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This is how you make fried rice

I've found Happy Egg Heritage Free Range Blue & Brown eggs have very nice rich dark yolks but are a bit pricey.

Martin
Those are my favorites and closest we have come to Japanese eggs. Alas, our local grocery store only carries it once in a while. Wife has standing orders to grab them if they are there! :) There is a yellow box egg that is about 60% as good which is available all the time. Not only the ones you mentioned yellower, but also taste better.
 
It's probably not the Glutamate in MSG that is bad for you, it's the Sodium.
That statement doesn't quite hit the mark, Keith. While it's true that sodium plays a role in high blood pressure and cardiovascular risks, the key factor—as I've already mentioned—is always the total amount.
Monosodium glutamate contains significantly less sodium than NaCl (table salt), so that with skillful use and substitution of NaCl with MSG, one can actually reduce sodium intake while maintaining or even improving the flavor.
At the same time, glutamate itself is not a purely inorganic “foreign substance,” but rather an amino acid produced naturally by the body that plays a central role in metabolism and particularly in the brain, which means that the body can generally handle it without any problems.

Here, too, when it comes to carbohydrates, many things are simply lumped together, which would be better considered in a more nuanced way.

If one wants to take the health context seriously, it is worth examining the overall structure of one’s diet, noting that the quality of carbohydrates plays a significantly greater role than the question of whether MSG is present in any food.

Monosaccharides and rapidly available, highly processed carbohydrates, such as rice and refined flours, lead to rapid spikes in blood sugar, which is metabolically unfavorable in the long term, whereas complex polysaccharides, dietary fiber, and soluble fiber, such found in oats, have a completely different effect, as they are metabolized more slowly and simultaneously have a positive influence on the gut flora.
Dietary fibers, such as Beta-glucane, which are found in oats and barley, for example, have been shown to help lower cholesterol levels and stabilize blood sugar, demonstrating that the real drivers of health lie much more in the overall composition of the diet than in individual substances.

In this context, it also becomes clear that many discussions about supposedly problematic ingredients miss the mark in practice because they ignore the actual levers of control. Anyone who wants to design a sensible diet can, for example, easily make their own vegetable broth by drying, grinding, and using fresh vegetables, herbs, and spices, thereby maintaining control over both the salt content and the overall composition.

In many cases, this also eliminates the need to rely on industrially produced products like Maggi or other highly processed meat and chicken broths in large quantities, which are often characterized primarily by salt, fat, and additives.

What matters is the overall composition of the diet—which sources of carbohydrates, proteins, and unsaturated fats dominate, the ratio of omega-6 to omega-3, etc.—and the extent to which processed products play a role.

A healthy diet should be balanced, natural, as fresh as possible, varied, and tailored to your body’s specific needs.

ASR is always very focused on measurable facts in audio technology; what I sometimes read here about food chemistry and metabolism reminds me of audio voodoo websites.
 
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That statement doesn't quite hit the mark, Keith. While it's true that sodium plays a role in high blood pressure and cardiovascular risks, the key factor—as I've already mentioned—is always the total amount.
Monosodium glutamate contains significantly less sodium than NaCl (table salt), so that with skillful use and substitution of NaCl with MSG, one can actually reduce sodium intake while maintaining or even improving the flavor.
At the same time, glutamate itself is not a purely inorganic “foreign substance,” but rather an amino acid produced naturally by the body that plays a central role in metabolism and particularly in the brain, which means that the body can generally handle it without any problems.

Here, too, when it comes to carbohydrates, many things are simply lumped together, which would be better considered in a more nuanced way.

If one wants to take the health context seriously, it is worth examining the overall structure of one’s diet, noting that the quality of carbohydrates plays a significantly greater role than the question of whether MSG is present in any food.

Monosaccharides and rapidly available, highly processed carbohydrates, such as rice and refined flours, lead to rapid spikes in blood sugar, which is metabolically unfavorable in the long term, whereas complex polysaccharides, dietary fiber, and soluble fiber, such found in oats, have a completely different effect, as they are metabolized more slowly and simultaneously have a positive influence on the gut flora.
Dietary fibers, such as Beta-glucane, which are found in oats and barley, for example, have been shown to help lower cholesterol levels and stabilize blood sugar, demonstrating that the real drivers of health lie much more in the overall composition of the diet than in individual substances.

