Anatomy Questions due Sunday 2/26
1. What are the major proteins and functions of plasma?
2. What are the major parts of blood and the functions of those parts?
3. What is the process of blood formation and where does it take place?
4. What is the purpose of erthroproietin and where does this process take place?
5. Discuss the different types of anemia.
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1. Three major proteins and functions: albumins help maintain the colloid osmotic reassure, globulins include antibodies. They provide immunity, and transport lipids and fat-soluble vitamins, and fibrinogen function in blood clotting.
2. Parts tat make up the blood: white blood cells, platelets, plasma, red-blood cells, nutrients and protein.
3. The process of blood formation is hematopoieis. It mostly occurs in the bone marrow but under certain conditions can take place in the liver, spleen and other places.
4. Erthroprotein are hormones that controls the rate of red blood cell formation. It is formed mainly in the kidneys.
5. There are many types of anemia. All are very different in their causes and treatments. Iron-deficiency anemia, the most common type, is very treatable with diet changes and iron supplements. Some forms of anemia — like the anemia that develops during pregnancy — are even considered normal. However, some types of anemia may present lifelong health problems.
1. Albumin: most common, maintains osmotic pressure. Globumin: transports lipids and other fatty nutrients. Fibrinogen: helps in clotting and coagulating.
2. RBCs are the cells that carry oxygen throughout the body. WBCs fight off diseases. Plasma is the liquid part of blood that aids in transportation. Platelets are aids in coagulation and clotting.
3. Blood formation is the routine and constant production of new and healthy blood cells. It takes place in the bone marrow and the liver.
4. Erthroproietin is a hormone that controls the production of blood. It is located in the kidney.
5. Microcytic anemia is caused by a failing in hemoglobin synthesis. Iron deficient anemia is the most common. Megaloblastic anemia is caused by a vitamin B12 and/or folic acid deficiency. Normocytic anemia is a decrease in hemoglobin without a decrease in RBC size.
1. The major proteins and their functions of plasma are Albumins: help maintain colloid pressure and thicken blood, Globulins: transport lipids and fat-soluble vitamins and constitute a type of antibody, which aid in protection, Fibrinogen: helps with blood coagulation/ clotting.
2. The major parts and functions of blood are Red blood cells: carry oxygen, White blood cells: fight infections and diseases, Platelets: clot blood, and Plasma: the liquid portion of blood which cells are suspended in.
3. The process of blood formation is called hematopoiesis and it occur primarily in the bone marrow (red) or on occasion in the kidneys, liver, or a few different organs.
4. The purpose of erythropoietin is to control the rate of red blood cell formation and is released in the liver and (more often) the kidneys in response to prolonged oxygen deficiency.
5. The different types of anemia are iron deficiency anemia: the body needs more iron in order to make hemoglobin to make red blood cells, Vitamin Deficiency anemia: the body lacks specific vitamins such as B12 in order to effectively make red blood cells, Sickle cell anemia: Is a life threatening form of anemia in which a person has sickle shaped red blood cells that are unable to pass properly through blood vessels, and Aplastic anemia: a dangerous form of anemia in which a person has a failure of bone marrow to produce all types of blood cells.
1. Fibronogen, Globunin, and ambulins and these proteins help with osmotic pressure, transportantion of oxygen, immunity, and blood clotting
2. Red blood cells transport oxygen to the lungs and through the body, white blood cells fight infection and virsues and help build immunity to diseases,and are cell fragments without nuclei that work with blood clotting chemicals at the site of wounds plateletes
3. Red blood cells last about 120 days and every 120 days phagositosis breaks down the old and unwanted blood cells, so healthier and stronger cells can then be produced to better transportation of oxygen, immunity against disease, blood clotting, and pressure within the cells.
4. Erthroprotein is a glycoprotein hormone that stimulates the production of red blood cells by stem cells in bone marrow. Produced mainly by the kidneys, it is released in response to decreased levels of oxygen in body tissue.
