Are Edamame Beans Acidic? pH Levels and Health Benefits
Medically reviewed by Aneeza Pervez Updated Date: January 2, 2026

Edamame beans, those vibrant green legumes often enjoyed as a healthy snack, have gained popularity worldwide due to their rich nutritional profile. But a common question many nutrition enthusiasts ask is—are edamame beans acidic? The answer to this question delves into understanding the pH levels of edamame, its impact on the body, and how these beans fit into an alkaline or acidic diet. In this article, we’ll explore everything you need to know about edamame beans and their potential impact on your body’s pH balance.
What is the pH Level of Edamame Beans?
The pH scale ranges from 0 to 14, with 7 being neutral. Foods with a pH below 7 are considered acidic, while those above 7 are alkaline. For edamame beans, the pH is slightly above neutral, typically ranging from 6.3 to 7.2. This makes edamame beans mildly alkaline. While they’re not highly alkaline, they are not acidic either, meaning they lean slightly toward promoting an alkaline state when consumed regularly.
Nutritional Breakdown of Edamame Beans
Before diving into acidity, let’s first understand what makes edamame beans so nutritious:
- Protein-Rich: Edamame is a great plant-based source of protein, making it a popular option for vegetarians and vegans. In 100 grams of edamame, you can find about 9 grams of protein.
- High in Fiber: Edamame is rich in dietary fiber, which helps promote healthy digestion and aids in weight management.
- Rich in Vitamins: Edamame is an excellent source of vitamins such as vitamin K, vitamin C, and folate.
- Loaded with Minerals: It contains essential minerals like magnesium, potassium, and iron.
- Low in Calories: For those watching their calorie intake, edamame is a great low-calorie snack.
Is Edamame Acidic or Alkaline?
The pH level of food doesn’t determine how it directly affects your body’s pH. Instead, the “acid-forming” or “alkaline-forming” properties come into play after digestion. Foods that are neutral or alkaline-forming tend to have a stabilizing effect on blood pH.
According to research, edamame has the following properties:
- Edamame’s Neutral to Slightly Alkaline Nature: As mentioned earlier, edamame beans have a pH of around 6.3 to 7.2, which is close to neutral. When consumed, they tend to have a mild alkaline-forming effect. This makes them beneficial for those following an alkaline diet, as they can help balance your body’s pH, reducing the likelihood of an overly acidic internal environment.
- Acidity in Foods vs. pH Levels: Just because a food has a mild acidic taste doesn’t mean it will dramatically alter your body’s pH. The actual impact depends on the food’s mineral content and overall nutrient profile. Edamame doesn’t have enough acidic components to significantly shift the body’s natural pH balance.
Related to Read: Is Edamame Good for Acid Reflux?
Health Benefits of Edamame Beans
Edamame isn’t just mild on the pH scale—it also comes with a wide array of health benefits:
- Heart Health: The high fiber and plant-based protein in edamame are good for lowering LDL cholesterol, reducing the risk of heart disease.
- Digestive Support: With its high fiber content, edamame aids digestion and helps prevent constipation.
- Weight Management: Edamame’s rich protein and fiber content keep you full longer, making it a great snack to curb hunger between meals.
- Bone Health: The calcium and magnesium in edamame are essential for maintaining strong bones and preventing osteoporosis.
- Diabetes Management: The low glycemic index of edamame helps regulate blood sugar levels, making it a beneficial snack for people with diabetes.
How Edamame Fits into an Alkaline Diet?
An alkaline diet focuses on consuming foods that help keep your body’s pH levels in balance. Since edamame beans are mildly alkaline, they fit well into an alkaline diet plan. Consuming alkaline-forming foods can potentially:
- Reduce Acid Reflux: Alkaline foods like edamame can counteract excess stomach acid and relieve acid reflux symptoms.
- Enhance Mineral Absorption: Alkaline foods help increase the bioavailability of minerals, leading to better absorption and utilization in the body.
Author Tip: 7-Day Meal Plan For Gastritis
Cooking and Consuming Edamame: The Right Way
To get the most nutritional benefits from edamame beans, it’s important to prepare them properly:
- Steaming: The best way to cook edamame is by steaming. This helps retain its nutrients and doesn’t strip away the fiber or protein.
- Avoid Excess Salt: While seasoning is fine, too much salt can counteract the benefits. Opt for a light sprinkle of sea salt or lemon.
- Pair with Healthy Fats: Pairing edamame with healthy fats like olive oil or avocado can increase nutrient absorption, especially fat-soluble vitamins like vitamin K and E.
FAQs About Edamame Beans
1. Are Edamame Beans Suitable for Everyone?
Yes! Edamame is a great plant-based protein source that can be consumed by vegans, vegetarians, and those with lactose intolerance. However, people with soy allergies should avoid edamame.
2. Do Edamame Beans Have Any Side Effects?
Edamame is generally safe to consume, but overeating might cause bloating or digestive discomfort due to its fiber content. Moderation is key.
3. Can Edamame Help with Weight Loss?
Absolutely! The fiber and protein in edamame help with satiety, making you feel full for longer and aiding in weight loss efforts.
4. How Much Edamame Should You Eat Daily?
Typically, consuming about 1 cup (155 grams) of cooked edamame per day can provide a good balance of protein and nutrients. Adjust based on your dietary needs.
Conclusion: Edamame – A Mildly Alkaline Superfood
Edamame beans are more than just a tasty, nutrient-dense snack. With their mild alkaline properties and wide array of health benefits, they make an excellent addition to any diet. Whether you’re looking to balance your body’s pH, improve heart health, or maintain weight, edamame has got you covered. Next time you’re snacking, consider edamame – a delicious and healthy choice that won’t tip the scales toward acidity!
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Tartine Croissant Recipe

