soba are made mostly from buckwheat, might be an alternative for youUdon though isnt a problem with me besides gluten in a very general way not making me feel so hot.
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soba are made mostly from buckwheat, might be an alternative for youUdon though isnt a problem with me besides gluten in a very general way not making me feel so hot.
Those are something I like to get from time to time. Are a nice change from my personal standard of boneless, skinless, chicken thighs baked in the oven.I like the Walmart rotisserie chickens because they're one of the few pre-cooked products I can enjoy (few ingredients)
Even the preventable illnesses aren't really preventable for everyone. Despite a pristine whole foods diet with no junk/fast/fried food, no seed oil, elimination or reduction of all toxic agents, I'm nevertheless pre-diabetic, high blood pressure and cholesterol and mildly obese.I still try to eat healthy because I don't want to add diabetes or high cholesterol to my list of diseases. So I try to comfort myself that even if I have ME, I don't have to have a preventable illness too.
I suspect a lot of ppl have unknown reactions to food and supplements. It has taken me years or decades to pinpoint certain reactions. It's almost impossible to isolate when there are so many variables.I don't know how they do it but I guess not all of us have severe food sensitivities.
I've found this very helpful for preventing weight gain while bed ridden or house bound-Even the preventable illnesses aren't really preventable for everyone.
Some brands contain buckwheat, but also contain wheat flour.soba are made from buckwheat,
I suspect a lot of ppl have unknown reactions to food and supplements. It has taken me years or decades to pinpoint certain reactions. It's almost impossible to isolate when there are so many variables.
Ohhh, did not know that. And mold and I often do not mix well.But almost all commercial citric acid which is added to almost all processed foods is grown from a certain species of mold. Many people react to this,
Is there data on mold contamination? Don't they clean that all off before putting it in the can?is grown from a certain species of mold.
i guess as per usual there are legal limits for this kinda stuff, just like there are limits for how much pus can be in milk. some can deal with those limits while others can not.Is there data on mold contamination? Don't they clean that all off before putting it in the can?
Toxicol Rep
. 2018 Aug 9;5:808–812. doi: 10.1016/j.toxrep.2018.08.002
Potential role of the common food additive manufactured citric acid in eliciting significant inflammatory reactions contributing to serious disease states: A series of four case reports
Iliana E Sweis1,⁎, Bryan C Cressey1
PMCID: PMC6097542 PMID: 30128297
Highlights
- •
Citric acid as a food additive is not natural citric acid; it is manufactured through fermentation using Aspergillus niger.- •
Aspergillus niger is a potent allergen.- •
Food additive manufactured citric acid may be causing allergic inflammatory cascades.- •
Manufactured citric acid may be contributing to the inflammation seen in asthma, juvenile idiopathic arthritis, autistic spectrum disorder, and fibromyalgia.- •
The safety of manufactured citric acid has never been studied since it was granted GRAS status.Abstract
Citric acid naturally exists in fruits and vegetables. However, it is not the naturally occurring citric acid, but the manufactured citric acid (MCA) that is used extensively as a food and beverage additive. Approximately 99% of the world’s production of MCA is carried out using the fungus Aspergillus niger since 1919. Aspergilus niger is a known allergen. The FDA placed MCA under the category of GRAS without any research to substantiate this claim. In 2016, 2.3 million tons of MCA were produced, predominantly in China, and approximately 70% is used as a food or beverage additive. There have been no scientific studies performed to evaluate the safety of MCA when ingested in substantial amounts and with chronic exposure. We present four case reports of patients with a history of significant and repetitive inflammatory reactions including respiratory symptoms, joint pain, irritable bowel symptoms, muscular pain and enervation following ingestion of foods, beverages or vitamins containing MCA. We believe that ingestion of the MCA may lead to a harmful inflammatory cascade which manifests differently in different individuals based on their genetic predisposition and susceptibility, and that the use of MCA as an additive in consumable products warrants further studies to document its safety.
1. Introduction
Citric acid is a weak organic mono-constituent substance with the molecular formula C6H8O7 and REACH designated IUPAC name 2-hydroxypropane1,2,3-tricarboxylic acid (Fig. 1). Citric acid is listed as an ingredient in a significant percentage of prepared foods, beverages, and medications. The average consumer is under the impression that the added citric acid listed in the ingredients of prepared foods, beverages and vitamins is derived from natural sources such as lemons and limes. However, the ingredient list is quite misleading since the added citric acid is not procured through natural sources. More accurate terminology would list this substance as manufactured citric acid.
