Kefzol or what antibiotics are needed for

The modern world from the day of its "creation" has become very dangerous.With the increase in various wastes with which nature can no longer cope without "outside help", there is a colossal growth of various pathogenic microorganisms that do not cease to mutate and mutate.Naturally, I am a shattered ecology, human health is also undergoing a number of significant changes.Therefore, one day a moment comes when the immune system of even the most seasoned and seemingly healthy organism can not cope with the attack of viruses( infections), which decisively want to "win" a "place under the sun".

Contents:

1. Applying an antibiotic or not
2. What happens to the drug inside our body
3. Interaction with other drugs
4. Is it worth taking analogues

Applying an antibiotic or not

The question is rather rhetorical, because the drugs are not onlyHas a positive effect on the body - it destroys pathogenic microbes, but also negatively affects other organs and systems of the body.For example, kefzol.It is an antibiotic with a fairly wide spectrum of action.When used, it is able to actively "fight" with many Gram-positive, as well as Gram-negative pathogenic bacteria.Thanks to this, it is possible to cure such complex diseases as:

1. bronchitis and pneumonia,
2. sepsis,
3. infected burns,
4. syphilis,
5. infections of bones, soft tissues and much more.

Of course, with such severe forms of illness, no antibiotic can not be dispensed with.If you try to "eliminate" an infection that has already begun to multiply and affects a large area of ​​tissues and organs, you can only aggravate the situation.Therefore, regardless of side effects( most often it may be allergic reactions, nausea, vomiting, effects on the liver or kidneys), the use of antibiotics is more than justified.

What happens to the drug inside our body

Depending on the form of release( tablet, solution, capsule, powder), each drug has a certain pharmacokinetics.Simply put, this is how the drug interacts with the body, how quickly it enters into biochemical reactions, accumulates or is removed from the human body.

On the example of kefzol, which belongs to the first generation of cephalosporins, we will explain how this works.By the way, immediately note that some antibiotics are very poorly absorbed in the gastrointestinal tract, therefore, they are produced in powders, from which a solution for injections is subsequently prepared.

So, if you enter a solution of kefzol intramuscularly or intravenously( you'd better not do it yourself), its maximum concentration in the blood plasma will be observed after 1-2 hours.Those.After this time, the antibiotic will most actively fight with pathogenic microorganisms.Binding to proteins will be 85%, which will allow the drug to quickly spread through the circulatory system and reach the affected body in high concentration.

Depending on the active substance( always indicated on the package under the basic name) it can penetrate:

1. into the bone tissue;
2. into the pleural fluid;
3. into the synovial fluid( in other words, intraarticular lubrication) and ascitic fluid( a fluid that can accumulate in the abdominal cavity due to a particular disease).

After a while( for each drug in different ways), the concentration of the drug in the blood plasma begins to decrease.This period is called the "half-life" and in the instruction designate T1 / 2.

The withdrawal of antibiotics mainly occurs through the kidney or liver.Often, 80% of all medications taken or those that are injected intramuscularly "leave" the human body 24 hours after they are injected.In addition, most modern medicines do not practically accumulate in the body, organs or tissues, which helps to avoid metabolic disorders and restore the normal functions of all organs.

Interaction with other

preparations

Sometimes, to increase the effect of antibiotics or to increase the time of their maximum concentration in blood plasma, doctors prescribe concomitant medications.For example, with kefzol often prescribed with probenecid, which reduces the secretion of the kidneys, thereby slowing the withdrawal of the drug and increasing its concentration in the blood.

It's worth taking analogues

Thanks to the fact that today the pharmacological industry is quite developed, many countries based on the same bacteria / microorganisms create similar drugs, they only call them differently.

The active substance will be identical for them, but stabilizers, production technology and the degree of purification may be different.In addition, some preparations may have an additional component.Therefore, in order not to aggravate the situation and not cause unforeseen allergic reactions, you should consult with your doctor before use and carefully read the instructions.