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Which of the following best describes blood plasma? Group of answer choices found inbetween the cells, not in them, so called intracellular found in vessels, not cells, so it is a type of extracellular fluid found between vessels, not in them, so thought of as extracellular found within the cells, not outside, so normally called interstitial   The sodium-potassium pump balances intracellular and extracellular ions by:   Group of answer choices the use of ionic pressure active transport of ions creating osmotic pressure employing hydrostatic pressure     What force drives fluid into lymphatic capillaries?   Group of answer choices colloidal osmotic pressure hydrostatic pressure active transport of fluids diffusion of water

APPLIED PROJECT CONTROLLING RED BLOOD CELL LOSS DURING SURGERY A typical volume of blood in the human body is about 5 L. A certain percentage of that volume (called the hematocrit) consists of red blood cells (RBCS); typically the hematocrit is about 45% in males. Suppose that a surgery takes four hours and a male patient bleeds 2.5 L of blood. During surgery the patient's blood volume is maintained at 5 L by injection of saline solu- tion, which mixes quickly with the blood but dilutes it so that the hematocrit decreases as time passes. 1. Assuming that the rate of RBC loss is proportional to the volume of RBCS, determine the patient's volume of RBCS by the end of the operation. 2. A procedure called acute normovolemic hemodilution (ANH) has been developed to minimize RBC loss during surgery. In this procedure blood is extracted from the patient before the operation and replaced with saline solution. This dilutes the patient's blood, resulting in fewer RBCS being lost during the…

Explain how life is in the blood by using at least 5 biological key terms such as plasma,platelets, erythrocytes, and leukocytes as well as the composition of blood from figure10.9 of your text.Also explain how blood has been made an atonement for the soul according to Leviticus17:11. Use 3 Scriptures to support your explanation

As an undergraduate intern in psychiatric unit a patient requesting therapeutic marijuana asks you why his physician has recommended a close monitoring of blood cell components. Remembering you took notes on this in one of your neuroscience lectures, you respond that is because marijuana can affect not only cells in the brain but also brain blood circulation lymphocyte count in the blood erythrocyte count in the blood cells in the bone marrow

1 paragraph describing the lead concept for blood pressure machines 1 paragraph indicating the concept’s regulatory pathway for blood pressure machines 1 paragraph with 5 regulatory questions you’d like to discuss for blood pressure machines concept

Hemodynamics are the dynamics of blood flow. Can the Bernoulli's equation be used to study hemodynamics in the cardiovascular system? Why or why not? You should discuss all four of the assumptions of Bernoulli's equation when answering this question. Jugular vein (also subclavian vein from arms) Pulmonary artery Superior vena cava Interior vena cava Hepatic vein Liver Hepatic portal vein Renal vein Iliac vein CO₂ CO₂ Head and arms Lungs Heart Kidneys Trunk and legs Carotid artery (also subclavian artery to arms) Pulmonary vein Aorta Hepatic artery Mesenteric arteries Digestive tract Renal artery Iliac artery

! List three! components of blood which allow the blood to fulfill the role of protective tissue.   ( I was wondering if was in connection with the Coagulation process, and might be The fibrin,thrombin and prothrombinase?) please just for my better understanding could you also say why or why not whilst answering the question by listing 3

Anatomy and Physiology 1) In the clinical setting, how do we actually determine someone’s blood type? When somebody needs a blood transfusion, the clinician needs to find out what theirblood type is to make sure they get the right type. How? You can figure this out. I’mgoing to give you all of the information you need, and then you are going to predict howblood types are assessed in the clinic.First, you need to know that when antibodies attack RBC, the reaction creates clumping,called agglutination. This is a visible reaction- you can see it happen!Next, you need to know that to determine somebody’s blood type, the clinician has a vialof antibodies that attack A (called anti-A), a vial with antibodies that attack B (anti-B),and… I know you know where this is going… a vial with antibodies that attack Rh (guesswhat that’s called!). And, of course, they have a sample of the person’s blood.Okay! Come up with a hypothesis about how you could do this. Just try to figureout how it could be…

In hematology laboratory, automation has been the ongoing trend in terms of cell sorting and identification. Do you think it is about time to phase out the manual method of blood cell counting and identification in this area? Why or why not?