5.
1. Iron Deficiency Anemia- the body needs iron to produce the hemoglobin necessary for red blood cell production.
2. Vitamin Deficiency Anemias- vitamin B-12 is also essential in hemoglobin production. Normally, a chemical secreted by the stomach helps the body absorbs this vitamin. However, some people can’t readily absorb B-12.
3. Hemolytic Anemias- anemia caused by the premature destruction of red blood cells is known as hemolytic anemia. In this type of anemia, antibodies produced by the immune system damage red blood cells
4. Sickle Cell Anemia- This is a serious, life-threatening inherited form of anemia. Persons with this disease have sickle-shaped red blood cells that are stiff and unable to squeeze through blood vessels.
5. Thalassemia- this is a group of anemias due to the defects in the genes producing hemoglobin. It is most common in people of Mediterranean descent. There are two major forms: thalassemia minor and thalassemia major.
1.The three plasma proteins are albumin, globlulins, and fibrinogen. Plasma carries nutrients and deals with hormones.
2. Blood is made of red blood cells that deliver oxygen, white blood cells that fight infection, platelets that form clots, and plasma which helps transport all blood components.
3. The process of blood formation is hematopoiesis and it takes place in the bone marrow.
4. Ethroproieton stimulates the production of red blood cells in the bone marrow.
5. Different types of anemia are caused by the thing that is missing in the persons blood.
1. Albumins- Maintains osmotic pressure
Globulins- Antibodies
Fibronogen- Blood Clotting
2. Erythrocytes- RBC, carry oxygen throughout the body
Leukocytes- WBC, fight germs with lymph
Thrombocytes- Platelet Cells, form clots
3. Hematopoeises- Akilae, in the bone marrow
4. Used to determine if hormonal secretion is causing changes in RBCs. Occur in the yolk.
5. Sickle Cell Anemia- iron deficiency, vitamin deficiency, bone marrow and stem problems.
Hemolytic Anemia- destruction of RBCs,
1. Globulins- include antibodies for protection
Albumins- thicken blood
Fibroinogen- function for blood clotting
2. The major parts of the blood are the plasma, or the liquid portion of the blood, the red blood cells, which function in transporting oxygen throughout the body, white blood cells, which function in the immune system and protect the body from infection, and the platelets, which aid in blood clotting.
3. The process of blood formation is called hematopoiesis, and this takes place in the bone marrow.
4. The purpose of erthroproietin is that it is a hormone that controls the rate of red blood cell formation. The kidneys and liver is where this happens.
5. Anemia is when the blood is low, or the decrease of red blood cells, there is iron deficiency anemia, and deficiency of hemoglobin in the cells.
1. plasma is the liquid part of the blood and it keeps the formed parts moving, the proteins that form it are globulins, albumins, and fibrinogens.
2. red blood cells – transport oxygen to parts of the body, white blood cells – fight off infection, platelets – clot the blood
3. hematosis is the process of making blood, it happens in the bone marrow.
4. erthroproietin controls blood production, it is secreted from the liver and it happens when RBC count goes down
5. sickle cell – cells become deformed which make it painful for them to pass through capillaries; pernicia anemia – requires bone marrow transplant and it slowly destroys RBC
1. Plasma proteins include: albumins, globulins and fibrinogen. It plays a vital role in intravascular osmotic effect that keeps electrolyte in balance form and protects the body from infection and other blood disorders.
2.The parts of blood include red blood cells which contains hemoglobin that helps in the transportation of oxygen to cells, white blood cells which help in protection against infections , plasma which contains different proteins and platelets which help in blood coagulation.
3.The process of blood cell formation is called hematopoiesis . it occurs in the red bone marrow of ribs, sternum, clavicle and crainial bones.
4.Hemoglobin in red blood cells helps in the transportation of oxygen to cells and it also provides the red color to blood.
5.There are different kinds of anemia such as sickle cell anemia, iron-deficiency anemia.
