Tag: is it primal?
The pantry can be a place for quality foods – canned wild-caught salmon, almond flour noodles, quality cooking oils and all of your favorite sauces and condiments made without sugar. The pantry can also house the usual carb suspects – chips, cookies, crackers, pasta, cereal and bread. If you’re not careful, this cool and dark space could derail your best efforts to eat foods that make you feel your best.
Follow these 8 easy steps and you’ll be well on your way to having a pantry that feeds your body in the way that your genes expect you to be fed.
For years, the ancestral health community has shunned the humble peanut. I did so myself in fact. Why can’t I have peanuts? you may ask. Because they’re legumes, would be the standard answer. And that was that. The status of legumes was decided in the Primal and paleo world. Too many antinutrients, case closed.
In recent years, however, my stance on legumes has softened.
The lectins and phytic acid we worry about, it turns out, are mostly deactivated by heat and proper preparation. A bit of phytic acid can even be a good thing, provided you have the gut bacteria necessary to convert it into beneficial micronutrients. All in all, legumes turn out to be a relatively nutrient-dense source of resistant starch and other prebiotic fibers. If you can swing the carbs and you feel fine eating them, legumes are on the table.
A lot of foods exist on a spectrum of suitability, from “really bad” wheat to “not so terrible” rice. Well, what about the rest of them? Since I get a lot of email asking whether oats and oatmeal are good for you, I figured I would dig into that question for this post.
Though I was (and still mostly am) content to toss grains on the “do not eat” pile, I think we’re better served by more nuanced positions regarding grains. Not everyone can avoid all grains at all times, and not everyone wants to avoid all grains at all times. For those situations, it makes sense to have a game plan, a way to “rank” foods.
Today, we’ll go over the various forms of oats and oatmeal, along with any potential nutritional upsides or downsides.
Some people just don’t do cow’s milk, and reach for milk alternatives, like plant milks or non-dairy milks instead.
There are lots reasons why someone might avoid cow’s milk. Maybe you’re lactose intolerant. Maybe you don’t like the way cow’s milk tastes. Maybe you don’t like the way you feel after you’ve had dairy products. Or maybe you think cow milk is unhealthy.
I won’t contest the reasons why. That’s another topic for another post, and I’ve already covered the most common anti-dairy arguments. If you want to read about my stance on the healthfulness (or lack thereof) of dairy, read what I’ve written over the years about raw milk, cheese, yogurt, and dairy in general. If you want to learn how to identify dairy intolerance, read this.
But the fact is, lots of people either need or want a milk alternative. Water is great to drink, but it’s not the right smoothie substrate, and it can’t replace milk in recipes or coffee drinks. You need something vaguely white and thick enough to pass as milk.
Normally in a post like this, I’d cover all the different varieties and what sets each apart — their strengths and weaknesses, their nutrient profiles, their unhealthy ingredients. And I’ll certainly do that today, but first there’s good news and bad news.
You may think of protein supplements as a concern for muscle heads, but they’re for everyone – provided that you choose the right one for you. You need dietary protein for your body’s day-to-day upkeep and to age well. Up to a third of older adults don’t get enough protein for various reasons, like reduced appetite and changing tastes. There are lots of ways to get protein, and here, I’ll go through one of the most convenient and beneficial forms: whey protein.
What is Whey Protein?
Whey is a protein-packed byproduct of cheese production. It’s that pseudo-clear liquid remaining after milk has been curdled and strained. Cheese makers used to toss it aside as waste material, until food scientists started to understand its value.
Today, we know that whey protein isn’t just a single protein. Instead, it houses an impressive array of proteins: beta-lactoglobulin, alpha-lactalbumin, and serum albumin. These are complete proteins, comprised of the essential amino acids central to protein synthesis and increased muscular hypertrophy (muscle growth).
Our bodies can produce non-essential amino acids from lesser amino acids, but we cannot produce the essentials ourselves; we must eat quality protein sources. Whey is a naturally occurring, essential protein that satisfies the body’s protein requirements – hence its popularity.
After cutting back on sugar and carbs for a while, you understandably start to miss sweets. A common misconception is that you have to skip sweets to meet your goals, which isn’t the case at all. There are plenty of sugar alternatives that fit within the Primal and keto lifestyles, and stevia is one of them.
Stevia is widely used in the low carb community to satisfy sugar cravings or simply add a touch of sweetness to a hot beverage or dessert, but should it be? What is stevia? Is it safe? What is its effect on insulin, if any, and does it have a place in a Primal Blueprint eating strategy? Let’s investigate.
What Is Stevia?
A lot of people categorize stevia as an artificial sweetener, but it’s important to note that stevia is not an artificial sweetener at all – it’s a plant-derived natural alternative to sugar.
Stevia is an herbaceous family of plants, 240 species strong, that grows in sub-tropical and tropical America (mostly South and Central, but some North). Stevia the sweetener refers to stevia rebaudiana, the plant and its leaves, which you can grow and use as or with tea (it was traditionally paired with yerba mate in South America) or, dried and powdered, as a sugar substitute that you sprinkle on. It’s apparently quite easy to grow, according to the stevia seller who tries to get me to buy a plant or two whenever I’m at the Santa Monica farmers’ market, and the raw leaf is very sweet.
