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The discussions reflect a high level of interest, with many posts exploring the role of oxalates in inflammation beyond kidneys, as seen in comments about autism and arthritis, and questions about the inflammasome's effects in other tissues. The tone varies from curiosity to skepticism, indicating active engagement but some caution about the current state of research and its wider implications.
Most discussions acknowledge the potential link between oxalate, inflammasome activation, and kidney disease, suggesting general support for the research's implications.
The posts display high interest, especially with references to the broader effects of oxalates on inflammation beyond kidney issues and specific mentions of conditions like autism and arthritis.
Many users engage deeply by questioning mechanisms, suggesting broader impacts, and referencing additional studies or concepts, indicating active participation.
While some discussions highlight the importance of the research for understanding disease processes, the overall perception of its immediate impact remains moderate, with some users concerned about overlooked or unaddressed areas.
Spinach? Great option if you want to: 1. Drive inflammation. https://t.co/RKMKa9LD91 2. Deplete minerals. (You don’t get much minerals from spinach either; they are not bioavailable.) Calcium chelation is how kidney stones form. https://t.co/J4ttWn9vKb 3. Kidney stones are well https://t.co/6kt4RZqzYu
Given that oxalate can drive inflammation all on its own (see link below), I’d be more suspicious of that in damage to lungs than cellulose (although surely cellulose is not good either). https://t.co/RKMKa9LD91
From the abstract; “The inflammasome has recently been identified to play a critical role in oxalate-induced renal inflammation.” What if oxalate also impacts inflammation (and the inflammasome) in tissues outside the kidney? https://t.co/RKMKa9LD91
@3rdangelmessen1 Can trigger kidney stones as well as inflammation. https://t.co/RKMKa9LD91
@PsuedoEpiphany Totally running under the radar. No one thinks oxalate is relevant unless you get kidney stones. While the research is starting to be available to show oxalate can drive the inflammasome, they are only looking in the kidney. https://t.co/RKMKa9LD91
@PlantBasedLift1 @Tellit007 Kidney stones https://t.co/IKZ7Zi3JCO Patients with autism has 3x level of oxalates than normal individuals https://t.co/dNxTLW0Yby Arthritis https://t.co/RqfeP6xBwQ Inflammation oxalates deposited onto organ tissue https://t.co/I1TMVndiEW
This video explores plant toxins and anti-nutrients, examining their potential health impacts. It provides insights into how certain plant compounds may influence health, especially related to dietary oxalate's role in…
Oxalate buildup from metabolism, especially in chronic kidney disease, can cause inflammation and fibrosis through crystal formation. Targeting oxalate-induced inflammasome activation may help prevent or reduce kidney…
RT @LowOxCoach1: Spinach? Great option if you want to: 1. Drive inflammation. https://t.co/RKMKa9LD91 2. Deplete minerals. (You don’t get…
RT @LowOxCoach1: Spinach? Great option if you want to: 1. Drive inflammation. https://t.co/RKMKa9LD91 2. Deplete minerals. (You don’t get…
RT @LowOxCoach1: Spinach? Great option if you want to: 1. Drive inflammation. https://t.co/RKMKa9LD91 2. Deplete minerals. (You don’t get…
RT @LowOxCoach1: Spinach? Great option if you want to: 1. Drive inflammation. https://t.co/RKMKa9LD91 2. Deplete minerals. (You don’t get…
RT @LowOxCoach1: Spinach? Great option if you want to: 1. Drive inflammation. https://t.co/RKMKa9LD91 2. Deplete minerals. (You don’t get…
RT @LowOxCoach1: Spinach? Great option if you want to: 1. Drive inflammation. https://t.co/RKMKa9LD91 2. Deplete minerals. (You don’t get…
Spinach? Great option if you want to: 1. Drive inflammation. https://t.co/RKMKa9LD91 2. Deplete minerals. (You don’t get much minerals from spinach either; they are not bioavailable.) Calcium chelation is how kidney stones form. https://t.co/J4ttWn9vKb 3. Kidney stones are well https://t.co/6kt4RZqzYu
@ChadCurrie1371 @v224info Kidney stones https://t.co/IKZ7Zi3JCO Patients with autism has 3x level of oxalates than normal individuals https://t.co/dNxTLW0Yby Arthritis https://t.co/RqfeP6xBwQ Inflammation oxalates deposited onto organ tissue https://t.co/I1TMVndiEW
@3rdangelmessen1 Can trigger kidney stones as well as inflammation. https://t.co/RKMKa9LD91
RT @LowOxCoach1: From the abstract; “The inflammasome has recently been identified to play a critical role in oxalate-induced renal inflamm…
From the abstract; “The inflammasome has recently been identified to play a critical role in oxalate-induced renal inflammation.” What if oxalate also impacts inflammation (and the inflammasome) in tissues outside the kidney? https://t.co/RKMKa9LD91
@PlantBasedLift1 @Tellit007 Kidney stones https://t.co/IKZ7Zi3JCO Patients with autism has 3x level of oxalates than normal individuals https://t.co/dNxTLW0Yby Arthritis https://t.co/RqfeP6xBwQ Inflammation oxalates deposited onto organ tissue https://t.co/I1TMVndiEW
@MikeCruise18 @nicknorwitz Can also drive the inflammasome. May be implicated in other kidney disease. Could it be doing this elsewhere in the body?
Given that oxalate can drive inflammation all on its own (see link below), I’d be more suspicious of that in damage to lungs than cellulose (although surely cellulose is not good either). https://t.co/RKMKa9LD91
“The inflammasome has recently been identified to play a critical role in oxalate-induced renal inflammation. Oxalate crystals have been shown to activate the NOD-like receptor family...” Then the researchers suggest deleting inflammasome proteins. https://t.co/RKMKa9LD91
@PsuedoEpiphany Totally running under the radar. No one thinks oxalate is relevant unless you get kidney stones. While the research is starting to be available to show oxalate can drive the inflammasome, they are only looking in the kidney. https://t.co/RKMKa9LD91
doi: 10.1097/MED.0000000000000229. PubMed PMID: 26845331; PubMed Central PMCID: PMC4916925. 149: Totura CM, Figueroa HL, Wharton C, Marsiglia FF. Assessing ...
... 10.1097/JWH.0000000000000229. #pelvicfloorphysicaltherapy #pelvicfloorpt #pelvicfloorphysio #birthprep # ... If you live in the Minneapolis, MN ...
doi: 10.1097/MCC.0000000000000229 [PubMed]; 26373316 Baddour LM ... 31811919 Huttner A, Bielicki J, Clements MN, Frimodt-Møller N ...
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