1. Albumins, Globumins, Fibrogins, the plasma is the main transporter of nutrients to the cells, carriers blood cells and platelets, disolves waste materials, disolves some carbon dioxide and transports it back to the lungs, carries hormones, carries blood clotting substances
2. There are 3 main groups of cells in the blood; red blood cells, white blood cells, and platelet cells. Red blood cells carry oxygen to all of the parts of the body. White blood cells fight germs in the blood and lymph. Platelets stick together to form a clot when a person is bleeding.
3. The process of blood formation is hematopoiesis. It mostly occurs in the bone marrow but under certain conditions can take place in the liver, spleen and other places.
4. Erythroprotein helps produce more iron in the body and allows blood to flow better, it takes place in bone marrow.
5. Anemia is the lack of blood and includes decreased in oxygen.
1. The plasma maintains osmotic pressure and allows the cells to flow through the blood stream, they also have clotting functions. Include globulins, fibrinogens, and albumin.
2. RBC- carry oxygen
WBC – immune defense
platelets – clotting
buffy coat- contains proteins and phagocytes
plasma – suspends all elements
3. It is called hemotopesis and takes place in the red marrow in the bones.
4. Erthroproietin controls the rate of blood production. It is produced in the liver.
5. Iron Deficiency- RBC is not produced or functioning well because they lack
iron
Aplastic Anemia- where bone marrow does not function and is replaced by fat cells
Vitamin Deficiency- when some people cannot absorb b12 well and blood production is inhibited.
1. Major plasma proteins are albumins, flobulins,and fibrinogens. Plasma transports nutrients, gases, and vitamins to regulate fluid and electrolyte balance and maintaining a favorable PH.
2. Major parts of blood are red blood cells, white blood cells, and plasma. Red blood cells transport oxygen around the body, white blood cells destroy foreign invaders, and plasma transports those things around while keeping the blood from clogging.
3, hematopoiesis, it is made in the bone marrow
4. erytheoprotien controls red blood cell production and is produced in the kidneys
5. Sickle cell, Iron deficiency, microcytic, pernicious, folic acid defiency, thalassenia, aplastic
1.blood contains many different so-called plasma proteins, which serve a variety of functions in the body like osmotic pressure, transport and blood clothing.
2.The major parts of blood are white blood cells which fight diseases and infections red blood cells which are made in the bone marrow and carry oxygen and plasma and .platelets which cloth the blood.
3.The process of blood formation is Haematopoiesis and it is made in the bone marrow.
4.Erthroprotietin-glycoprotein hormone that stimulates the production of red blood cells by stem cells in bone marrow. Produced mainly by the kidneys, it is released in response to decreased levels of oxygen in body tissue
5.Iron Deficiency Anemia where the blood is lacking iron,Vitamin Deficiency Anemias where vitamin B12 and folic acid is lacking ,Hemolytic Anemias premature destruction of red blood cells,Sickle Cell Anemia the change of blood cell it is inherited dissorder,Aplastic Anemia an unexplained failure of the bone marrow to produce all types of blood cells. Instead, fat cells replace bone marrow.
1. Albumins- Help to thicken the blood and maintain proper osmotic pressure.
Globulins- Carry important nutrients and vitamins. Also carry antibodies.
Fibrinogens- Coagulate the blood.
2. Red Blood Cells- Transport oxygen and nutrients to tissues throughout the body.
White Blood Cells- Help attack infections and foreign invaders in the body.
Platelets- Help clot the blood to ensure minimal blood loss.
Plasma- Thicken the blood and contains plasma proteins.
3. Hematopoeisis is the formation of blood and it occurs in the bone marrow.
4. Erthroproietin is a hormone that controls the rate at which blood cells are produced. This is produced in both the liver and the kidneys.
