Author: Trent Gilroy

The Connection Between Obesity and Immune System

The Connection Between Obesity and Immune System

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Man squeezing his belly fat

 

During the 2009 H1N1 influenza epidemic, more people with obesity were admitted to the hospital than people with a standard BMI. The identical seems to be true for this COVID-19 pandemic.

How does obesity impair the system, and is there anything you’ll do to boost your immune response?

Obesity could be a complex disease and therefore the system may be a complex system so there are still lots we do not understand the link between these two. We do, however, know that the effect of obesity on the system may be a negative one.

Inflammation within the body

Obesity results in low-grade, chronic inflammation in body fat tissue which suggests your system is permanently switched on. Constant inflammation isn’t good for your body because it can interfere with your immunologic response after you have an infection.

Your body’s normal reaction to infection and injury is Inflammation. It’s the immediate response your system kicks off when faced with a controversy – whether that’s a twisted ankle or a pestilence. A twisted ankle typically swells up and turns red which implies it’s inflamed.

What might not be as commonly understood is that inflammation also occurs on the inside of your body.

False distress signals

In a normally functioning body, inflammation could be a response to the controversy. However, within the last decade scientists have observed that overweight and obese people often have chronic, low-level inflammation in the tissue that’s otherwise healthy.

For an extended time, it absolutely was believed that fat cells (adipocytes) did little else than store and release energy. What we are starting to understand is that the fat cells play an energetic role in defending themselves.

The problem, though, is that in obese people the fat cells act as if under fire by an infection or other foreign substance and channel false distress signals. The system then responds by activating inflammation within the fat tissue.

 

ALSO READ: How What You Eat Affects Your Immune System

 

Why is this a problem?

Constant inflammation isn’t good for your body, as mentioned earlier. Among other complications, it’s believed that it can cause metabolic diseases like type 2 diabetes and upset.

But the chronic inflammation may interfere together with your body’s response to infections. Doctors noticed that a disproportionate number of patients admitted to the hospital were overweight or obese during the 2009 H1N1 influenza epidemic. The identical seems to be true of this COVID-19 pandemic.

A study from France found that among patients admitted to hospital with COVID-19, obese patients were more likely to present with severe symptoms and far more likely to possess critical symptoms of the disease requiring medical aid.

We also know that obesity ends up in higher rates of vaccine failure and a greater risk of complications from infection after surgery.

What am I able to do?

You’ve probably heard of many products meant to fight inflammation in your body but, as a start line, you’ll eat fewer foods that cause inflammation. Foods that cause inflammation are otherwise generally considered unhealthy, like foods high in saturated fat and/or refined carbohydrates (processed meats, staff of life, pastries, cakes, cookies, sugar, highly processed snacks).

Conversely, an overall healthy diet with many fruit and vegetables is additionally an anti-inflammatory diet. Think leafy greens, fruit, nuts, tomatoes, fatty fish, and olive oil.

In the future, if you’re overweight or obese, losing weight can have a positive effect on your system. This is where alternative options such as taking diet pills like Exipure come in handy (check out weight loss reviews for more info).

 

4 Benefits Our Immune System Can Get From Green Tea

4 Benefits Our Immune System Can Get From Green Tea

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Pouring green tea into glass

 

Green tea is a drink that has been consumed in Eastern cultures since ancient times due to its observed effects on health. Now consumed worldwide as a favorite beverage, it has been of greater scientific importance for green tea due to its potentially positive effects on the body and mind, particularly on the immune system. That is why tea-based products like Tea Burn are trending nowadays because of, not only its immunity-boosting features, their weight loss benefits.

Prevention of cancer by antioxidant activity

Catechin, a type of antioxidant in green tea, is believed to play a role in protecting against certain types of cancer, including breast cancer after initial growth has begun. These catechins are believed to function as tumor-fighting agents, directly preventing the growth of cancerous tumors, but they are also important in supporting the immune system as a response to exposure to carcinogens or known carcinogenic compounds, according to a 2004 study published in “The Journal of Nutrition.” This effect prevents disruption of the immune system when cancer is introduced or promoted.

