people find this off-putting at first.

We could fix that. Add stevia, and people would find it palatable. Add erythritol, and it would taste better. The product would sell better.

But we'd be solving a problem we created. Organised is a whole food supplement, designed to support health. Adding sweeteners, even natural ones, would undermine that mission. It would be optimising for customer preference instead of customer health.

So we didn't. The product tastes like what it is. Your taste buds adapt. Within three or four servings, it tastes normal. Within a week, you've stopped thinking about it.

Taste buds adapt faster than you think. Give your preference a week to reset, and organ powder stops tasting strange.

The customer preference problem

We know for a fact that adding a sweetener would improve customer preference in the short term. Taste tests confirm this. Customer satisfaction surveys would improve. Retention would probably improve too, because people would find it easier to consume regularly.

The question is: at what cost? We'd be chasing comfort for the sake of comfort. We'd be optimising for something that feels good today and undermines health tomorrow.

This is the central tension in the supplement industry. You can make a product people enjoy, or you can make a product that works. The two are often opposed. Most companies choose enjoyment because it drives sales. We chose efficacy instead.

We also know that customer taste buds adapt. By the second week, the product stops tasting strange. By the fourth week, it tastes normal. By the eighth week, people often say it tastes good. Taste is learned. What matters is whether you've given your preference enough time to reset.

The companies that add sweeteners are betting that customers won't give them that time. They're probably right about that bet. Most people want immediate palatability. But we're betting on customers who want something different: customers who'll invest a week of adaptation for long-term health.

That's you, reading this. If you're thinking about Organised, you're already in that camp. You're willing to do hard things for your health. That's the customer we built this for.

What this means for you

If you're choosing between Organised and a sweetened competitor, this is why. We're not taking the easier route. We're not chasing customer comfort at the cost of health.

As you're building your own supplement stack or choosing products, think about sweeteners in the same way. Every sweetener, even natural ones, is a compromise. What problem does it solve? Is that problem more important than the unknowns it introduces?

The safest choice is always whole food without manipulation. That's what Organised is. That's what we'll stay.

References

1. 1. Suez J et al. Personalized microbiome-driven effects of non-nutritive sweeteners on human glucose tolerance. Cell. PMC12025785.
2. 2. Debras C et al. Artificial sweeteners and cancer risk: Results from the NutriNet-Sante population-based cohort study. PLoS Med. PubMed PMID: 35324894.
3. 3. Pepino MY. Metabolic effects of non-nutritive sweeteners. Physiol Behav. PMC4633627.
4. 4. Ruiz-Ojeda FJ et al. Effects of Sweeteners on the Gut Microbiota: A Review of Experimental Studies and Clinical Trials. Adv Nutr. PMC6363527.