5. There are many different types of anemia such as microcytic, macrocytic, normocytic, and dimorphic. Microcytic anemia is when hemoglobin is not created correctly. Macrocytic anemia is generally caused by a nutritional or macronutrient deficiency. Normocytic anemia is when blood volume levels remain constant but the hemoglobin levels are lowered. Dimorphic anemia is a combination of two or more types of anemia.
1. The major proteins and functions of plasma are albumin which is exertion of osmotic pressure, globulins which is immunity, and fibrinogen which is homeostasis and visocity.
2. The major parts of blood and functions of them are plasma, which is a fluid in the blood that circulates dissolved nutrients and removes waste products, red blood cells, which facilitate transportation of oxygen, white blood cells, which attach infectious agents, and platelets which are responsible for blood clotting.
3. The process of blood formation is hematopoesis and it occurs in the blood marrow.
4. The purpose of erthroproietin is to form red blood cells and production. It takes place in the red bone marrow.
5. Iron deficiency anemia is when the body needs iron to produce the hemogoblin necessary for red blood cell production. Vitamin Deficiency Anemia is lack of vitamins. Sickle Cell Anemia is when red blood cells are sickled and stiff and unable to squeeze through blood cells.
1. glucose, carbon dioxide. Functions of plasma: make up the liquid part of blood(55%).
2. red blood cells: deliver oxygen to vital organs from the lungs, white blood cells: fight infection, platelets: clotting, plasma: make blood a liquid.
3. hematopoeisis – the marrow of a bone.
4. It is a horomone used to treat low red blood cell count. It usually takes place in the kidneys.
5. Several different types of anemia are pernicious anemia, aplastic anemia, sickle cell anemia, and microcytic anemia.
1.Albumins- create oncotic pressure and transports other molecules. Immunoglobulins participate in immune system. Fibrinogens blood coagulation. Alpha 1-antitrypsin neutralize trypsin that had leaked from the digestive system. regulatory proteins regulation of few gene expression.
2. Red blood cells deliver oxygen form the lings to the rest of the body and transport carbon dioxide from the body to the lungs. White blood cells fight infection and kill of germs and CO2. Platelets combine with other blood components to form clots to prevent bleeding. Plasma which is 90% water is the medium in which all blood components and clotting factors are transported.
3.Hematopoiesis it mostly occurs in the bone marrow but can also occur in the liver, spleen, and other places.
4. To determine if hormonal secretion is causing changes in the red blood cells.
5.There are more than 400 types of anemia that are divided into three groups: anemia caused by blood loss, anemia caused by decreased or faulty red blood cell production, and anemia cause by destruction of red blood cells.
1. transport insoluble substances, reserve protein, maintining fluid and electrolite balance.
2.red blood cells. white blood cells. and platelets. to one fight of invaders. carry oxygen and to help with blood clotting.
3.In the bone marrow. and it starts in the center of a bone.
4.medicine used to up the production of red blood cells.
5.sickle cell anemia mostly seen in african americans. iron. where red blood cells appear smaller normal. Pernicious Anemia- problems with vitamin b12
1. Albumins: thicken blood and help with keeping colloid pressure.
Globulins: they form antibodies and help prevent against diseases.
Fibrinogens: the assist in blood clotting.
2. RBC’s: the carry oxygen.
Plasma: its the liquid part where blood cells are suspended.
WBC’s: they fight infections and disease throughout the body.
Platelets: they help clot the blood.
3. Hematopoiesis is the process of blood production and it occurs in the red bone marrow.
4. it occurs in the liver and kidneys and it controls the rate of red blood cell formation.
5. Anemia: the body lacks iron for red blood cell production.
Vitamin deficiency anemia: body lacks vitamins important in blood cell production.
Aplastic anemia: failure of bone marrow to produce blood cells.
sickle cell anemia: sickle cell shaped blood cells are produced preventing easy passage throughout the body.
