It looks like kale has been absolved of high oxalate concerns, in contrast to spinach.
You might benefit from mixing in ground mustard seed (or fresh / thawed chopped cruciferous vegetables), per https://nutritionfacts.org/topics/kale/.
Chopping it and then waiting at least 40 minutes before cooking it or mixing some mustard powder to cooked kale helps produce the anti-cancer nutrient, sulforaphane.
For other dark leafy greens, boiling is not best nutritionally, although if you're drinking the water, you're probably well covered.
“The main purpose of cooking vegetables is to make them more edible, palatable, and digestible.” The downside, though, is that “cooking may adversely affect the levels of nutrients, especially the heat-sensitive and water soluble ones.” But even if you boil greens for 10 minutes, the drop in antioxidant capacity, for example, which is a rough proxy for phytonutrient retention, isn’t that much. Yes, there’s a significant drop in each case—a 15 to 20 percent drop—but most of the antioxidant power is retained, even if you boiled lettuce for 10 minutes. The single nutrient that drops the most is probably vitamin C, but as you can see, collards start out so vitamin C-packed that even collard greens boiled for 10 minutes have twice as much vitamin C compared to even raw broccoli.
You can see the vitamin C in spinach really takes a hit. Even just blanching for five minutes can cut vitamin C levels more than half, with more than 90 percent dissolving away into the water after 15 minutes, though most of the beta carotene, which is fat soluble, tends to stay in the leaves. But just keeping it in a regular plastic bag, like you get in the produce aisle, can protect it. The refrigeration is important, though. Even in a bag, a hot day can wipe out nearly 50 percent. Not as bad as drying, though, which can wipe out up to 90 percent of the vitamin C, suggesting that something like kale chips may pale in comparison to fresh—though vitamin C is particularly sensitive. Other nutrients, like beta carotene, are less affected across the board.
What does cooking do to it? Fresh is best, but steaming’s not bad, with microwaving coming in second, and then stir-frying and boiling at the bottom of the barrel.
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Cooking by microwaving and steaming preserves the nutrition more than boiling, here measured in watercress. A little steaming or microwaving hardly has any effect compared to raw, though boiling even two minutes may cut antioxidant levels nearly in half. Watercress is a cruciferous vegetable, though—a cabbage- and broccoli-family vegetable—so it’s prized for its glucosinolate content, which turns into that magical cabbage compound sulforaphane.
Explaining sulforaphane production with respect to cooking techniques, pre-nutrient plus enzyme reaction time between mechanical breakdown and cooking.
Sorry, this comment is not well editing for length. I find myself wanting to explore these interactions with a graph model, taking inspiration from wikidata and software mindmaps, beyond just tree relationships.
It reduces a lot if you exclude the water. It's quite easy to eat if you can serve it mixed with grain and protein, rice, lentils, thick stew, as a kind of hot salad (in cuberule.com sense, or "nachos").
And timely reminder to take with Vitamin C which promotes absorption, and not with Zinc which is absorbed competitively.
I find myself wanting to react (Actionable) / (Non-actionable). Or to say: yes, let's act on this. This reflection makes me want, (Can we make this actionable) / ... I suppose the opposite is covered by existing Concrete and Examples reactions. I don't find my thinking well-factored to these categories of reactions.
I find myself a little frustrated needing to scroll out sideways to engage with reactions. Maybe a pop-down option, and maybe a more stateful modal, I might find easier.
These reactions strike me as remarkable compatible with Web Annotation WG recommendations and standards at W3C, and currently fairly usable, and social, within hypothes.is. I have created reading groups with multiple groups of friends with great satisfaction on hypothes.is. It would be nice to grow toward eventual compatibility, and these W3C standards seem much more succinct than the largest they're known for.
Updating the online meeting link to https://meet.google.com/khc-enob-xzi
It's nice to think about this paper as a capability request. It would be nice to have language models seamlessly run with semantic triples from wikidata, only seen once, and learn bidirectional relations.
For this particular question, you could try both orderings of the question pair. (Or long question sequences, otherwise confusing, overloading, semantic satiation)
With this question and others where reversal generalization is hoped for, they have to be uncommon enough that the reverse doesn't appear in the dataset. Some things society (*social text processing) has not chewed on enough.
While I disagree with the premise of the abstract, I laud its precision in pointing out differing, critically differing, understandings of the same words. It also gives me the sense of being sniped by a scissor statement, like the dress color / display gamma kerfuffle.
Please fix (or remove) the link.
Your link is broken, and while Wikipedia may be a guide to problems, generically, I'm curious about the apps, and the problems specifically relevant.
Thank you, I was looking for a post.
Of interest, Daniel Dennett | From Bacteria to Bach and Back | Talks at Google in 2017. It's worth reviewing his other notable ideas and views of philosophy that he explored, from his Wikipedia page. I look forward to reading other testimonies of his influence and the effects of his work.