Protein is everywhere right now—but does every meal really need 30, 40, or even 50 grams? Let's look at what protein actually does, how it fits into insulin resistance, and why more isn't automatically better.
Open social media right now and it won't take long to find protein.
High-protein pancakes.
Protein cereal.
Protein coffee.
Protein cookies.
Protein ice cream.
At this rate, I'm waiting for someone to announce high-protein water. 😂
Protein is an essential nutrient, and including protein-rich foods throughout the day can absolutely be part of a balanced eating pattern.
But somewhere between “protein is important” and “everything I eat must contain as much protein as physically possible,” we lost a little nuance.
So let's bring it back.
If you have insulin resistance, prediabetes, or diabetes, how much protein do you actually need?
And does every meal really need to be “high protein”?
Let's talk about it.
First: What Is Protein?
Protein is one of the three major macronutrients, along with carbohydrates and fats.
Proteins are made from smaller compounds called amino acids.
Your body uses those amino acids for a long list of jobs, including building and maintaining body tissues and making enzymes, hormones, and other important compounds.
Muscle is part of that story.
But protein isn't exclusively a “gym nutrient.”
You need protein whether you've spent the morning lifting weights or lifting the remote. 😂
What Does Protein Have to Do With Insulin Resistance?
This is where things get interesting.
Protein doesn't affect blood glucose in exactly the same way carbohydrate does.
The American Diabetes Association notes that in people with type 2 diabetes, eating protein can stimulate an insulin response without producing the same rise in plasma glucose that carbohydrate does. But that does not mean simply eating more and more protein is a treatment for insulin resistance.
Protein can also contribute to satiety—the feeling of fullness and satisfaction after eating—and including protein-containing foods can make meals more substantial. Some studies of people with type 2 diabetes have found success with somewhat higher-protein eating patterns, but the evidence hasn't established one ideal protein intake for improving glucose management or cardiovascular risk.
That's an important distinction.
Protein can be useful without needing to become the main character of every meal.
How Much Protein Do You Actually Need?
Here's where I'm going to disappoint anyone hoping for one magical number.
It depends.
Protein needs can vary according to factors such as age, body size, activity, overall health, pregnancy, recovery from illness or injury, and certain medical conditions.
Current ADA guidance emphasizes that protein goals for people with diabetes should be individualized, rather than prescribing one high-protein target for everyone. The same guidance notes that research remains inconclusive about an ideal protein amount specifically for optimizing glucose management or cardiovascular risk.
So when someone online says:
“Everyone needs 150 grams of protein every day.”
There's an important question missing:
Everyone who?
But Isn't the Recommended Amount 0.8 Grams per Kilogram?
You may have seen 0.8 grams of protein per kilogram of body weight per day mentioned as the adult Recommended Dietary Allowance, or RDA.
That number is useful context, but it is often misunderstood.
The RDA is a population-level recommendation intended to cover the needs of nearly all healthy adults. It isn't a personalized prescription for every individual—and it certainly doesn't mean that precisely 0.8 g/kg is the ideal amount for every person's circumstances.
The ADA likewise emphasizes individualization rather than identifying one universally optimal protein intake for people with diabetes.
Someone with specific goals or medical needs may benefit from an individualized recommendation from a registered dietitian or other qualified healthcare professional.
So we're not going to turn this article into a calculator that spits out a supposedly perfect number based on one variable.
Bodies are more complicated than that.
Does Every Meal Need 30 Grams of Protein?
No.
There is nothing magical that happens when your plate crosses the 30-gram protein threshold.
Protein-containing foods throughout the day can be useful, but every meal doesn't have to hit the same arbitrary target.
Breakfast might contain cottage cheese and eggs.
Lunch might contain chicken.
Dinner might contain beans and fish.
A snack might contain Greek yogurt.
And another snack might be...
an apple.
Without a protein chaperone. 🍎😂
You don't need to transform every eating occasion into a protein optimization project.
Does Everything Need to Be “High Protein”?
Also no.
This is one of my biggest concerns with the current protein trend.
There's a difference between:
“Protein is an important nutrient.”
and
“A food isn't worthwhile unless it's high in protein.”
A strawberry doesn't need to become high protein.
Neither does broccoli.
Neither does a slice of bread.
Different foods contribute different things to our eating patterns.