1. Albumin=exertion of osmotic pressure. Globulins=immunity. Fibrinogen=hemostasis and viscosity.
2. RBC- carry oxygen, WBC- fight off pathogens, Platelets- stop blood loss, plasma- facilitate movement of blood cells.
3. Blood formation occurs in bone marrow and is created in the process of hemopoiesis which makes the cells in the blood.
4. Erthroproietin is a hormone secreted by the kidneys that increases the rate of production of red blood cells in response to falling levels of oxygen.
5. Sickle cell anemia- cells are sickle shaped as a mutation to survive malaria
Iron deficiency anemia- not enough iron is produced in the blood
1. solids, liquids, or gases Carries and makes the shapes.
2. hemoglobin,Removal of waste, Supply of nutrients,Immunological functions,self-repair mechanism,Messenger functions
3. Blood vessels and pumps blood to the heart
4. Give protein to the body and in the liver
5. carries oxygen from the lungs to the tissues, anemia leads to hypoxia. produced by a variety of underlying causes. Anemia can be classified in a variety of ways, based on the morphology of RBCs, underlying etiologic mechanisms, and discernible clinical spectra.
1. solids, liquids, or gases Carries and makes the shapes.
2. hemoglobin,Removal of waste, Supply of nutrients,Immunological functions,self-repair mechanism,Messenger functions
3. Blood vessels and pumps blood to the heart
4. Give protein to the body and in the liver
5. carries oxygen from the lungs to the tissues, anemia leads to hypoxia. produced by a variety of underlying causes. Anemia can be classified in a variety of ways, based on the morphology of RBCs, underlying etiologic mechanisms, and discernible clinical spectra.
1.) The major proteins are albumins, fibrinogens, and globulin. The functions are regulating cell function and maintaining homeostasis.
2.) red blood cells- deliver oxygem from the lungs, white blood cells- fight infection, platelets- combine w/ other components to form clots to prevent bleeding and plasma- the medium in which all the blood is transported.
3.) The process is called hematopoiesis, takes place in the bone marrow.
4.) To treat anemia, takes place in the bone marrow.
5.) sickle cell, iron deficiency, vitamin deficiency.
1.The plasma proteins help to transport insoluble substances around the body; the substances bind to the protein rather than the water.
Plasma proteins are responsible for he clotting of the blood when tissue is cut and blood is exposed. Without plasma proteins the blood would continue to flow out of cuts.
2.Erythrocytes carry oxygen to all of the parts of the body. Leukocytes fight germs in the blood and lymph. Thrombocytes stick together to form a clot when a person is bleeding.
3.It mostly occurs in the bone marrow but under certain conditions can take place in the liver, spleen and other places.
4.The erythropoietin (EPO) test is used to determine if hormonal secretion is causing changes in the red blood cells. The test has great value in evaluating low hemoglobin (anemia), and another disorder called polycythemia,
5.Iron Deficiency Anemia, Vitamin Deficiency Anemias, Hemolytic Anemias, Sickle Cell Anemia,Thalassemia, Aplastic Anemia.
1. Plasma is made up of Globulins, Fibrinogens, and Albumins, it is the liquid part of the blood that suspends the blood cells.
2. Red Blood Cells – carry oxygen, White Blood Cells – fight infections, Platelets – help form blood clots.
3. Hemopoiesis is the formation of blood and it occurs in the red bone marrow.
4. Erythroproietin is a test that counts the number of red blood cells that are being made in the red bone marrow, this test is done in the kidney, where the hormone is produced.
5. Iron Deficiency – the most common form of anemia, it is caused by a lack of hemoglobin. Sickle Cell – common in Africa it is characterized by the production of rigid, sickle-shaped red blood cells, which break down very quickly.
1.Albumin,Globulins,Fibrinogen
2.Red cells – They transport oxygen from the lungs to all of the living tissues of the body and carry away carbon dioxide.
White cells- They occur elsewhere in the body as well, most notably in the spleen, liver, and lymph glands.
