THE FINDING OF INGESTED RBCS IN A TROPHOZOITE IDENTIFIES:
A- ENTAMOEBA COLI
B- ENDOLIMAX NANA
C- ENTAMOEBA HISTOLYTICA
D- IODAMOEBA BUTSCHLII
E- NONE OF THE ABOVE
F- ALL OF THE ABOVE.
The adult human body contains about five liters of blood, which is about eight percent of the total body weight. Blood is pumped to the rest of the body. A unique pump that works day and night without interruption is the heart. The tubes that pass through the blood are called And blood vessels, and from these vessels, which carries blood from the heart to the cells of the body and is called arteries, including blood back to the heart and is called a vein, and the total heart, blood and blood vessels, consists (circulatory system) one of the body's main organs.
It is the only mobile member of this fleet, so blood is considered to be the transport medium inside the human body. The blood moves the oxygen gas from the lungs to the rest of the body's cells. It also transfers food from the body. (The stomach, intestines and their attachments) to each cell in the body, and then transport the waste (the products of biological processes) to the kidneys to excrete them out of the body, which carries carbon dioxide from the cells to the lungs, to expel him outside the body during exhalation, Endocrine (so called because It has no channel, its blood secretions directly into the tissues on which these hormones work, and above all, it transfers heat from the warm parts of the body to the cold parts.
If the blood is left standing in a tube, it splits into two distinct strands: one is deposited towards the bottom, the other floats on the surface. The precipitate consists of different blood cells, forming about 45% of the blood volume. , But the flap that floats is plasma, a yellow liquid that is about fifty-five percent of the blood volume.
Configuration:
All the cells of the blood, including the red cells, begin before the human sees the light of life. Rather, the cells begin with the human embryo in the uterus of the mother. During the first month of the baby's life in the womb, the red cells form a cell known as the " Haematocytoblast is found in the walnut purse that feeds the fetus.
In the second month of the life of the fetus within the uterus, the liver plays a major role in the formation of the blood cells, especially the red cells, and by the fifth month of life in the uterus, the spleen takes responsibility and forms the blood cells. At the same time (in the fifth month) Be prepared to do the same job.
When the baby is born into the light of life, the spleen is relieved of the responsibility of forming the blood cells, and carries the bone marrow, and the liver helps him on a limited scale.
At first, blood cell-producing cells are only in the bone marrow centers, but they soon spread to occupy all bone marrow locations in the length of the bones of the body. Bone marrow continues to discharge its responsibility almost until the age of 16 to 18.
At this age, most bone marrow is saturated with fat and the number of active cells is reduced. The responsibility lies solely with the red bone marrow. This red bone is found in flat bones such as the skull, herniated bone (central chest), ribs, , And pelvic bones, and the red marrow continues to produce blood cells to the last human life, although productive activity decreases with age.
It has recently been discovered that the red cells in the bone marrow are subject to the effect of an inflammatory substance called the red cell formation factor known as ESF. This factor is formed in the blood by the effect of an enzyme produced by the kidneys, In the body as the number of red cells decreases and vice versa.
Characteristics of red cells:
The red cell is a concave disk of two opposite surfaces. In fact, it does not contain a nucleus (1) in its center like the rest of the cells of the body. This is why some scientific references refer to it as "red blood cells" Existence (nucleus).
Although a word is more precise than the scientific expression of a cell word, we will continue to use the word cell to avoid confusion.
Because the red cell is small, its dimensions (diameter and thickness) are estimated by a unit of measurement called the micron. The micron is part of a thousand part divided into one millimeter, or it is part of a million parts divided into one meter. 7,2 microns), while their thickness is equal to (2.2 microns).
In order to visualize the size of the red cell and how small it is, we repeat that a drop of blood no more than the size of the head of the needle pin contains five million red cells!
This tiny red cell contains the dye known as hemoglobin, which gives it the red color, and also contains the known enzyme (carbon extractor of carbonic acid).
carbonic anhydrase enzyme (Maronite Anhydrase) and the strange about red cells are two things:
First, the red surface of the red cells increases the area of the total surface many times, which serves the function of the main cells, which are the transfer of gases (oxygen and carbon dioxide) between the lungs and other cells of the body. It is estimated that the surface area of red cells in the body of one person, Square! This area is equal to one thousand and five hundred times the surface area of the body.
The second is that one red cell contains two hundred and eighty million molecules (2) of hemoglobin dye, and how can a nanoparticle fit that huge number of molecules in an article is a miracle in the workmanship is unmatched.