In this context, it also becomes clear that many discussions about supposedly problematic ingredients miss the mark in practice because they ignore the actual levers of control. Anyone who wants to design a sensible diet can, for example, easily make their own vegetable broth by drying, grinding, and using fresh vegetables, herbs, and spices, thereby maintaining control over both the salt content and the overall composition.

In many cases, this also eliminates the need to rely on industrially produced products like Maggi or other highly processed meat and chicken broths in large quantities, which are often characterized primarily by salt, fat, and additives.

What matters is the overall composition of the diet—which sources of carbohydrates, proteins, and unsaturated fats dominate, the ratio of omega-6 to omega-3, etc.—and the extent to which processed products play a role.

A healthy diet should be balanced, natural, as fresh as possible, varied, and tailored to your body’s specific needs.

ASR is always very focused on measurable facts in audio technology; what I sometimes read here about food chemistry and metabolism reminds me of audio voodoo websites.
Retired MD--wish that I could give this much more than a single "like".
 
Indeed. I had seen people say freezing lowers the tendency of bread to raise blood sugar. Tried it. It made no difference.

I've been experimenting with a 6 month adaptation of under 100 gr./day carbohydrate diet ("low carb"; not for blood sugar or weight control purposes but blood work parameters to compare data with a different under 100gr./d. adaptation of 15 years ago). One of my carbohydrate ingredients is nixtamalized maize (what tortillas and such are made from) and I've read a good deal of it's resistant starch technical research while my main carbohydrate ingredient is parboiled brown rice. So shall add some additional input, however since I only use a tablet and do not keep files will not be posting quotations and/or specific data as links.

The category of resistant starch should be understood as actually comprised of 5 types and in scientific literature known as "RS1" through "RS5"; for whether it is starch molecules encapsulated, unripe, retrograded, chemically modified or lipid complexed. Research data reveals that nixtamalized white, yellow and blue corn have different ratios of (resistant starch) RS1, RS2 and RS3 and not just different amounts resistant starch per maize grain. I extrapolate this to infer that different types of white, brown and red rice often have different ratios of (resistant) RS2, RS2 and RS3 and not just different amounts of resistant starch per rice grain.

Upthread a Consumer Lab analysis was cited for a type of rice that after cooking had it's original 0.3gr resistant starch/100 gr rice convert to 0.4gr, which is a 33% increase of resistant starch whlie [upthread] I referred to ranges of rice whose original resistant starch content is greater than Consumer Labs 1% (0.3 gr. out of 28 gr. starch). Scientific assays have been published regarding different preparation temperatures noting that this impacts their rice's resistant starch level of increase. Furthermore, the time period after initial preparation (technically described as starch "gelatinization" ) also influences the level of resistant starch.

Which brings up another aspect beyond the original resistant starch content and a post-gelatinization time span assay of resistant starch. Research on rice is available showing that when post-gelatinized starch is cooled and then allowed to come back to room temperature the resistant starch content will additionally increase (beyond initial post-gelatinization levels). And furthermore after being subsequently cooled again and then brought back to room temperature that same rice resistant starch level will again increase.

I use parboiled rice which is pre-cooked thereby gelatinizing some of the starch and increasing it's resistant starch content (after parboiling the grains are cooled and then dried to store at room temperature). In my home parboiled rice grains are soaked for an hour and then re-cooked gelatinizing the starch. I store that cooked parboiled rice in the refrigerator overnight (about 16 or more hours) equaling further resistant starch formation. And the day after cooking that rice gets re-heated for meals which further increases it's resistant starch content. My purpose here is to point out that it is not freezing cooked starch that gives optimal resistant starch levels, rather cycles of heat and cool and heat which maximizes resistant starch obtained from carbohydrates such as rice, maize, potato or green plantain/banana.

In closing I'll backtrack to discuss the "retrograde" form of resistant starch which is classified in scientific reports as the "RS3" type. The retrograde level increases when molecular helices of amylose and amylo-pectin [amylopectin] "gelatinize". The reaction proceeds quicker for amylose while amylopectin retrogrades slower as it fractionates into lower molecular weight molecules. This is relevant because with increasing levels of retrogradation there are decreasing levels of human digestibility and more of the type of resistant starch certain human large intestine bacteria will utilize. The more retrograde resistant starch ingested beyond simple numbers of resistant starch the greater the intestinal microbial populations whose by-products of activity are beneficial for human host.