Platelets- are cell fragments without nuclei that work with blood clotting chemicals at the site of wounds.
plasma- is the relatively clear, yellow tinted water, sugar, fat, protein and salt solution which carries the red cells, white cells, and platelets. Normally,55% of our blood’s volume is made up of plasma. As the heart pumps blood to cells throughout the body, plasma brings nourishment to them and removes the waste products of metabolism.
3.Hematopoiesis is the formation of blood cells and other constituent elements of the blood.generally takes place when the body is suffering.
4.erthroproietin is a glycoprotein hormone that controls erythropoiesis, or red blood cell production. It is a cytokine for erythrocyte red blood cell precursors in the bone marrow.
5. Sickle cell anemia, iron deficiency anemia, vitamin deficiency, and bone marrow and stem cell problems are associated with anemia as the result of decreased or faulty red blood cell production.
Hemolytic anemia is anemia caused by the destruction of red blood cells. Bloods cells are destroyed because they are too fragile to withstand the routine stress of the circulatory system.
1. Plasma is the part of blood where the whole blood cells are suspended.
2. The major parts of blood are white blood cells, red blood cells, and plasma.
3. Blood formation is done in the bone marrow and it takes place there.
4. Erythroprotein controls erythropoiesis and it takes place in the kidneys.
5. Anemia is a decrease in the number of red blood cells.
1. Albumins, globins, fibronogen
2.
3. process of making blood is hemotopoiesis.
4. A glycoprotein hormone that stimulates the production of red blood cells by stem cells in bone marrow. Produced mainly by the kidneys, it is released in response to decreased levels of oxygen in body tissue.
5. different diseases that are caused by the inablitiy of the blood to carry sufficient oxygen.
1. Albumins transport proteins in the blood, globulins work in the immune system and form antibodies, and fibrinogen works in clotting.
2. The major parts of blood are plasma, which is the liquid of the blood and carries nutrients, red blood cells, which carry oxygen, white blood cells, which fight disease, and platelets which help clot blood.
3. Blood is formed from stem cells which then turn into Red Blood Cells and White Blood Cells and many different things. It takes place in bone marrow primarily and also occurs in the spleen, liver and lymph nodes.
4. The purpose of erythropoietin is to control Red Blood Cell formation. Also it can help in neuronal injuries and the wound healing process. This process takes place in the red marrow.
5. Anemia is separated into three categories. Excessive blood loss anemia where hemorrhaging occurs, excessive blood cell destruction, and deficient blood cell production. Also there can be just a simple iron deficiency which results in a lack of hemoglobin or mutation of hemoglobin.
1. Albumin-transporting things in the blood
Globulin-fights disease and infection
Fibrinogen-blood clotting
2.Red blood cells-oxygen transport
White blood cells-defense against disease
Platelets-blood-clotting
3. Erythropoiesis, kidneys
4. Helps produce red blood cells and takes place in the kidneys
5. Iron deficiency anemia-blood cells seem smaller beacuse of lack of iron
Sickle cell anemia-common in African Americans, hemoglobin is in a sickle shape
Pernicious Anemia-lack of the vitamin B12
Folic Acid Deficiency Anemia-lack of folic acid
1. It’s the main transporter of nutrients to the cells.
2. It carries red blood cells and platlets.
3. The blood cells are divided into 3 groups in the bone marrow.
4. Produced mainly by the kidneys, it is released in response to decreased levels of oxygen in body tissue.
5. Iron deffiency anemia, sickle cell anemia, pernicious anemia.
1. Albumin- the most abundant protein And maintains water balance and osmotic pressure
Globulin- Enzymes, protein carriers and antibodies; Helps to fight Infection and disease
Fibrinogen- Produced by the liver and helps to Increase clots to help to stop bleeding.
2. Red blood cells- Carries oxygen from lungs to the rest of the body
White blood cells- fights of infection and disease
Platelets- helps clot blood for bleeding
3.hemopoiesisa, in the bone marrow
4. Erthroproietin is the formation of red blood cells and takes place in the bone marrow.
5. Hemolytic anemia- occurs when rbs are destroyed at a faster rate then they can be reproduced.
Sickle cell anemia- Inherited disorder caused by a mutation in the hemoglobin chain.
