1, pediatric cough often occurs in the alternation of heat and cold or seasonal alternation, or spring blossom pollen more spring;

2, the child sleeps especially sweaty, dishonest, but also do not like to lie down to sleep, but like to sleep in the curl, love to rub the eyes, rubbing the nose or love to scratch the scalp of the performance;

3, pediatric cough for a longer period of time, usually more than 3 months, repeated episodes, coughing more violent, and paroxysmal;

4, although the child cough, but not fever, coughing up sputum is thin white foam-like, coughing up, breathing more rapidly;

5, baby coughing is generally more serious at night after sleeping than in the daytime, which is a non-pediatric allergic cough will also come out.

The dangers of pediatric allergic cough

It is understood that the emergence of allergic cough has brought great distress to the patient, seriously harming the patient's health, so you need to have a thorough understanding of the dangers of allergic cough.

1, dyspnea: allergic asthma patients will have difficulty breathing symptoms, but also feel chest pain, chest with a sense of urgent suffocation. This situation when mixed with the inability to lie flat, the head to lean forward, the attack may last for a period of time. Cough, allergic asthma patients in the attack of coughing will often be reduced, which turned to wheezing, when the end of the attack, there will be a large number of secretions, it is easy to be considered bronchitis.

2, chest pain: allergic asthma patients in the onset of a heavier, there will be a feeling of chest pain, may be related to respiratory muscle overwork. When combined with pneumothorax, severe chest pain can occur suddenly. Other conditions, some patients with allergic asthma, in the asthma attack will appear vomiting, serious incontinence can lead to incontinence, which is very serious, seriously affecting the patient's life, severe asthma attacks continue, there may be headache, dizziness, anxiety, confusion, drowsiness, coma and other neurological and psychiatric symptoms.

Allergic cough and anti-allergic probiotics

Normal human intestinal probiotic flora has more than 1,000 species, totaling more than 100 trillion, probiotic flora in the intestinal tract of infants after birth accounted for about 90% of the total number of bacteria, these microbial probiotic flora of the human body what are the important role of the human body? The human intestinal microbial probiotic flora, the child was born after the first education of his immune system is the microbial flora, therefore, the human body contact with microbial probiotic flora of the human body to play the role of immune education, nutrition, biological antagonism, help digestion and absorption, anti-aging, anti-tumor, etc.:

Intestinal probiotic bacteria to stimulate the intestinal mucosa and the immune organs to develop and mature, and to activate the immune system, education of people's The immune system which are beneficial microorganisms, which are harmful microorganisms;

Biological antagonism: intestinal microorganisms probiotic colonies play a role in the mucosal immune barrier, to protect the harmful substances are directly absorbed into the bloodstream leading to the occurrence of allergic diseases.

Intestinal probiotics promote the growth of epithelial cells and maintain the integrity of the intestinal mucosa.

Intestinal probiotics regulate and activate the whole body cellular immunity and humoral immune function, such as anti-allergy probiotics Minyikang probiotic colony regulates the immune TH1/TH2 balance, mediates the IgE immune pathway, inhibits IgE allergy antibody, through the enhancement of the TH1 type of immune response to regulate the overreaction of the allergy TH2 type of immune response method to enhance the immune resistance to allergies, and enhance the immune anti-allergy ability. It has become the basis for the early prevention of allergic cough and asthma

Probiotics and allergy

Normal intestinal probiotic flora is essential for the establishment and development of children's immune system against immune disorders, especially atopic (also known as allergic) disorders.

There is a huge difference between the gut probiotic flora of allergic children and healthy children. After years of research, it has been found that the diversity of gut probiotic flora is reduced early in the life of children with allergic asthma, and that the colonization of gut probiotic flora in the early postnatal period is able to adequately educate the immune system, which is crucial for the development of intrinsic immunity, adaptive immunity, and oral immune tolerance, and is essential for the first education of the immune system, which cannot be replaced by the first education of the immune system. The first education of the immune system is irreplaceable.

Perinatal overexposure, the mode of delivery (cesarean section babies are more prone to allergic diseases because they do not pass through the mother's birth canal to receive microorganisms in the mother's birth canal, but are directly exposed to the microbial flora in the environment and on the doctor's staff, which is one of the reasons for more susceptible to allergic diseases), the mode of feeding, diet, and the use of antibiotics prematurely, etc., all of them can affect the normal colonization of the intestinal probiotic flora, which will have a direct effect on the born baby's This can directly affect the immune system of infants, allowing autoimmune diseases, allergic diseases such as infantile eczema, allergic asthma, food allergies and other diseases to affect the growth of infants.

