Put simply, the body cannot do without inflammation: it’s one of its primary defense mechanisms. However, it can sometimes be over-expressed, with harmful effects. When that happens, it’s called chronic inflammation: the body is no longer able to control its own response, resulting in potentially serious consequences. Here, in 10 points, are the essential facts on chronic inflammation.
Indeed, it’s one of the body’s key defense mechanisms against attack, whether mechanical (injury, wound) or microbial (infection). Sometimes, it may even be auto-immune, where the body attacks itself.
What are the normal mechanisms of the inflammatory response? When the body is under attack, chemical signals are transmitted which cause blood vessels to dilate and allow immune cells to be carried to the relevant area: it is these cells which will actively combat the source of the attack. This response produces the typical symptoms of redness, heat, swelling and pain, sometimes throbbing (a pulsating sensation at the site of the inflammation). This inflammation is thus an immune reaction, and is often sufficient to deal with the attack.
If the attack is on-going, so too is the inflammation. It might come from external factors such as excessive consumption of alcohol resulting in sustained inflammation of the liver (cirrhosis). Air pollution and smoking produce inflammation in the lungs, as do bacteria such as mycobacterium paratuberculosis , which causes the chronic inflammatory disease tuberculosis.
Certain types of genetic disposition can also result in inflammatory diseases, for example, ankylosing spondylitis. There are auto-immune diseases too, such as lupus and psoriasis which are particularly characterised by chronic inflammation. It’s also believed that obesity and metabolic syndrome, the latter being a combination of cardiovascular risk factors (notably hypertension, high cholesterol and high blood sugar levels), are contributory factors to the development of chronic inflammation in the body (1). Stress and a sedentary lifestyle may also play a role in its onset.
Scientists have shown that inflammatory factors also affect the central nervous system. Persistent inflammation can impair neuron function. Certain psychiatric conditions such as depression, bipolar disorder, and even schizophrenia, as well as the developmental disorder autism may thus be affected by an increase in inflammation. These discoveries add weight to the idea of treating chronic inflammation in order to offer relief to patients suffering from psychiatric problems (2). In the case of depression specifically, inflammation is increasingly cited as a source. Inflammatory substances such as cytokines also produce molecules that are toxic to the nervous system, and reduce production of hormones such as mood-regulating serotonin, low levels of which are a cause of depression. Chronic inflammation may thus increase the likelihood of becoming depressed (3).
Chronic inflammatory diseases are long-term disorders. They include inflammatory bowel diseases (ulcerative colitis, Crohn’s disease), psoriasis, multiple sclerosis, sarcoidosis, osteoarthritis and related conditions (rheumatoid arthritis for example)...
Chronic inflammation is also a factor in numerous other disorders: obesity, diabetes, acne, and fibromyalgia…
Unlike the acute form, chronic inflammation may progress silently and thus be asymptomatic. You may suffer from an inflammatory disease without realising it – that’s certainly the case for diabetes, aortitis and some forms of arthritis …
Sometimes symptoms do exist but they are not distinctive, such as extreme fatigue or digestive problems. It’s only later, therefore, that the acute symptoms of inflammation like pain manifest, at which point treatment is often more extensive. These rather vague, early symptoms can mean we can’t see the wood for the trees and blood tests are necessary to properly identify inflammatory problems. .
It’s often said that diet is the first remedy! But this works in reverse too: a poor diet destabilises the body. Eating too many simple carbohydrates (fruit sugars, added sugars) and ‘bad’ fats, along with too little fibre, produces an inflammatory response in the body. It’s therefore sensible to reduce your consumption of ready meals, cured meats and even dairy products. In terms of sugar, it’s best to avoid cakes and pastries, sugary drinks and refined flour …
In addition, the links between inflammation and intestinal balance are now well-established. Our gut flora is made up of trillions of non-pathogenic microorganisms which are essential for maintaining equilibrium in the body. A decrease in microbiota results in a general imbalance, especially at an inflammatory level. And in 20% of cases, inflammatory bowel diseases develop into bowel cancer (4). Stabilising gut flora thus constitutes a promising option for treating numerous diseases.
If the risk of chronic inflammation increases with age, it’s also the case that chronic inflammation causes premature aging. So much so that a new word has been coined to describe it: inflammaging (5). We know its adverse effects on the body’s overall function, which accelerate the natural aging process. This is particularly so in the case of diseases such as diabetes or age-related macular degeneration (AMD). But we also know that chronic inflammation affects the skin: it reduces cell renewal and results in a slackening of skin tissue as well as wrinkles!
Regardless of the inflammatory disease, taking regular, moderate exercise has beneficial effects. As it does for the body as a whole. Engaging in physical activity at this level considerably reduces the production of proinflammatory cells. 20-30 minutes a day is enough to benefit from exercise’s anti-inflammatory effects! And the good news is that a brisk walk counts as physical activity (6).
It’s important, however, to be sensible, particularly if you suffer from arthritis or inflammatory joint diseases in general. Certain sports can exacerbate arthritis, particularly those that are high impact or involve twisting, such as tennis or team sports (7). Activities like cycling and swimming are a better choice. It’s always wise to consult your GP to find an activity suited to high-risk inflammatory diseases.
The connection between obesity and inflammation is one that poses a risk to health. Obesity promotes chronic inflammation, but the reverse is also true. Chronic inflammation promotes insulin resistance. When the body is no able to use insulin properly, blood sugar levels skyrocket. It’s a vicious circle. What’s more, excessive food intake exhausts our metabolism. The mechanisms of elimination give way to those of storage: sugar in muscles and the liver, and fats in adipocytes. These cells increase the inflammatory response, maintaining the circle. Treating inflammation is one of the most widely-studied approaches in the area of excess weight and obesity.
As we’ve said, a balanced diet is essential for preventing chronic inflammation. Certain foods are especially recommended for their anti-inflammatory action. Turmeric (curcuma) for example, has been shown to act on several inflammatory mechanisms (8). Blackcurrant is also recognized for its anti-inflammatory properties (9), as are cranberry, blueberry and goji berry(10). In terms of dietary supplements, certain substances have demonstrated significant anti-inflammatory benefits.
One of our supplements combines the very best of them (curcumin, bromelain, gingerols, quercetin, rutin…) and also contains three patented ingredients of exceptional quality (Perluxan®, 5-Loxin® and Bioperine®): InflaRelief Formula. With its range of ingredients and broad-spectrum action, it provides effective support for combatting the ‘silent enemy’ of inflammation and fighting its many mechanisms.
Chronic inflammation is characterised by complex mechanisms, some of which have yet to be clarified by the scientific community. If you suffer from a chronic inflammatory disease, it is vital to follow the treatment advised by your doctor. In terms of prevention, a balanced diet and regular exercise are the primary measures for fighting inflammation.
A senescent cell is one whose life cycle has come to a permanent end. In the normal scheme of things, such cells are eliminated from the body by the immune system. But in some cases, this fails to happen and they accumulate in tissues, with potentially serious consequences for health.