Aplastic anemia- life threatening anemia that Is cause by a decrease in the bone marrow’s ability to produce all three types of blood cells.
1. Globulins- deal with protein
Albumins- Maintains a pressure Fibrinogen- blood coagulation
2. WBC- fight infection, RBC- supply oxygen Platelets- deal with clotting
3. Hematopoeisis and it happens in the spleen, liver and lymph nodes
4. Erthroprotein- contols RBC production and occurs in the kidneys and liver
5. Sickle cell and iron deficency
1. The three major proteins of plasma are: Albumin, globulin, and fibrinogen. The plasma proteins help to transport insoluble substances around the body. Plasma proteins are responsible for he clotting of the blood when tissue is cut and blood is exposed. Without plasma proteins the blood would continue to flow out of cuts. Plasma proteins also help to maintain a strong immune system as the gamma globulins act as antibodies and help fight infections.
2. Blood is made up of four main parts: red blood cells, white blood cells, platelets, and plasma. Red blood cells deliver oxygen from the lungs to the rest of the body and transport carbon dioxide from the body to the lungs. White blood cells fight infection and kill of germs and CO2. Platelets combine with other blood components to form clots to prevent bleeding. Plasma is the medium in which all the blood components and clotting factors are transported.
3.The process of blood formation is hematopoiesis.It mostly occurs in the bone marrow but under certain conditions can take place in the liver, spleen and other places.
4.The erythropoietin test is used to determine if hormonal secretion is causing changes in the red blood cells. The test has great value in evaluating low hemoglobin (anemia), and another disorder called polycythemia.
5.There is anemia caused by blood loss, by decreased or faulty red blood cell production, and by destruction of red blood cells. Sickle cell anemia, iron deficiency anemia, vitamin deficiency, and bone marrow and stem cell problems are associated with anemia as the result of decreased or faulty red blood cell production. Hemolytic anemia is anemia caused by the destruction of red blood cells.
1) fibrinogens- clotting of blood. Albumins-osmotic pressure
. Globulins-immunity
2) WBC- fighting off infection, RBC-provide oxygen, plasma- liquid portions, platelets- healing process
3) hematopeious, takes place in the bone marrow.
4) controls the rates of rbc formation, takes place in kidneys and liver.
5) sickle cell- irregular shape of rbc.
1. What are the major proteins and functions of plasma?
Albumins thicken blood, globulins protect the body, fibrinogens help clot.
2. What are the major parts of blood and the functions of those parts?
Wbcs protect, rbcs bring oxygen, plasma is a transport medium, platelets are clotting factors.
3. What is the process of blood formation and where does it take place?
In the bone marrow, hemetapiosis
4. What is the purpose of erthroproietin and where does this process take place?
It helps with rbcs.
5. Discuss the different types of anemia.
Sickle cell or regular.
1. fibrinogens, albumins, globulin. blood clotting, fighting diseases, osmotic pressure
2. Blood is made up of four main parts: red blood cells, white blood cells, platelets, and plasma. Red blood cells deliver oxygen from the lungs to the rest of the body and transport carbon dioxide from the body to the lungs. White blood cells fight infection and kill of germs and CO2. Platelets combine with other blood components to form clots to prevent bleeding. Plasma is the medium in which all the blood components and clotting factors are transported.
3.The blood cells are divided into 3 groups in the bone marrow.
4.give protein to the body and in the liver.
5.There is anemia caused by blood loss, by decreased or faulty red blood cell production, and by destruction of red blood cells. Sickle cell anemia, iron deficiency anemia, vitamin deficiency, and bone marrow and stem cell problems are associated with anemia as the result of decreased or faulty red blood cell production. Hemolytic anemia is anemia caused by the destruction of red blood cells.