Every now and again, I like to tackle big projects. I’m good at big projects. There’s something so reassuring about them, like you know there’s an end in sight, eventually, but it’s so far away that you’re not focused on it. Instead, you get to hunker down, keep your head low, and really sink yourself into the process. Drink some coffee while you’re at it, noodle around with other things while waiting (there’s always a lot of waiting).
BUT. Everything will be going swimmingly, until everything goes awry. That’s when, say, you open the oven to discover a hot tub’s worth of butter oozing around on the floor of your baking pan. It might be kind of like how Alexander Fleming felt when he realized he’d left a Petri dish uncovered in the lab—the horror!, the shame!, the contamination (him)!, the smell of frying croissants (me)!—except he discovered penicillin, and I ended up with rubbery croissants.
It’s in moments like these that your character will come through. You could give up, throw in the towel, decide to start down another path altogether. Knife-sharpening comes to mind, although that’s another one of those projects you could (and will be told to) spend a lifetime mastering. Or attempting the elusive scorpion pose. (I know, scary.) Alternatively, you could also decide to try again. According to my assessment, the latter demonstrates true grit. Or so I have to believe. Fine, mostly, I didn’t want to feel like I’d been defeated by a baked good.

So I took a step back and really tried to figure out where I’d gone wrong. I think it came down to one main reason: the butter hadn’t been soft enough when I’d started the lamination process. It seems that butter that isn’t sufficiently malleable will clump up and tear through the layers, resulting in lots of leakage points. Does that sound about right, seasoned croissant makers? But, a little leaking is normal too, and should not be a cause for concern. Along with a few other small tweaks, I felt ready to give croissants another go.
I’d initially made half a batch of plain croissants and half a batch of ham and cheese, but for my second attempt, I decided to pare down my expectations. If I could successfully make a batch of plain croissants, I could begin thinking about incorporating other ingredients. It’s kind of like how in Japan, sushi apprentices spend years mastering the art of making rice before they’re allowed to move on to even touching the other stuff. (Talk about integrity!)

Of course you’re wondering how my second attempt went? Pretty well, I think. The insides were a bit doughier than I would’ve liked, but they actually tasted like croissants. Buttery, flaky, layers shattering upon contact. I love that initial tenderness of the innards when the croissants are pulled apart. They’re still steaming from their bake and taste incredibly luscious and fresh. I also love the way the tips burn slightly. They’re the crispest parts, all puff pastry-like and caramelized. And the shape, the shape! While svelte and long are generally qualities esteemed by women the world over, I love how cute and round mine came out. They’re like the Volkswagon Beetles of the croissant world.
I don’t know, I think Tartine just might approve.


