We often hear parents say that our children have allergic rhinitis, but when we ask your children what treatment they are doing, most parents say that doctors are afraid to take anti-allergic drugs, and some children even cough badly at night, so parents can't confirm whether their children have a cold or allergies. This is how allergic rhinitis in children is delayed. When the cold air comes in autumn and winter, these children will cough and expectorate repeatedly. Some children even cough for more than one or two months before they are diagnosed as allergic cough. Some children get sick once a month, and they need injections every month for colds, coughs and pneumonia. Can such children get health? We are worried about this.

Children's allergic rhinitis is not serious at ordinary times, but for school-age children, allergic rhinitis will get worse due to repeated colds or respiratory infections, and even asthma will often occur when they have colds and pneumonia. Therefore, it is necessary to treat these children with atomization in clinic. Although the effect is quick, the method of local administration can not solve the allergy itself, because children's upper respiratory tract infection and upper respiratory tract allergy often coexist, and only anti-inflammatory treatment is often paid attention to during treatment. The anti-allergic treatment is neglected, so when the inflammation is eliminated, the child's cough will continue, which makes parents very confused. Why do they cough after losing so much fluid?

Experts remind that effective control and improvement of physical fitness in the early stage of allergic rhinitis can greatly reduce the probability of allergic cough and asthma and reduce the burden of treatment. Most children in allergic cough are accompanied by allergic rhinitis, so allergic rhinitis, allergic cough and allergic asthma are regarded as the same disease in clinic, and the treatment methods are almost the same. Allergic cough should be considered because of children's recurrent cough and their history of allergic rhinitis or eczema. Parents' neglect of children's allergic rhinitis will make this allergic reaction mutate slowly and develop into allergic cough, and this repeated cough will mutate into allergic asthma after a long time, which is medically called cough variant asthma, and its treatment will be more complicated. In order to reduce the burden on children, we should pay attention to the symptoms of allergic rhinitis in early childhood.

The results of microbial research have attracted the attention of clinicians, and many papers have been published on microorganisms and allergic diseases, intestinal microorganisms and childhood asthma, respiratory microorganisms and childhood asthma, and the preventive and therapeutic effects of probiotics on childhood asthma. For allergic diseases, it is no longer at the therapeutic level of antiallergic drugs and hormone atomization. Man is a "superorganism", and some intractable diseases are expected to make therapeutic breakthroughs in the study of human organisms in the near future. The human genome and microbiome work together to influence the immune, nutritional and metabolic processes of human body. Kang Minyuan's anti-allergic probiotics focused on the research of anti-allergic probiotics strains and formulas for eight years, and regarded the efficacy of formulas and the quality of strains as the lifeline. Combined with Professor Wang Zhiyao from national cheng kung university Allergy and Clinical Immunology Research Center in Taiwan Province, the clinical experimental case study showed that antiallergic probiotics affected the occurrence and development mechanism of allergic diseases immune system, and created an antiallergic nutritional therapy with Kangminyuan antiallergic probiotics. Supplementing Kangminyuan antiallergic probiotics can: regulate the steady state of respiratory tract microbial flora and relieve cough and asthma caused by airway hyperresponsiveness; Adjust the homeostasis of intestinal microbial flora and improve the allergic mechanism of intestinal food protein; Regulate the allergen-specific IgE pathway mediated by intestinal microecological flora and inhibit the production of allergen-specific IgE antibody.