“Guidelines” for the use of antibacterial drugs: scientific resistance to bacterial infections

In the “weapons arsenal” of modern medicine, anti-bacterial drugs, like a blade, have served mankind in the battle against many bacterial infectious diseases. However, using deviations from the “guidelines”, this blade may hurt itself in “splattering” the pain, leading to difficult problems such as drug-resistant crises and adverse reactions. Therefore, strict adherence to anti-bacterial drug use norms is key to science to repel bacterial infections and to build healthy lines of defence. Clear indications that the precision of anti-bacterial drugs is in no way a “one-size-fits-all drug” for all heat and inflammation. Pre-use precision in determining the source of infection is essential. Many symptoms appear to be similar, with multiple causes, which may be viral or allergies, self-immunization problems, and antibacterial drugs are useful only when bacteria “snapping”. Doctors, through detailed consultations, medical examinations and laboratory “reconnaissance soldiers” — blood protocol (white cell, meso-particle cell indicator to detect signs of bacterial infection), C-reaction protein (inflammation indicator assistive screening), calcium reduction (upgrade multi-notification of bacterial infections), are better equipped with the “gold standard” for bacterial culture and drug sensitivity testing, locking on pathogenic bacteria and searching for sensitive drugs to ensure that the drugs are “targeted”. Unidentified heat rushes into the use of antibacterials, which appears to be a “blind shooting”, both delaying medical treatment and adding to the body burden. A reasonable choice of medicines, a “body” antibacterial drug, is a large family with a wide variety of products, a choice of which is appropriate to the patient’s condition. It is possible not to select a wide spectrum with narrow spectrometry, with narrow spectropharmaceuticals focusing on “hitting” specific bacterial communities, such as erythromycin, which is highly effective against the pneumococonitrist, while at the same time being precisely “hunting” with maximum care for human symbiotic strains, and maintaining a micro-ecological balance; the spectrophagus, although widely covered, are susceptible to “innocence”, causing beneficial intestines damage and diarrhea. Depending on the area of the infection, its severity and the basic condition of the patient, special groups, such as the elderly, children and pregnant women, have special liver and kidney metabolism, special resistance and more careful choice of medication. Children are given an accurate dose of weight and surface area, and pregnant women avoid teratogenic “mined areas” such as chlorcin to ensure safety and effectiveness. It regulates the course of treatment, and the whole course of “protective” is “triple poison”, and antibacterials are used as long as steel wires, short-lived bacterium “twilight tails”, residual bacteria are susceptible to “re-emergence” and drug resistance is soaring; excessive length increases the risk of adverse reaction, and drugs are “overstaying” in their bodies, exhausting their liver, kidneys and blood-building systems. The majority of cases of mild respiratory infections, oral antibacterial treatment for 5-7 days, with severe cases being prolonged and determined in conjunction with re-examination indicators. In order to maintain stable blood concentrations, such as the regular need for penicillin to “continuate pressure”, to ensure that antibacterial “fire” continues, without unauthorized interruptions, increases or decreases, and to ensure that medical instructions are “protective” throughout the course of the process and that the bacteria are steadily and steadily combated. It is a taboo to stop abuse and to guard the life of the “deposit bank” by misusing antibacterial drugs as a preventive “shield”, with common colds, small bump wounds, human immune capacity, and, as a result, a “cow knife” to kill a chicken, inducing a drug resistance. In the medical scene, there are “rules” for the preventive use of surgical medications, most clean operations (e.g. acupunctures) do not require antibacterial “protective escorts”, clean-pollution, polluting operations are subject to the requirements of bacterial risk, length of operation, etc., and cannot be over-scaled or over-timed in order to prevent resistance bacteria from “blowing dark,” so that precious antibacterial resources are used in a rational manner to protect human health and to protect against bacterial “attacks”. Anti-bacterial drug use is a rigorous science, a disciplined norm, and a doctor works hand in hand to tame this “edifice” so that it can cut off bacterial infections and protect life in a healthy orbit.