Fruit can contribute carbohydrates, fiber, vitamins, minerals, water, and plant compounds.
Whole grains can contribute carbohydrates, fiber, vitamins, and minerals.
Nuts and seeds can provide fats, protein, fiber, vitamins, and minerals.
Vegetables provide their own combinations of nutrients.
We don't need every individual food to do every nutritional job simultaneously.
That's why we eat meals—and why we eat a variety of foods.
What Foods Contain Protein?
Probably more foods than you realize.
Animal-Based Sources
Protein-containing foods include:
- Chicken
- Turkey
- Fish and seafood
- Eggs
- Greek yogurt
- Cottage cheese
- Milk
- Cheese
- Beef
- Pork
Plant-Based Sources
Plant foods can contribute meaningful amounts of protein too:
- Beans
- Lentils
- Chickpeas
- Soybeans and edamame
- Tofu
- Tempeh
- Nuts
- Seeds
- Peas
- Whole grains
And this doesn't need to become an animal protein versus plant protein battle either.
They can coexist.
Current ADA guidance highlights legumes, nuts and seeds among the foods that can be part of health-supportive eating patterns and notes research suggesting potential benefits when some animal protein is replaced with plant protein. Plant protein sources can also bring nutrients such as fiber along with the protein.
Wait—Beans Have Carbs AND Protein?
They sure do.
Food doesn't always stay neatly inside the little nutrition categories we create for it.
Beans and lentils contain both carbohydrate and protein, along with fiber and other nutrients.
Nuts contain protein but are also rich in fat.
Greek yogurt contains protein and may contain varying amounts of carbohydrate and fat depending on the product.
Milk provides carbohydrate, protein, and sometimes fat.
Real foods didn't receive the memo that they're supposed to choose one macronutrient and stay in their lane. 😂
That's another reason looking at the whole food and overall eating pattern is often more useful than trying to assign every ingredient to a single category.
Animal Protein or Plant Protein?
You don't necessarily have to choose.
Someone can eat chicken at lunch and lentils at dinner.
Or tofu today and salmon tomorrow.
Or beans alongside chicken in the same bowl.
A dietary pattern can include both plant and animal protein sources.
What may be especially useful is variety.
Different protein foods come packaged with different nutrients.
Beans bring protein and fiber.
Fish can provide protein along with beneficial unsaturated fats, depending on the variety.
Dairy foods can provide protein along with nutrients such as calcium.
Nuts and seeds contribute protein alongside fats, fiber, and micronutrients.
Instead of searching for the single “best” protein source, consider building a rotation of foods you actually enjoy.
Is More Protein Always Better?
No.
That's another place where nutrition advice can become unnecessarily extreme.
If some protein is necessary, it can be tempting to assume:
More protein = more health.
But nutrition doesn't always work that way.
The ADA's current Standards of Care explicitly state that research is inconclusive about the ideal amount of protein for optimizing glycemic management or cardiovascular risk in people with diabetes. Protein goals should therefore be individualized.
A very high-protein diet can also crowd other foods off the plate.
If you're so focused on hitting a protein number that there isn't much room left for vegetables, fruits, beans, whole grains, nuts, seeds, or other foods you enjoy, the bigger picture may be getting lost.
The goal isn't to win protein.
There is no trophy. 😂
What About Protein Shakes and Protein Bars?
They can be convenient.
That's probably the most important thing to understand about them.
A protein shake might make sense for someone who needs a portable breakfast.
A protein bar might be useful when you're traveling and won't have access to a meal for several hours.
Protein powder might make it easier to add protein to a smoothie.
But these products aren't automatically nutritionally superior to ordinary food simply because PROTEIN appears across the package in enormous letters.
And you don't need protein powder to have a protein-containing breakfast.
Eggs, Greek yogurt, cottage cheese, milk, soy foods, nuts, seeds, and other foods can all contribute protein.
Protein supplements are an option, not an admission ticket to eating well.
What About Breakfast?
Breakfast is actually a great place to look at protein because many common breakfasts can vary dramatically in meal composition.
For example:
Toast by itself is breakfast.
But if someone finds that they're hungry again quickly, they might experiment with adding eggs, nut butter, Greek yogurt, cottage cheese, or another protein-containing food they enjoy.
Oatmeal is breakfast.
Someone could also add milk, nuts, seeds, Greek yogurt, or nut butter.
