Microorganisms All the existing mic

Microorganisms All the existing microorganisms can be divided into two main groups – aerobic and anaerobic. Aerobic microorganisms must have atmospheric free oxygen for their life and growth. However one knows that free oxygen is not favourable for the development of anaerobic microorganisms. Bacteria vary in shape and according to this feature they are divided into some groups. Spherical bacteria have been called cocci. They are also subdivided into several groups. Rop-shaped (палочковидные) bacteria are called bacilli. When bacteria multiply they divide. The growing organisms increases in size up to a certain limit and in due time divides. The process of division depends on the conditions of the environment. Any minute (мельчайший) virulent microorganisms may invade the human body. But due to the local protective agents of the human organism they are destroyed. In this case no disease occurs. However the local protective agents of the human organism are not always able to destroy completely the invading microorganisms. It is known that in such a case a local or general infection may occur. Most of the microorganisms produce diseases when they enter the tissue and destroy it. If one examines under the microscope the alveoli of the lung of the man with lobar pneumonia a great number of pneumococci can be revealed. While the disease persists the lung may be considerably impaired because of the consolidations which may develop in it. But the human organism can fight against the microorganisms which have passed its first protective barriers, i.e. skin and mucous membranes. The prominent Russian scientist I.I. Mechnikov had made many investigations before he was able to come to the conclusion that leucocytes could catch and destroy certain microbes. I.I. Mechnikov called them phagocytes or microbe cell destroyers.

Результаты (английский) 1:

Microorganisms

the All the microorganisms the existing CAN Into the BE DIVIDED to two two main groups - aerobic and anaerobic. Aerobic microorganisms must have atmospheric free oxygen for their life and growth. However one knows that free oxygen is not favourable for the development of anaerobic microorganisms.
Bacteria vary in shape and according to this feature they are divided into some groups. Spherical bacteria have been called cocci. They are also subdivided into several groups. Rop-shaped (rod-shaped) bacteria are called bacilli.
When bacteria multiply they divide. The growing organisms increases in size up to a certain limit and in due time divides. The process of division depends on the conditions of the environment.
Any minute (minute) virulent microorganisms may invade the human body . But due to the local protective agents of the human organism they are destroyed. In this case no disease occurs.
However the local protective agents of the human organism are not always able to destroy completely the invading microorganisms. It is known that in such a case a local or general infection may occur.
Most of the microorganisms produce diseases when they enter the tissue and destroy it. If one examines under the microscope the alveoli of the lung of the man with lobar pneumonia a great number of pneumococci can be revealed. While the disease persists the lung may be considerably impaired because of the consolidations which may develop in it.
But the human organism can fight against the microorganisms which have passed its first protective barriers, ie skin and mucous membranes.
The prominent Russian scientist II Mechnikov had made many investigations before he was able to come to the conclusion that leucocytes could catch and destroy certain microbes. II Mechnikov called them phagocytes or microbe cell destroyers.

Результаты (английский) 2:

Microorganisms

All the existing microorganisms can be divided into two main groups - aerobic and anaerobic. Aerobic microorganisms must have atmospheric free oxygen for their life and growth. However one knows that free oxygen is not favorable for the development of anaerobic microorganisms.
Bacteria vary in shape and according to this feature they are divided into some groups. Spherical bacteria have been called cocci. They are also subdivided into several groups. Rop-shaped bacteria are called bacilli.
When bacteria multiply they divide. The growing organisms increase in size up to a certain limit and in due time divides. The process of division depends on the conditions of the environment.
Any minute (the smallest) virulent microorganisms may invade the human body. But due to the local protective agents of the human organism they are destroyed. In this case no disease occurs.
However the local protective agents of the human organism are not always able to destroy completely the invading microorganisms. It is known that in such a case a local or general infection may occur.
Most of the microorganisms produce diseases when they enter the tissue and destroy it. If one examines under the microscope the alveoli of the lung of the man with lobar pneumonia a great number of pneumococci can be revealed. While the disease persists the lung may be significantly impaired because of the consolidations that may develop in it.
But the human organism can fight against the microorganisms which have passed its first protective barriers, i.e. skin and mucous membranes.
The prominent Russian scientist I.I. Mechnikov had made many investigations before he was able to come to the conclusion that leucocytes could catch and destroy certain microbes. I.I. Mechnikov called them phagocytes or microbe cell destroyers.

Результаты (английский) 3:

Microorganisms
All the existing microorganisms can be divided into two main groups-aerobic and anaerobic. Aerobic microorganisms must have atmospheric free oxygen for their life and growth. However one knows that free oxygen is not favourable for the development of anaerobic microorganisms.
They were divided into groups. Spherical bacteria have been called cocci. They are also divided into several different groups. Rod shaped (chopsticks) material are called baicili
When bacteria multiply they divide. The growing organisms increases in size up to a certain limit and in due time divides. The process of division depends on the conditions of the environment.
The smallest) virulent microorganisms may involve the human body. But in the local protection agencies of human organizations, they are destroying. In this case, there is no disease.
However the local protective agents of the human organism are not always able to destroy completely the invading microorganisms. It is known that in such a case, a local or general infection may be occur.
Most micro organic pollutants produce diseases when they enter the tissue and destroy it. If there is an example in microscope the alveoli of the lung of the man with lobar pneumatia a great number of pneumatocci, it can be revealed While the disease persists the lung may be considerably impaired because of the consolidations which may develop in it.
However, human organizations can fight against small organizations, including through their first protective barriers, i.e.skin and mucous memories.
The prominent Russian scientist I.I.Mechnikov had made many investigations before he was able to come to the conclusion that leuccytes could catch and destroy certain microbes. I.I.Mechnikov called them phagocytes or microbe cell destroyers.