TARTINE CROISSANTS Recipe
Adapted from Tartine
Makes 10
Ingredients:
- For the preferment:
- 6 Tbsp nonfat milk
- 1/2 T (or 1.5 t) active dry yeast
- 2/3 cup all-purpose flour
And everything else:
- 2 t active dry yeast
- 1 cup minus 2 T (or 14 T) whole milk
- 3 cups all-purpose flour
- 1/6 cup sugar
- 2 t salt
- 1/2 T unsalted butter, melted
- 2-3/4 sticks (or 22 Tbsp) unsalted butter, cool but malleable
- 1 egg & a pinch of salt for the egg wash
Tartine Croissant Recipe Directions:
For the preferment: Heat up the milk so it’s warm but not hot (I mixed whole milk with hot water that had been heated in the kettle earlier in the day to make warm-ish “nonfat” milk.) and pour it in a mixing bowl. Sprinkle the yeast on top, stir to dissolve, and mix in the flour until a smooth batter forms. Cover and let rise until almost doubled in volume, 2 to 3 hours (or overnight if stored in the fridge).
For the rest of the recipe: Make the dough. Transfer the preferment to the bowl of a stand mixer fitted with the dough hook. Sprinkle in the yeast and mix on low speed until incorporated, a minute or two. You can stop the mixer to scrape down the sides if needed. When the mixture is well-mixed, increase the speed to medium and mix for a few minutes. Slowly add in half the milk and continue to mix until the milk is fully incorporated. (This will take awhile. I helped the process along by stopping the mixer and scraping down the sides.) Reduce the speed to low, add the flour, sugar, salt, melted butter, and the rest of the milk, and mix until everything comes together in a loose, shaggy-looking dough, about 3 minutes. Stop the mixer and let the dough rest for about 15 minutes. Once again, turn on the mixer and mix until the dough is smooth and elastic, no more than 4 minutes. (Mixing encourages gluten growth, which is not what you want in this case, so try to keep the mixing time as short as possible.) Once you’ve achived a smooth dough, cover the bowl and let the contents rise in a cool place until the volume increases by about half, 1.5 hours.
Lightly flour a work surface and transfer the dough to the surface. Press it into a rectangle about 2 inches thick, wrap in plastic wrap, and place the dough in the fridge for about 4 to 6 hours.
About an hour before removing the dough, put the butter in the bowl of your stand mixer fitted with the paddle attachment, and mix it on medium-high speed for a few minutes. This part is important, as the consistency of the butter is really important for lamination. What you’re going for is butter that’s malleable, but not melting. It should still be cool but amorphous, not retaining its original shape. I found it helpful to stop and scrape the butter that had built up on the side of the bowl with a spatula and into a bowl. If you do this a few times, poking the butter out of the holes of the paddle, you’ll end up with soft but cool butter. Place the bowl in the fridge to firm up a bit.
Now the lamination begins: Lightly flour a work surface and take dough and butter out of the fridge. Unwrap the dough and set it on the surface. With a rolling pin, roll the dough into a pronounced rectangle 20 inches wide and 8 inches long. Make sure the long side is facing you. Starting from the left, spread the butter over 2/3 of the dough using a combination of your hands and a spatula to apply it evenly (leave a slight margin). Fold the uncovered third over the center third, then fold the left third over that. (It’s like folding a letter.) What you end up with is called a plaque. Seal the seams of the plaque so that the butter is sealed within the dough.
Now onto the second turn: Turn the plaque 90 degrees so that the long side is once again facing you. Again, roll the dough out to a pronounced 20′x8″ rectangle and fold it like you did earlier. All the while, feel free to scatter a little flour over and under the dough to keep it from sticking to the rolling pin/surface, but brush off excess flour as it will affect the final product. Wrap the plaque in plastic wrap and place it in the fridge for about 1.5 hours.
The third and final turn: Repeat rolling out the plaque and folding it. Re-wrap it in plastic wrap and place it back in the fridge for about 1 hour. (At this point, the dough can be frozen, but let it warm up by spending a night in the fridge before rolling it out.)
Shaping: This time, roll the dough out to a pronounced rectangle at least 22.5″ wide and 9″ tall. Using a sharp knife or pizza wheel, cut off the excess margins. You basically want a 22.5″x9″ rectangle with the sides all trimmed off. Using a ruler, slice the dough into five equal rectangles that are 4.5″ wide and 9″ tall. Slice each of these in half so that you have 2 right-angled triangles (with a long side about 10″).
Have a large baking sheet covered with parchment paper ready. To shape, position each triangle so that the base faces you. Take the two points of the base in your fingers and stretch them a bit. Then furl the base upwards into a roll. Continue rolling with your palms, and at the end, grab the last tip, give it a slight stretch, and tuck the point underneath the rolled dough.
Place the croissant on the baking sheet, giving it plenty of space (Please note: in the picture above of the raw croissants, they are way too closely-spaced!). After all the croissants have been placed on the pan, set the croissants in a draft-free, cool place for a final rise, 2 to 3 hours. I placed the baking sheet in a large empty plastic bag. (It keeps a skin from forming, inhibiting the rise.)
Preheat your oven at 400 degrees F. When the croissants are just about ready (they’ll be puffy, and when you push one with your fingertips, the indent will stay), prepare the egg wash by whisking together the egg, a pinach of salt, and a splash of water. Apply the wash with a pastry brush over all the surfaces and edges. Slide the croissants into the oven. After 5 minutes, reduce the temperature to 350 degrees F and bake another 20 minutes until the croissants are golden-brown. And if some butter seeps out, that’s totally okay.

Check More Recipes:
Apricot Raspberry Galette, Or Look What I Made!
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