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I think it is the amount of a certain type of proteins Google proteins and blood type to get a better answer

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O blood has no major proteins that A and B blood have. For example: If someone had B blood with its specific proteins, this person cant receive A blood because it has the specific A blood proteins that will cause bad clotting to stop it. O blood (with no different proteins) wont affect any blood.

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blood type proteins are found on the surface of the red blood cells that are like id tags

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Proteins in the cells can be secreted out as intracellular proteins. Hormones, enzymes, and other proteins can be transported via blood stream and acts on distant tissues. when there is an injury or blood leakage appears in our hands lets say, proteins that does the blood clotting arrives there like a police to stop blood flow!

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Blood type O lacks the antigen proteins of A and B. Blood type O is the universal donor.

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Which of the following plasma proteins help regulate blood volume?

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Yes,because proteins is like egg is larger than blood cells.

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The renal framework, and all the more explicitly the kidney, is principally liable for directing blood volume. The kidney's essential capability is to adjust the solutes and water content of the blood through filtration, reabsorption, and emission.

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Blood type is based on the antigens found on the surface of the red blood cells. It's not based on proteins found in plasma.

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Each blood type has it's identifying proteins, and will reject blood with the wrong proteins. Type A blood is anti-B, type B blood is anti-A, type O blood has both, and type AB blood has neither. Imagine if someone with AB blood tried to donate to someone with A. AB blood has identifying proteins A and B. The type A blood would recognize the B proteins and kill the cells. The same thing would happen with B, which would recognize the A proteins and kill the cells. Type O blood would recognize and reject both the A and B proteins and reject them. However, if someone who is type AB gives to AB people, their blood does not destroy neither protein A nor B, so it would accept it.

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proteins on the surface of red blood cells

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Proteins involved in the blood clotting process form a barrier to stop the blood loose from injury. there are various blood clotting factors, thrombin, and fibrin are all involved in the biochemical cascade to make the fibrin clot at the end. They generally activated by each other from its precursor protein such as prothrombin, fibrinogen.

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Formed elements of blood do not include the defense proteins known as antigens. The formed elements of blood are red blood cells (erythrocytes), white blood cells (leukocytes), and platelets (thrombocytes).

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The main proteins found in blood are albumin, globulins (including immunoglobulins), fibrinogen, and clotting factors. These proteins play important roles in maintaining blood volume and pressure, transporting substances, fighting infections, and clotting to prevent excessive bleeding.

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Cryoglobulins are proteins that precipitate when cold. Cryoglobulinemia is the condition of having these proteins in the blood.

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There are three types of proteins that are found in the plasma of blood. They are albumin, globulins, and fibrinogens.

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Blood cells are produced in bone marrow , blood proteins in liver .

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Blood type refers to the nature of proteins found on your blood cells. These proteins are responsible for many processes within the body. Your blood type is determined by genetics.

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The blood proteins A and B are antigens found on the surface of red blood cells that determine blood type. Individuals with blood type A have A antigens, while individuals with blood type B have B antigens. Blood type AB individuals have both A and B antigens.

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Plasma is one of the major parts of the blood. It is the liquid that is left after the other major parts, like red blood cells and white blood cells, are removed. It contains many different essential proteins, as well as salts and sugars.

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Maintain the osmotic pressure of the blood.

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bloodclotting, immunity, maintenance of blood volume

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Blood types are determined by the presence of specific proteins (antigens) located on the surface of red blood cells. These proteins include A, B, and Rh (D) antigens.

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Large proteins or plasma proteins
plasma protein
Plasma proteins

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Yes. It causes the proteins to become denatured. They will not work as they should.

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The traits for blood type and Rh factor are determined by the presence or absence of specific proteins on the surface of red blood cells. Blood type is determined by antigens (proteins) on the red blood cell membrane, while the Rh factor is based on the presence or absence of the Rh antigen (protein) on the red blood cell.

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Compliment proteins are proteins found in the blood that fight off infections and diseases. They are produced by predecessor proteins, and are called "compliment" proteins because they participate in a compliment reaction.

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Kidneys do not form plasma proteins. All plasma proteins, or blood proteins, are made in the liver, the one exception to this being gamma globulins.

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Platelets or blood clotting proteins cause blood to clot.

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Mature blood cells do not have a nucleus. Without this genetic material, the cells are unable to synthesize proteins.

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Tisseel is made from fibrinogen and thrombin, two blood proteins involved in the clotting process. These proteins are used in combination to form a fibrin glue that helps to promote blood clotting and tissue sealing during surgical procedures.

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No, protein in blood is not a mixture but rather a diverse group of individual proteins that each serve specific functions in the body. These proteins include albumin, globulins, fibrinogen, and others, which play roles in transport, immune response, blood clotting, and maintaining osmotic balance.

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Blood viscosity is determined by hematocrit (the percentage of red blood cells in the blood) and plasma proteins (such as albumin and fibrinogen), which contribute to the thickness and stickiness of the blood. High hematocrit levels or increased plasma proteins can lead to increased blood viscosity, which can impact blood flow and circulation.

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Interstitial fluid is the fluid surrounding cells in tissues that exchanges nutrients, gases, and waste products with blood. It does not normally contain blood cells or large proteins, as these are typically found within blood vessels. If blood cells or large proteins are present in the interstitial fluid, it may indicate damage to blood vessels or leakage due to inflammation or injury.

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You would die. The blood proteins would denature and stop functioning.

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Different proteins cause different blood types. A and B are two different proteins, as is M and N. O is the absence.

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some types of proteins are enzymes, hemoglobin, antibodies, and blood proteins.

hope i helped :)

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enzymes break down food proteins into smaller molecules that can be carried by blood

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