If you’ve spent any amount of time here on Mark’s Daily Apple, you know we love our vegetables. Plant foods are powerhouses of nutrients and antioxidant action. They’re the backbone of a solid Primal diet, and the main event in my signature Big Ass Salad. But the issue of nightshades has come up quite a bit over the years. Nightshade vegetables, which are vegetables that belong to the Solanaceae family of plants, include a long list of veggies and spices: eggplant, potatoes, peppers, tomatoes, tomatillos, pimentos, paprika, cayenne pepper, hot sauce, etc. (Black pepper isn’t a part of this list.)
I do eat a lot of these foods, but they’re not for everyone. In this article, we’ll dig into why some people simply can’t do nightshades, and how to tell whether you should eat them or not.
When you give up sugar, that doesn’t mean you have to give up sweet treats. You can find natural ways to satisfy your sweet tooth without spiking your blood sugar, and that doesn’t mean you have to resort to dangerous artificial sweeteners. Monk fruit is a keto community favorite ingredient to sweeten recipes, but what exactly is it, and where does it come from? Is there any research behind monk fruit? And how do we compare the various formulations next to each other in the supermarket aisle? Let’s break this down. What Is Monk Fruit? We’ve covered stevia, yacon syrup, allulose, and Swerve, but what about another popular choice in the growing selection of natural sweeteners — monk fruit? Known as Luo Han Guo in its native southern China, monk fruit (Siraitia grosvenorii) first found acclaim in the records of 13th century Luo Han Buddhist monks. The monks valued the natural sweetness of the fruit and made it their mission to cultivate the vines through the centuries. Today, most monk fruit cultivation still occurs in the misty mountains of China’s Guangxi province and a few surrounding areas, where the conditions are just right to grow and harvest the small, orange-sized fruits. Monk fruit belongs to the cucurbit family alongside squash, cucumber, and watermelon. Fresh off the vine, the mini melons have a bitter outer rind encasing a sweet edible pulp and seeds. But unless you know someone who’s managed to cultivate monk fruit in their garden, you’re unlikely to eat a fresh monk fruit. The flesh degrades quickly, meaning most manufacturers dry monk fruit or process it so that it will make it to market. Most monk fruit finds its way to American shelves as a concentrated natural sweetener. As always, the nature of that sweetener can vary markedly depending on how it was processed. Instantly download your Keto Reset Diet Recipe Sampler Is Monk Fruit Keto? An average serving of pure monk fruit extract contains virtually no carbs, calories or sugars, which makes it a great choice to sweeten keto desserts and drinks. It derives almost all of its sweetness from a group of antioxidants called mogrosides, with mogroside V having a sweetness 250 times that of table sugar. To put that sweetness in perspective, most people consider just 1/64 of a teaspoon of monk fruit extract to taste as sweet as a full teaspoon of table sugar. But to get this natural “zero calorie” sweetener, much of the natural compounds in the fruit are lost. Most producers treat “pure” monk fruit sweeteners to remove off-flavors, then they dry it to remove other sulfurous volatiles. Finally, it gets homogenized and pasteurized. The resulting extract is very different from its original state, slightly undermining its purported status as a natural sweetener. Other less processed natural monk fruit sweeteners provide a more wholesome version of the original fruit, but with the arguable downside of containing a small amount of glucose and fructose. More carbs also tend to mean fewer mogrosides, and … Continue reading “What Is Monk Fruit Sweetener, and Is It Keto?”
As the research continues to pile up against artificial sweeteners, it’s a race to take the lion’s share of the growing alternative sweetener market. While natural sweeteners like stevia and erythritol have become more popular in recent years, it’s still a wide field. One lesser known option is yacon syrup—a natural sweetener with a low calorie count and prebiotic abilities.
Yacon syrup is derived from the large tuberous roots of Smallanthus sonchifolius, a species of daisy that is cultivated in the Andes at altitudes of between 880 and 3500 metres. According to archaeological evidence, yacon was an important cultivated crop in Andean societies even before the rise of the Incas. The roots themselves can be eaten just like any other tuber. They look something like a a sweet potato, with a taste somewhere between that of an apple, a watermelon and a pear…and with a texture likened to that of a water chestnut. But it’s when the liquid is extracted from the flesh and evaporated, similar to the process used to make maple syrup, that things start to get really interesting. It’s at this point that yacon becomes a true natural sweetener, taking on a flavor similar to that of molasses or caramel. Delicious to most, slightly off-putting to others.
A few months back, I put Swerve under the proverbial microscope. This time I’m looking at a relative newcomer in the alternative sweetener field. Allulose is quickly growing in popularity, since it’s both naturally occurring and virtually identical to table sugar in taste and texture. Then there’s the claim of sidestepping many of the ill-health effects associated with many other sweeteners.
I know many of you are with me when I bring a sizable dose of skepticism to these kinds of bold proclamations. So, I did my own research, asking whether it’s truly the full-flavor, guilt-free choice many suggest it is. And, if it is (or if it comes close), I wondered, what are its best uses in the kitchen?