Control blood sugar levels with food – body+soul, Regulating blood sugar levels is essential for good health, to maintain a healthy weight and to lower the risk of diseases such as type 2 diabetes and heart disease. Blood sugar – wikipedia, the free encyclopedia, The blood sugar concentration or blood glucose level is the amount of glucose (sugar) present in the blood of a human or animal.
Exercises to lower your blood sugar and control diabetes, Control your diabetes and blood sugar with these simple and fun moves. What causes high blood sugar and what harm can it do to my, Question: what causes high blood sugar and what harm can it do to my body? Blood comprises approximately 8% of an average adult’s body weight and the average adult body carries approximately 5 liters of blood within their system at all times. Blood is segregated into two basic divisions, the cellular components and the plasma, which is the fluid division of blood. The elements of blood, the red blood cells, the white blood cells, and the platelets are each respectively medically termed the erythrocytes, the leukocytes, and the thrombocytes.
Anatomically speaking, white blood cells vary physically from their red blood cell brothers. When medical or research professionals view the white blood cells under the microscope, the only way these cells become visible is through the process of staining. The liver and the spleen destroy the blood cells which have been in the system for their life span and need to be replaced by new blood cells. Agranular leukocytes are effectively useful in the human body for anywhere from 100 to 300 days. Blood plasma is responsible for the transportation of nutrients in the blood stream, as well as the transportation of gases and vitamins. Venous blood is devoid of the oxygen rich cells and this is reflected in the darker red color.
When blood is taken from the human body medically speaking, the blood is then centrifuged, which by default leaves the cellular components on the bottom and the plasma on the top. White blood cells are best known for their ability to help fight off infection and illness.
White blood cells are placed in the appropriate category based on the appearance they have when stained. Erythrocytes are formed through the process known as erythropoiesis and leukocytes are formed through the process known as leukopoiesis.
When the formed elements of the blood are removed, the blood plasma can be clearly seen under a high powered microscope. The removal of this protein from the blood creates serum and these are created by the liver. These formed elements include erythrocytes, leukocytes, and platelets which are also known as thrombocytes. Except for the arterial blood that is entering the lungs, arterial blood tends to be bright red.
The shape of a red blood cell, although unique, is designed for the diffusion of gas which provides a viable surface for transporting oxygen to the various areas of the body.


While red blood cells can not move independently, white blood cells propel themselves in an amebic fashion.
The pink to red stain is known as eosin and hemotoxylin (blue to purple) is known as the basic stain. The platelet plug is reinforced by the threads of fibrin which is activated by the phospholipids in the cell. It has been determined that the body must create 2.5 million erythrocytes every second to replace those which are being destroyed.
Regardless of whether the body is producing cells within the myeloid tissues and lymphoid tissues the process of development is identical.
Approximately 55% of any given volume of blood is made up of the blood plasma, and 90% of the blood plasma is made up of water.
The alpha and beta globulins are responsible for the transportation of lipids as well as transporting fat soluble vitamins. Their basic responsibility to unite with the platelets in creating blood clotting factors within the blood stream. This coloration signifies the high amounts of oxygen and hemoglobin, also known as oxyhemoglobin, that is within the erythrocytes. Blood temperatures within the core of the body, the thorax, is about 100.4 degrees Fahrenheit, or 38 degrees Celsius. White blood cells are able to seek out an infection site outside of the blood stream thanks to their ability to move independently. These phospholipids activate the plasma’s blood clotting factors, creating what is commonly seen on the outside of the body as a scab. The red bone marrow is located in some bones of the skull, the humeri, ribs, femora, pelvis, and sternum.
When the body produces the undifferentiated cells known as mesenchymal cells develop into the stem cells which are then known as the hemocytoblasts.
A cubic milliliter of blood only contains between 5,000 and 10,000 white blood cells and 250,000 to 450,000 platelets. They are able to make their way through the pores within the walls of the capillaries in order to fight infections that are not within the blood stream. Agranular leukocytes are the white blood cells with granules so tiny that they can barely be seen under a high powered microscope, or not seen at all. The lymphocytes can be branded via the thin layer of cytoplasm that encompasses their nuclei, which is also relatively large.
This is in fact the reason why blood cells are considered formed elements instead of cells.
The action of the platelets, which can be viewed as the string of platelets joining together to form the plug, release serotonin into the blood stream. When erythrocytes are destroyed by the liver and the spleen, the common mineral iron is taken from the destroyed formed element and returned to the red bone marrow for recycling in the body’s production of more erythrocytes. The blood plasma which is not created by water is made up of hormones, vitamins, amino acids, lipids, proteins, inorganic salts, and carbohydrates.


These proteins are within the blood and remain in the blood as well as the interstitial fluids in order to contribute to homeostasis. A red blood cell lives for approximately 120 days, and after that time frame they are destroyed by cells in the liver and the spleen known as phagocytes. The platelets lack nuclei, and when they enter the blood stream they are similar to the leukocytes in their ability to produce their own movement.
These proteins are divided into three basic types which include the albumins, globulins, and the fibrinogen. Hemotacrit can give an approximation of the blood’s ability to carry oxygenated cells throughout the body based on any base volume of blood.
Their shape comes from the offset condition of the nuclei which are distorted into lobes attached by slight strands. The adult human body contains anywhere from 54% to 62% neutrophils, making it the most abundant white blood cell in the system. In one cubic millimeter of blood there are approximately 250,000 to 450,000 platelets and they survive in the blood stream for anywhere from 5 to 9 days.
This constraint of the blood vessels reduces blood flow at the injury site, allowing the platelets to clot, form the plug, and ceases the flow of blood to outside the site of injury. Agranular leukocytes are created from the tissue in the spleen, lymph nodes, tonsils, and thymus. The smallest of these would be the albumins which create just over 60% of the blood plasma proteins.
Without the gamma globulins, an individual human body would suffer from about 90% more general and deadly illnesses, including those the human body can be immunized against. After that they are destroyed in the filtering process of the either the spleen or the liver.
The daughter cells which are not left behind then are determined to perform other tasks of cell creation.
These albumins are vital to maintaining blood pressure via their contribution to blood viscosity as well as providing the blood cells with molecules which can carry and transport. In a developing fetus, the homepoietic centers are found in the yolk sac, spleen, and liver. In some cases the hemocytoblasts become proerythroblasts which will in time develop into erythrocytes. Once a fetus becomes an independent human being, the spleen and the liver are no longer sites for cell creation and become the sites for blood cell destruction. Lymphocytes are created by lymphoblasts, monocytes are created by monoblasts, and platelets are developed from megakaryoblasts.



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