Does food sequencing lower your glucose levels?

Written by Emily Cornelius, RD

Published: May 14, 2026

4 min read

Table of contents

The content in this article should not be taken as medical advice. Please consult with your healthcare provider regarding your individual health needs.

If you’re keeping an eye on your glucose levels, you know that different foods affect your glucose differently. But have you ever eaten the exact same meal at the same time of day and noticed different shifts, whether it’s experiencing more hunger shortly after or feeling an energy crash?

There are lots of reasons why this could happen. Anything from how hydrated you are to how much activity you’ve gotten to quality of sleep the night before could be causing the difference. Another potential reason behind different glucose responses after eating the same meal could be related to food sequencing, meaning the order you eat your macronutrients.

This idea of food sequencing has become popular, but it’s often overcomplicated or misunderstood. It’s not just about the order of bites on your plate. It’s about how you combine foods and how consistently you fuel across the day.

Let's dig into the research and get to the bottom of whether this way of eating has gone viral for good reason or if it’s just another food fad.

What is food sequencing?

Food sequencing essentially means eating your macronutrients during a meal in a specific order. We need three macronutrients to give us energy: fat, protein, and carbohydrates.

Here’s a simple way to take the guesswork out of your meals: start with fiber (like veggies), add in protein (like chicken or tofu) and healthy fats, and save your carbs for last.

If you’re thinking, “But my salad has olive oil on it, does that mess up the order?”— don’t stress. Fat actually works together with fiber and protein to slow down how quickly glucose hits your bloodstream. So, instead of micromanaging every bite, focus on what I call the PFF method: Protein and Fiber First. Just make sure you’re getting protein, fat, and fiber in before your carbs.

The main takeaway? Keep it simple—eat your carbs last. It’s straightforward, realistic, and it makes a difference you can actually feel.

But all food just ends up in your stomach, right? Why does it matter what order it gets there?

Here’s the scoop: proteins, fats, and fiber-packed foods (like most veggies) help slow down how quickly your meal leaves your stomach—this process is called gastric emptying. That means the carbs and other nutrients you eat afterward get absorbed into your bloodstream more gradually, giving your body more time to process them, which can result in more steady glucose levels.

What science says about food sequencing

There’s still a lot we don’t know about food sequencing, especially for both people living with diabetes and those without. The research is still catching up, and there aren’t a ton of big, headline-making studies just yet. But here’s what we do have so far:

Back in 2015, a pioneering study looked at how food sequencing impacted post-meal glucose in just 11 people. The findings? Average glucose levels dropped by 28.6%, 36.7%, and 16.8% at 30, 60, and 120 minutes, respectively.

Fast-forward to 2020: a comprehensive review rounded up all the meal sequencing studies to date. The verdict? Eating fiber first, followed by protein (and/or fat), and saving carbs for last could be a game-changer for people living with diabetes or obesity.

The review also highlighted that starting your meal with protein can boost the release of GLP-1, a hormone that slows down how quickly your stomach empties. Plus, GLP-1 signals your body to make more insulin after eating, helping keep post-meal glucose levels in check.

Bottom line? Food sequencing looks promising for supporting healthy glucose levels, but we’re still just scratching the surface. There’s much more to learn and discover—so stay tuned as the science continues to evolve.

Is food sequencing right for you?

Ready to try food sequencing for yourself? Here’s a simple step-by-step guide to running your own week-long experiment:

1. Start with a protein-forward breakfast

Keeping your glucose steady goes beyond what’s on your plate—it’s also about how you sequence your whole day. And the best place to start making a positive shift? Breakfast.

When you eat enough protein and fiber in the morning, you stay fuller throughout the day and avoid those energy crashes. Here’s what this looks like in real life: aim for at least 30–40 grams of protein at breakfast, plus some fiber.

For me, that usually looks like an easy yogurt bowl after my workout with protein powder mixed in. I’ll also eat something quick like deviled eggs later in the morning to stay full, and they’re easy to prep ahead of time.

In my experience, when you start your day like this, you're setting yourself up for success: steadier glucose, fewer energy crashes, and more importantly, you feel different.

2. Keep everything the same except for food order

Try switching up the order you eat your protein, fiber, fat, and carbs. For example, if you’re having a meal of grilled chicken, roasted vegetables, avocado slices, and brown rice, start by eating the veggies and chicken first (fiber and protein), then enjoy the avocado (healthy fat), and finish with the brown rice (carbohydrates).

Keep the rest of your daily routine consistent: aim for the same activity, hydration, and sleep quality throughout your experiment. This way, you’ll really see how food sequencing alone impacts your glucose.

Woman smiling at the camera while wearing her Stelo sensor

3. Check in on your glucose before and after meals

Try using a glucose biosensor like Stelo to see how your glucose responds to each meal. For example, look at your glucose levels before a meal, then check in again one to two hours after your first bite, sticking to the same timing each meal (so if you check one hour after breakfast, do the same for lunch and dinner). Stelo can help you get a clear, personalized picture of what works best for you—no guesswork needed.

4. Try each food sequence two to three times

Like any experiment, repetition is key. Eat protein-fat-carbs for the same meal on two to three different days. Then eat carbs-protein-fat for the same meal on two to three different days. This means you’ll have a total of eight to 12 different meals to compare.

Food sequencing in a nutshell

The science to date shows that food sequencing can have positive effects on post-meal glucose levels, but more research needs to be done to understand exactly how this happens and determine any long-term effects food sequencing might have.

If you do just one thing today, make it this: save your carbs for the end of your meal and reach for snacks that are balanced—not just carb-heavy. It might sound simple. But it’s really powerful.

The production of this article was sponsored by Stelo by Dexcom.