Home meal preparers can't know their carbohydrates' original resistant starch content nor it's % increase after cooking. I posit that we are able to increase the percentage of specifically retrograde (RS3) starch by post-cooking tactics. Freezing is not the way to maximize this process; 4*Celsius (39*F) is 3rd paragraph above experiments' cool phase. [NOTE: posting this unedited, any mistakes are mine.]
 
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I use parboiled rice which is pre-cooked thereby gelatinizing some of the starch and increasing it's resistant starch content (after parboiling the grains are cooled and then dried to store at room temperature). In my home parboiled rice grains are soaked for an hour and then re-cooked gelatinizing the starch. I store that cooked parboiled rice in the refrigerator overnight (about 16 or more hours) equaling further resistant starch formation. And the day after cooking that rice gets re-heated for meals which further increases it's resistant starch content. My purpose here is to point out that it is not freezing cooked starch that gives optimal resistant starch levels, rather cycles of heat and cool and heat which maximizes resistant starch obtained from carbohydrates such as rice, maize, potato or green plantain/banana.
Thanks for the detailed write-up. I went from freezer to warm/ready to eat. That is what didn't make much difference.

Home meal preparers can't know their carbohydrates' original resistant starch content nor it's % increase after cooking.
This is why I wear a glucose monitor. It takes the guesswork on what raises blood sugar and what doesn't. There is a complexity however which is eating protein first, buffers the impact of carbs. Again, learned through using the monitor. The patches cost $50 a month which is kind of pricey but worth it to learn what works for your specific body.
 
I love fried rice and due to health issues am not allowed to eat it anymore and haven't had any in 5 years. Just thinking of good fried rice makes me tear up. Good fried rice is food from the Gods.Good fried rice is AMAZING!
I had type 2 diabetes so I thought I couldn't eat rice but studies have shown that if rice is cooked, left to cool and reheated the next day (Like real fried rice should be) it's GI reduces due to starch retrogradation so It was an occasional treat. Luckily, thanks to the wonders of modern science and Mounjaro, my diabetes has retreated and I'm off all meds and can eat normally now.
 
FWIR MSG in normal amounts is fine and has never actually been an issue.

Supposedly a Doctor wrote a small article, without any medical evidence, suggesting he had suffered physical symptoms after eating at a Chinese restaurant. This article got picked up nationally and suddenly there was this faux concern about MSG... has carried on as a myth basically ever since.


JSmith
 
Don't rush me, just finally got a rice cooker and trying to use it more in my cooking (mostly rice devoid most of my life)
 
Those are my favorites and closest we have come to Japanese eggs. Alas, our local grocery store only carries it once in a while. Wife has standing orders to grab them if they are there! :) There is a yellow box egg that is about 60% as good which is available all the time. Not only the ones you mentioned yellower, but also taste better.

Happy Eggs Pasture Raised in the yellow box are what I buy when they don;t have the Heritage Blue & Brown in our supermarket.

I just returned from a vacation in French Polynesia. Every single island we visited had fantastic tasting fresh eggs with almost orange yolks. I couldn't get enough of them.

Martin
 
The culinary secret of fried rice is that it deliberately uses day old rice. Which incidentally means that a large percentage of that rice's starch has quite naturally over hours converted into a form classified as resistant starch. Resistant starch upon processing in human digestion induces the release of the satiety hormone glucagon-like-peptide-1 ("GLP-1") and that in turn contributes to lower human body fat despite raw rice's starch content.
I was only using day old rice for my stir fries but recently I started removing the rice from the Zojirushi and putting it on a baking sheet to cool before putting it in the refridgerator. It works extremely well. My biggest complaint is all the tiny rice kernels that go everywhere possible while putting it away. Perfect for fried rice.
 
I'm originally from Hawaii, so I eat fried rice very often. I pre-cook the eggs and meat though, just to make it easier/smoother. And yes, add some MSG.
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I had type 2 diabetes so I thought I couldn't eat rice but studies have shown that if rice is cooked, left to cool and reheated the next day (Like real fried rice should be) it's GI reduces due to starch retrogradation so It was an occasional treat. Luckily, thanks to the wonders of modern science and Mounjaro, my diabetes has retreated and I'm off all meds and can eat normally now.
I'm hoping to follow in your footsteps. Only one week in at this point.
 
Everyone loves fried rice it seems, but I've never been a huge fan. Not sure why, I enjoy most other presentations of that grain, and much Asian cuisine. You needed to know that, I'm sure. As you were. :)

On a more useful note, skip the MSG and go for the OG, cook the rice with kombu, or use dashi.
 
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