Allergies are a common condition that impacts many people. They can cause symptoms like watery eyes, sneezing, and fatigue. These symptoms may make it challenging to lead an active lifestyle or find respite from the discomfort of allergy season.
However, there are several ways to treat allergies naturally with herbal pills and nasal sprays. One treatment method is the use of Zyrtec tablets.
These tablets contain cetirizine hydrochloride; this medication has been shown in studies to provide relief for up to 24 hours by blocking histamine receptors in the body so that allergens don't trigger allergic reactions such as hay fever symptoms or skin irritation caused by hives.
What Should You Know About Claritin and Zyrtec
Allergy medications such as Claritin and Zyrtec are available in tablet form. Each of these tablets contains an active ingredient that has antihistamines. These medications prevent histamine from binding with the cells that cause allergic reactions like sneezing, rashes, and runny noses.
Allergy medications are available in prescription as well as over-the-counter forms. Zyrtec is available over-the-counter in a placebo tablet form that contains no medication to be taken along with other medications or without any at all.
What Is The Most Common Allergy Symptoms
The most common allergy symptoms include inflamed mucous membranes; these reactions are common in the nose, eyes, and throat. Allergic reactions can cause congestion of respiratory mucous as well as runny noses due to overproduction of histamines.
There are so many treatments for allergies. One of those is with fructo-oligosaccharide.
What Is The Effect Of Fructo-oligosaccharide
The effects of a supplement of oligosaccharides (fructo-oligosaccharide) on skin test reactions and clinical symptoms of atopic dermatitis and food allergies were studied in 18 children.
The study showed that oligosaccharides had significant effects on the skin. The skin test reactions to foods and the severity of atopic dermatitis, i.e., most food-induced eczema, subsided when the patients were treated with oligosaccharides for six mo. In addition, the total IgE level decreased in four patients, but there was no effect on serum IgA level.
Furthermore, the turnover rate of basal epidermal cells increased significantly after treatment with oligosaccharides; this may be an essential mechanism for the clearing effects on skin lesions induced by food allergens and atopic dermatitis.
Prevention Of Allergy And Asthma By Probiotics
Probiotics are live microorganisms that treat health benefits on the host. So it is when administered in adequate amounts. During the past decade, significant progress has been made in understanding how ingestion of probiotic bacteria may prevent allergy and asthma.
In addition, probiotics have been shown to block the development of MIA-induced allergic airway disease, although the mechanism of action is unknown.
Recent studies have demonstrated that probiotics may induce apoptosis of activated dendritic cells, stimulate IL-10 production, and activate regulatory T cells to suppress the development of allergic contact dermatitis. Furthermore, both specific immune responses to food allergens and the intestinal microbiota can be modulated in various ways by probiotics.
What Are The Benefits of Taking Probiotic
Recent studies have demonstrated that probiotic administration can boost mucosal and systemic immunity via induction of IL-12, intestinal IgA production, and upregulation of TGF-β expression, thereby rapidly inhibiting the development of allergy symptoms in sensitized animals.
Together, these studies suggest that probiotics may prevent allergic diseases in children by acting on two central pillars of the immune system.
Concerning asthma, probiotics can reduce allergic inflammation in the lung. This is possible by inducing a central Th2 cytokine profile and reducing lung goblet cell metaplasia and mucus hypersecretion.
In this regard, Lactobacillus rhamnosus GG can act as an adjuvant to the local Th2 reaction by amplifying IL-4 and IL-13 production by respiratory epithelial cells.