Is there data on mold contamination? Don't they clean that all off before putting it in the can?
i guess as per usual there are legal limits for this kinda stuff, just like there are limits for how much pus can be in milk. some can deal with those limits while others can not.
I suspect a lot of ppl have unknown reactions to food and supplements. It has taken me years or decades to pinpoint certain reactions. It's almost impossible to isolate when there are so many variables.
While loafing around on the library's wifi after writers group, went looking and just found this,
https://pmc.ncbi.nlm.nih.gov/articles/PMC6097542/
Bold done by me.
I'm at a family getaway (in bed of course, crashed after traveling yesterday) and drinking a can of LaCroix LimonCello "naturally essenced" - it tastes good. I never drink sodas and this doesn't have added sugar. BUT I am sure the "naturally essenced" means nothing - it probably stands for "natural flavors" which is a widely known euphemism for MSG. So I would never drink this at night. It's irritating because I'm sure this is marketed as being far superior to regular sodas.
Aspergillus niger ferments sugar, producing citric acid.It's not mold "contamination" - it's citric acid that has been derived from or grown from mold - I don't know exactly how it's done. See what @southwestforests wrote above.
We hypothesize that since MCA is a product of Aspergillus niger, there are contaminants from the production process that remain in the final product. We hypothesize that there are proteins or other by-products of the A. niger or substances from the manufacturing process which remain in MCA after its production process and these lead to an inflammatory process, and possibly unlike natural citric acid, MCA is highly inflammatory itself. We further hypothesize that when we consume foods with MCA, we are consuming the proteins or by-products of the A. niger or the highly concentrated unnatural form of citric acid, and with repeat exposure over time we are either developing elevation in pro-inflammatory cytokines such as IL-6 or building antibodies against the A. niger proteins that lead to inflammatory symptoms, or the MCA itself may contain yet unidentified substances or by- products from the production process that are inflammatory to our body.
Given the ubiquitous presence of MCA and repetitive exposure to it through ingesting common foods and beverages, we may be re-introducing small amounts of A. niger proteins or byproducts into our bodies, and repeatedly eliciting an insidious low grade immune response. With the repetitive exposure and insult, the immune system maintains a low grade inflammatory response. Over time, the chronic inflammatory state can impact various systems in the body depending on the individual’s weaker or compromised organ system. Ingestion of the MCA leads to an inflammatory cascade which manifests differently in different individuals based on their genetic predisposition, susceptibility and underling medical history, as well as the degree of stress exerted by environmental factors. We further hypothesize that these inflammatory reactions may play a causative role in allergic asthma, FM, JIA, and possibly CFS, and lead to increased inflammation in the musculoskeletal system leading to idiopathic joint and muscle inflammation/pain and inflammation in the gastro-intestinal system leading to conditions such as irritable bowel syndrome.
Despite its contribution to pathogenesis, A. niger is widely used in the food industry for the production of citric acid and gluconic acid, and many enzymes such as a-amylase, amyloglucosidase, cellulases, lactase, invertase, pectinases, and acid proteases [5]. Over the past several decades, there have been significant genetic modifications of A. niger to increase MCA production and decrease production of unwanted byproducts resulting in genetically modified mutant variants of this mold. The two main types of modification include gamma radiation-induced mutagenesis of A. niger to increase its fermentation activity and genetic modification in the laboratory to enhance the pathway to increase production of MCA and decrease in other non-MCA producing pathways [17]. Nearly all MCA begins with highly processed glucose from corn syrup derived from corn, and less so from beet sugar, cane molasses, and fruit waste [18].
Although Brazil and India produce MCA, China is the largest single participant in MCA production. China accounted for 59% of the world’s production and 74% of the world’s exports of MCA in 2015 [19]. By 2015, Asia was the largest consumer of MCA, accounting for 28% of world consumption, followed closely by North America accounting at 23% and Western Europe accounting at 22% of world consumption, while China accounted for 12% of the world consumption. Due to new biotechnological production units mostly located in China, the global supply of MCA in the last two decades rose to 2.3 million tons in 2016 becoming the single largest chemical obtained via biomass fermentation and the most widely used organic acid [20]. It is expected that China will not only remain the largest producer of MCA during 2015–2020, but that Chinese manufacturers will expand to establish manufacturing plants in other countries to secure more of the MCA global market [19]. The global citric acid market production has been growing at a rate of 3.5% during 2009–2016, and is expected to be at 2.7 million tons by 2022 [21]. According to Credence Research, the global MCA market is projected to reach USD 3.66 Billion by 2022 [22].