Pancakes are breakfast.
And as we saw in this week's Lemon-Blueberry Cottage Cheese Oat Pancakes, protein can even be built directly into the recipe.
The question isn't:
“How do I force 40 grams of protein into breakfast?”
A more useful question might be:
“Does this breakfast satisfy me and support what I need from my morning?”
That's a much more flexible place to start.
Protein Doesn't Cancel Carbohydrates
This is worth mentioning because there's another idea floating around online that can become misleading.
Adding protein to a meal doesn't make the carbohydrates disappear.
Chicken doesn't cancel pasta.
Greek yogurt doesn't erase blueberries.
Peanut butter doesn't neutralize bread.
Protein can change the composition of a meal and can influence digestion, satiety, insulin responses, and post-meal glucose patterns—but the carbohydrate is still there.
And that's okay.
The goal isn't to figure out how to sneak carbohydrates past your body.
We're learning how different nutrients work together.
A Special Note About Low Blood Sugar
This is an important exception to our usual conversation about building mixed meals.
If someone with diabetes is experiencing hypoglycemia, particularly while using glucose-lowering medication or insulin, protein-rich foods aren't generally used as the primary treatment for rapidly raising blood glucose.
ADA guidance notes that protein can stimulate insulin secretion without raising plasma glucose in the same way carbohydrate does and cautions against relying on carbohydrate foods high in protein to treat or prevent hypoglycemia. People at risk of hypoglycemia should follow the treatment plan provided by their diabetes care team.
That's a medical situation—not the time to improvise based on a recipe blog.
What About Kidney Disease?
This is another area where individualized guidance becomes especially important.
People with diabetes may also have chronic kidney disease, and kidney function can affect nutritional considerations.
Interestingly, current ADA guidance does not recommend automatically reducing protein below the general recommended allowance for people with diabetes-related chronic kidney disease, because doing so hasn't been shown to improve glycemic measures, cardiovascular risk, or the rate of kidney-function decline and may increase the risk of inadequate nutrition.
But that doesn't mean everyone with kidney disease should follow the same protein plan.
Kidney disease varies considerably.
If you have chronic kidney disease, abnormal kidney labs, or have been told to modify protein, sodium, potassium, phosphorus, or fluid intake, this is absolutely an area to discuss with your healthcare team or a registered dietitian familiar with kidney disease.
So What Should My Plate Look Like?
There isn't one required Eat Against Resistance plate.
And I don't want there to be.
But here's one practical way to think about meals:
Choose a protein you enjoy.
Maybe chicken, fish, eggs, Greek yogurt, tofu, beans, lentils, cottage cheese, or something else.
Add carbohydrate-containing foods that fit the meal.
Rice. Pasta. Potatoes. Bread. Fruit. Beans. Oats. Tortillas. Whatever makes sense.
Bring in plants.
Vegetables, fruit, beans, herbs—whatever works with the food you're making.
Add flavor and fats where they belong.
Avocado. Olive oil. Nuts. Seeds. Cheese. Dressing. Sauce.
Then adjust based on your appetite, culture, preferences, schedule, budget, health needs, and glucose response.
That last part matters.
The ADA emphasizes that there is no single ideal macronutrient distribution for everyone with diabetes and recommends individualized eating plans that account for metabolic goals and personal eating patterns.
That's very different from trying to make every plate conform to a number you saw on TikTok.
The Bottom Line
Protein matters.
It helps your body build and maintain tissues, contributes to countless biological processes, and can play an important role in satisfying meals.
But you don't need to be afraid that every meal is nutritionally inadequate unless it's labeled HIGH PROTEIN.
You don't need to add protein powder to everything.
You don't need to make fruit earn its place beside a cheese stick.
And you don't need to chase somebody else's protein number.
For people managing insulin resistance, prediabetes, or diabetes, the bigger picture remains important: your overall eating pattern, individual health needs, food preferences, medications, activity, and metabolic goals. Current diabetes nutrition guidance specifically emphasizes individualized eating plans rather than one universally ideal macronutrient formula.
Protein gets a seat at the table.
It just doesn't need every seat. 💚
Individual nutritional needs and blood-glucose responses vary. Eat Against Resistance provides recipes and general nutrition information and isn't a substitute for individualized medical or professional nutrition advice.
Making insulin resistance easier, one meal at a time. 💚