Antibiotics are substances that have anti-pathogens or other activity produced by bacteria, fungi, or other microorganisms during their lives. Such as penicillin, erythromycin, azithromycin. Semi-synthetic antibiotics are based on microbially synthesized antibiotics, a new class of compounds obtained after their structure has been improved. Such as: Ampicillin. Those substances that are completely artificially inhibited or killed by bacteria or fungi can only be strictly called antibacterial or antifungal drugs, and cannot be called antibiotics. Such as: quinolones antibacterial drugs. Sodium Gluconate,High Quality Sodium Gluconate,Sodium Gluconate Details SHANDONG BAISHENG BIOTECHNOLOGY CO., LTD , https://www.baishengbioproducts.com
Abuse of antibiotics in livestock and poultry breeding can be a serious hazard. Now the rise of fermentation bed culture technology can effectively solve the abuse of antibiotics. In fact, any use of antibiotics that are overtime, excessive, inaccurate, or not strictly regulated is an abuse. There are four hazards on the whole.
Second, allergic reactions to the abuse of antibiotics in livestock and poultry breeding Some antibiotics can cause allergies, such as penicillin and streptomycin, and can be fatal if the allergy is severe.
Third, the secondary infection of antibiotics used in livestock and poultry breeding When persistent use of antibiotics to treat infections, sensitive bacteria are killed, but insensitive bacteria and molds continue to grow and reproduce, causing new infections, or changes in conditional pathogens and beneficial bacteria. Pathogenic infections are called "double infections."
Fourth, the abuse of antibiotics in livestock and poultry breeding The large-scale use of antibiotics is undoubtedly the "exercise" of the resistance of pathogenic bacteria. Common non-resistant bacteria are killed, and resistant bacteria survive. And a lot of reproduction. Moreover, due to long-term stimulation of the drug, some pathogenic bacteria may also be mutated and some of the mutated bacteria become resistant strains. This resistance will be acquired by other bacteria and will be passed on to the next generation, making the whole flora resistant, and the corresponding antibiotics will have no effect.
The use of the Kinpo Shrimp Fermentation Bed (see details) can reduce the amount of antibiotics used to breed livestock and poultry, which greatly avoids the four hazards. To avoid these four hazards, it is necessary to properly use antibiotics in livestock and poultry breeding. The following principles can be followed when using antibiotics:
First, the use of antibiotics only in infectious diseases uses antibiotics only in bacteria, mycoplasma, chlamydia, rickettsiae, and fungal infections, and other non-infectious diseases do not use antibiotics. Livestock and poultry breeding diseases should be mainly prevention, improve the living environment quality of livestock and poultry, such as the use of jinbao dry-sweeping fermentation bed breeding, which can decompose animal manure and urine fermentation, keep the cleanliness of the housing, and thus improve the livestock and poultry themselves. Immunity naturally leads to less illness and less medication.
Second, as soon as possible to determine the pathogen of infection through clinical diagnosis, laboratory diagnosis and sensitivity test to determine sensitive antibiotics, targeted treatment.
Third, choose the most appropriate antibiotic in order to choose a strong antibiotic with a high concentration at the site of infection, which takes into account many factors such as pathology, physiology, severe illness, immunity, antibacterial spectrum, antibacterial activity, pharmacokinetics Dynamics, pharmacodynamics, adverse reactions, routes of administration, drug interactions, and other issues. Comprehensive analysis of the above factors to select the most suitable antibiotics.
Fourth, there is a reasonable end of treatment or treatment of livestock and poultry when the disease occurs in the general symptoms of infection, signs, laboratory tests improved significantly or return to normal and then use 2-3 days to stop the infection treatment. Avoid early or postponed drug withdrawal can cause drug resistance and secondary infections. Details can be consulted: Beijing Huaxia Kangyuan Technology Co., Ltd. telephone toll-free hotline
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