Relationship between premature antibiotic use in babies and allergic cough prior to asthma onset:

Antibiotic use in infants before one year of age increases the incidence of childhood asthma. Antibiotics change the composition of the intestinal probiotic flora, resulting in the body's immune micro-ecological environment is dysfunctional, increasing immune susceptibility, more prone to allergic diseases. Antibiotics lead to long-term changes in the colonization of intestinal probiotic flora, so that infants and children are more prone to allergic diseases (infantile eczema, urticaria, food allergies such as milk and egg allergies, allergic rhinitis, allergic coughing asthma, and the incidence of recurrent respiratory infections increased)

Human and microbial: Mutual **** birth. The human body is not only the intestinal tract to have probiotics, human respiratory tract, skin and other organs mucous membranes are present in a large number of microorganisms probiotics, intestinal micro-ecological probiotics, respiratory tract, skin micro-ecological probiotics are involved in allergic diseases allergic asthma pathogenesis process. The course and healing of allergic cough asthma are related to the destruction of intestinal flora.

Antibiotic use in infants before one year of age increases the incidence of childhood asthma. The diversity of intestinal flora is associated with asthma, and the human body environment requires the mediating effect of intestinal flora to be in immune homeostasis. Antibiotic use leads to changes in intestinal flora, which also includes fetal production methods, feeding methods, etc., all of which change intestinal flora, taking full advantage of the damage to the intestinal flora doctrine, which allows for the fight against allergic diseases through microorganisms such as pediatric allergic rhinitis, atopic cough variant asthma, allergic asthma, eczema, urticaria and other common allergic diseases. The relationship between intestinal flora and the pathogenesis of allergic diseases has become a new discovery in addition to the current inhaled hormone treatment of allergic cough asthma, and has become a new direction for future research to improve the healing of pediatric allergic diseases.

Animal experiments and human clinical trials of compound anti-allergy probiotic formula literature report:

1﹜Feeding Lactobacillus salivarius PM-A0006 inhibit allergic respiratory response in mice. The results show that it can significantly reduce the concentration of eosinophilic white blood cells in the respiratory tract, and reduce the content of protein-specific antibodies in the blood, reduce the occurrence of respiratory allergic reactions, and increase the content of γ-interferon secreted by spleen cells. CONCLUSION: Consumption of Lactobacillus salivarius L. salivarius PM-A0006 probiotic has a therapeutic effect on allergic respiratory diseases. --Published by K. K. Wu.

2﹜The effect of Lactobacillus salivarius PM-A0006 on allergic rhinitis caused by dust mites, dust mites or dust. The results showed that 8 to 12 weeks significantly improved the allergic symptoms associated with the patient's eyes and nose, and after 12 weeks significantly reduced the frequency of allergy medication use by the patient. CONCLUSION: Consumption of Lactobacillus salivarius L. salivarius PM-A0006 can improve the clinical symptoms of allergic rhinitis and reduce the frequency of drug use. --Ke-Kung Wu, published

3﹜"Lactobacillus salivarius PM-A0006 plus fructooligosaccharides for the treatment of moderate-to-severe atopic dermatitis (also known as eczema in infants and young children) is more effective than fructooligosaccharides alone: a double-blind, randomized, efficacy and safety human clinical trial". The results showed a significant reduction in the severity of atopic dermatitis at 8 weeks, with a greater number of children slowing down to a milder form, as well as a reduction in the frequency of medication use and a significant reduction in eosinophilic white blood cell concentrations. CONCLUSION: Lactobacillus salivarius PM-A0006 is effective in the treatment of moderate-to-severe atopic dermatitis (also known as infantile eczema). --Published by K. K. Wu.

The importance of supplementing MinYiKang probiotics after antibiotic use and after wheezing associated with recurrent respiratory infections in children: by reducing the TH2 immune response due to allergy, enhancing the TH1-type immune function, and regulating the Treg immune cells, it has become a favorable scientific support for the new discovery that intestinal bacteria can fight against allergic diseases, children's allergic rhinitis, allergic cough, cough variant asthma, and even children who have been diagnosed with allergic asthma. Children with allergic rhinitis, allergic cough, cough variant asthma, allergic asthma, and even children diagnosed with wheezing bronchitis and asthma caused by recurrent respiratory infections can be supplemented with the anti-allergy probiotic MinYiKang to intervene in the gut microecology-mediated IgE pathway to inhibit the production of IgE allergy antibodies, thereby improving the course of children's allergic asthma and the healing process, and reducing the rate of recurrence of asthma.