Strengthening the effects on other immunomedias

Aside from their anti-carcinogenic properties, the antioxidants in green tea are beneficial for generally strengthening the immune system. By protecting it from damage from compounds known as free radicals and similar compounds in the body, green tea normally maintains the immune system. dealing with infections of bacteria, parasites, and viruses.

 

ALSO READ: How Does Your Immune System Works

 

Management of autoimmune diseases

Certain antioxidants called polyphenols in green tea have anti-inflammatory properties, resulting in a fundamental change in immune system response that could be beneficial in controlling rheumatoid arthritis and other autoimmune diseases. Rats suffering from autoimmune arthritis given green tea had higher levels of the immune-boosting compound cytokine IL-10 compared to the control group and showed significantly reduced symptom severity, according to a 2008 study published in “The Journal of Nutrition.” Green tea-fed rats also had lower levels of inflammatory cytokine interleukin (IL)-17, which is thought to have contributed to the reduced autoimmune inflammatory response.

Protection against ultraviolet damage

In a function related to the anti-inflammatory system Carcinogenic properties, green tea also protects the body from damage from ultraviolet light rays. Drinking green tea prevented inflammatory and immune system-suppressing reactions typically associated with ultraviolet radiation exposure, according to a September 2003 study published in “Current Drug Targets – Immune, Endocrine, and Metabolic Disorders.” This feature protects the immune system from UV damage and reduces the severity of various skin problems associated with that damage.” The same research suggested that topical use of epigallocatechin-3-gallate, a compound found in green tea, has a similar protective function.

 

Immune System-Mimicking Perfumes Are Preferred By Women According To Studies

Immune System-Mimicking Perfumes Are Preferred By Women According To Studies

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Woman passionately spraying perfume on her neck

 

Women prefer the smell of perfume, much like the escentric molecules perfume, that has chemicals in it that mimic the smell of their immune proteins when given the selection, according to American research, women have a preference for the smell of men with a defense system similar to that of their fathers.

The HLA proteins are best known for their role in the rejection of transplanted organs and the defense against foreign invaders, such as microorganisms. The genes that code for these proteins vary greatly from person to person.

According to the American researcher Martha McClintock of the University of Chicago, women can unconsciously smell which HLA proteins a man has. McClintock had several women smell pieces of T-shirts. The T-shirts were worn by a man for two nights.

There turned out to be no most ideally scented man. Each woman had her specific preference. Just like for flavors, the preference for fragrances also differs. Still, McClintock found a pattern in women’s scent preference: They were more likely to prefer the scent of a man whose HLA proteins most closely match their own father’s. The researchers found no link between the women’s odor preference and their mothers’ HLA proteins.

 

ALSO READ: How What You Eat Affects Your Immune System

 

McClintock’s discovery contrasts with previous research, which found that women prefer to smell men with HLA proteins that are as different as possible from their HLA proteins. From this, a Darwinian theory was distilled at the time that states that children of parents with widely differing HLA systems have a better defense. They have a wider repertoire of HLA proteins, which would make them more responsive to foreign invaders.

The research of McClintock and other geneticists may seem a bit far-fetched to an outsider. Making a connection between the smell of pieces of T-shirt, genetic HLA patterns and partner choice does not seem very obvious. McClintock herself also admits that her research is difficult to substantiate. Not only are HLA genes in humans very diverse so that millions of combinations are possible, but body odor is determined by many other parameters. In addition, people tend to use all kinds of exotic smells that disguise their smell.

Nevertheless, McClintock’s research was able to convince the reviewers of the journal Nature Genetics to publish its results. She argued that animals have known for more than twenty years that the proteins of the immune system are a source of individual body odors. These scents are particularly important in the animal world in territorial demarcation, recognition, hierarchical structure, pair formation, and nesting behavior. If that data is ever extended to humans, we must replace the phrase “love at first sight” with “love at first smell.”

 

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