A- ENTAMOEBA COLI
B- ENDOLIMAX NANA
C- ENTAMOEBA HISTOLYTICA
D- IODAMOEBA BUTSCHLII
E- NONE OF THE ABOVE
F- ALL OF THE ABOVE.
The adult human body contains about five liters of blood, which is about eight percent of the total body weight. Blood is pumped to the rest of the body. A unique pump that works day and night without interruption is the heart. The tubes that pass through the blood are called And blood vessels, and from these vessels, which carries blood from the heart to the cells of the body and is called arteries, including blood back to the heart and is called a vein, and the total heart, blood and blood vessels, consists (circulatory system) one of the body's main organs.
It is the only mobile member of this fleet, so blood is considered to be the transport medium inside the human body. The blood moves the oxygen gas from the lungs to the rest of the body's cells. It also transfers food from the body. (The stomach, intestines and their attachments) to each cell in the body, and then transport the waste (the products of biological processes) to the kidneys to excrete them out of the body, which carries carbon dioxide from the cells to the lungs, to expel him outside the body during exhalation, Endocrine (so called because It has no channel, its blood secretions directly into the tissues on which these hormones work, and above all, it transfers heat from the warm parts of the body to the cold parts.
If the blood is left standing in a tube, it splits into two distinct strands: one is deposited towards the bottom, the other floats on the surface. The precipitate consists of different blood cells, forming about 45% of the blood volume. , But the flap that floats is plasma, a yellow liquid that is about fifty-five percent of the blood volume.
Configuration:
All the cells of the blood, including the red cells, begin before the human sees the light of life. Rather, the cells begin with the human embryo in the uterus of the mother. During the first month of the baby's life in the womb, the red cells form a cell known as the " Haematocytoblast is found in the walnut purse that feeds the fetus.
In the second month of the life of the fetus within the uterus, the liver plays a major role in the formation of the blood cells, especially the red cells, and by the fifth month of life in the uterus, the spleen takes responsibility and forms the blood cells. At the same time (in the fifth month) Be prepared to do the same job.
When the baby is born into the light of life, the spleen is relieved of the responsibility of forming the blood cells, and carries the bone marrow, and the liver helps him on a limited scale.
At first, blood cell-producing cells are only in the bone marrow centers, but they soon spread to occupy all bone marrow locations in the length of the bones of the body. Bone marrow continues to discharge its responsibility almost until the age of 16 to 18.
At this age, most bone marrow is saturated with fat and the number of active cells is reduced. The responsibility lies solely with the red bone marrow. This red bone is found in flat bones such as the skull, herniated bone (central chest), ribs, , And pelvic bones, and the red marrow continues to produce blood cells to the last human life, although productive activity decreases with age.
It has recently been discovered that the red cells in the bone marrow are subject to the effect of an inflammatory substance called the red cell formation factor known as ESF. This factor is formed in the blood by the effect of an enzyme produced by the kidneys, In the body as the number of red cells decreases and vice versa.
Characteristics of red cells:
The red cell is a concave disk of two opposite surfaces. In fact, it does not contain a nucleus (1) in its center like the rest of the cells of the body. This is why some scientific references refer to it as "red blood cells" Existence (nucleus).
Although a word is more precise than the scientific expression of a cell word, we will continue to use the word cell to avoid confusion.
Because the red cell is small, its dimensions (diameter and thickness) are estimated by a unit of measurement called the micron. The micron is part of a thousand part divided into one millimeter, or it is part of a million parts divided into one meter. 7,2 microns), while their thickness is equal to (2.2 microns).
In order to visualize the size of the red cell and how small it is, we repeat that a drop of blood no more than the size of the head of the needle pin contains five million red cells!
This tiny red cell contains the dye known as hemoglobin, which gives it the red color, and also contains the known enzyme (carbon extractor of carbonic acid).
carbonic anhydrase enzyme (Maronite Anhydrase) and the strange about red cells are two things:
First, the red surface of the red cells increases the area of the total surface many times, which serves the function of the main cells, which are the transfer of gases (oxygen and carbon dioxide) between the lungs and other cells of the body. It is estimated that the surface area of red cells in the body of one person, Square! This area is equal to one thousand and five hundred times the surface area of the body.
The second is that one red cell contains two hundred and eighty million molecules (2) of hemoglobin dye, and how can a nanoparticle fit that huge number of molecules in an article is a miracle in the workmanship is unmatched.
