BIOLOGICAL SYSTEMS

Inflammation: defence, resolution and persistent activation

Inflammation helps the body respond to injury and infection. When the response persists or fails to resolve appropriately, it can contribute to tissue damage. The useful question is which pathway, in which tissue and in which clinical setting—not how to eliminate all inflammation.

Edited by LÍFSVARÐA · Sources reviewed

Repair requires coordination

Immune cells, tissue cells and chemical signals coordinate defence and repair. A short response can be useful; persistent activation can coexist with altered repair. C-reactive protein is a marker, not a map of every inflammatory pathway. One elevated measurement does not identify the cause or select a supplement. [1] [2]

A clinical test of one pathway

CANTOS randomized 10,061 people with previous myocardial infarction and raised hs-CRP. Canakinumab 150 mg every 3 months reduced recurrent cardiovascular events versus placebo without lowering lipids. Fatal infection was more frequent with canakinumab; all-cause mortality was not significantly reduced. This supports a role for a specific inflammatory pathway in this patient group, not a general claim for anti-inflammatory supplements. [2]

Fibrosis: when repair leaves excess matrix

Fibrosis is excess accumulation of extracellular matrix, including collagen, in tissue. Repeated injury, immune signals and activated matrix-producing cells can reinforce one another. It is not simply “more inflammation”, and reducing a blood marker does not show that established fibrosis has reversed. [1]

CKD is a clinical condition, not a pathway score

Chronic kidney disease (CKD) involves persistent abnormalities of kidney structure or function for more than 3 months with health implications. Kidney function and urine albumin are important to assessment. Inflammation and fibrosis can participate in kidney disease, but CKD cannot be diagnosed from an oxidative-stress marker. Kidney disease also changes the safety context for supplements and requires individualized clinical advice. [3] [1]

Sources & research context

  1. Wynn TA, Ramalingam TR. Mechanisms of fibrosis: therapeutic translation for fibrotic disease. Nature Medicine. 2012;18:1028–1040.

    Mechanistic review

    NIH-affiliated authors; used for tissue-repair mechanisms, not current treatment recommendations. Detailed funding/COI verification remains incomplete.

  2. Ridker PM et al. Antiinflammatory Therapy with Canakinumab for Atherosclerotic Disease. NEJM. 2017;377:1119–1131.

    Randomized drug trial · secondary prevention

    Funded by Novartis. Author financial disclosures accompany the paper. The selected patient population, infection risk and lack of significant all-cause mortality benefit matter to interpretation.

  3. National Kidney Foundation. What is the Criteria for CKD.

    Professional organization · diagnostic definition

    Organizational guidance, not a supplement trial. Used only for the definition and clinical context of CKD.

First edition. A scientific synthesis of the cited sources, not a systematic review.

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