In a woman with body mass 70 kg blood quantity is 4.9 liters; hematocrit is 32%, the quantity of erythrocytes is 3.0*10^12/l, hemoglobin is 105 g/l color parameter is 1.0, the minimum osmotic resistance of erythrocytes is 0.38%NaCl; the maximum osmotic resistance of erythrocytes is 0.34%NaCl Such blood analises testifies first of all about: A. the water excess in the organism B. the lack of water in the organism C. osmotic hemolysis of erythrocytes D. chemical hemolysis of erythrocytes E. the lack of iron in blood plasma

Background: The hematocrit of whole blood is the percent of the blood (by volume) that is made up of cells. For example, if a person has a hematocrit of 40, it means that 40% of the blood volume is cells and the rest is plasma. The average hematocrit of a normal human male is 42 and 38 for a normal human female. The degree of bodily activity, anaemia, as well as altitude, are among some factors that affect hematocrits.  calculation to get the % red blood cells (RBC): RBC present over total liquid x 100 The tubes in the image were all centrifuged at maximum speed for 5 minutes. Describe your observations of the hypo-, iso-, and hypertonic hematocrit tubes. Also calculate the % volume of red blood cells in each tube.

A British MI-6 secret agent presents to the emergency department after being poisoned while out on a mission. Laboratory tests reveal a serious cardiac arrhythmia and high blood levels of a cardiac glycoside agent. The attending physician orders the immediate administration of a drug that can chemically antagonize the toxic agent. Which of the following drugs is most likely being administered to this patient for this purpose? O Atropine immune Fab O Sodium nitroprusside O Verapamil anti-immune O Pralidoxime O Digoxin immune Fab

topic: blood (please do not copy from google)  3. how do the red blood cells compare to the white blood cells? a. what is the function of each type of blood cell? b. how does the structure of the red blood cell relate to its function? c. how does the structure of the white blood cell relate to its function?

Which of the following is not an extensive property The combination of equivalent amounts of acids and bases is called? What is the correct sequence of the different stages in blood clotting? I Fibrinogin thrombin fibrin/II Prothrombin thromboplastin Thrombin Ca

Hyperglycemia associated with diabetes promotes a prothrombotic state by affecting a number of different steps in the clotting pathway. Which of the following would result in more rather than less clotting? Check all that apply. The correct answers reflect the effect of hyperglycemia on the clotting pathway! less conversion of plasminogen to plasmin 7 000000000 abnormally low number of platelets platelets more sensitive to thromboxane A2 elevated conversion of plasminogen to plasmin platelets less sensitive to thromboxane A2 low sensitivity to NO and PGI2 increased prothrombin in the blood increased amount of fibrinogen in the blood less prothrombin in the blood abnormally high number of platelets less fibrinogen in the blood high sensitivity to NO and PGI2

31 A research student is investigating artificial substitutes for human blood inemergency blood loss situations. For example, a person has suffered a traumaresulting in a large open wound and has lost a large volume of blood. The wound hasbeen temporarily closed and blood loss has been slowed.Consider the above scenario to answer the following questions in sentence format.a. While blood supports many functions, what would be the primary short-termpurpose of artificial blood in this scenario?b. What characteristics would artificial blood need to have in order to functionwell in the body to address acute blood loss?c. What type of tissue is blood?

Subject: Anatomy and Physiology   Most blood banks split whole blood into two or more components, typically red blood cells and a plasma component. Generally, a blood transfusion will transfuse the platelets and red blood cells. (a) Why would only the platelet and red blood cell component be infused? (b) Why is it important to know a person’s blood type? (c) Can a person with type AB blood be considered to be a universal donor of the platelet and red blood cell component?

Which of the following has the lowest probability of cardiac event-free survival?   high CRP and high LDL-cholesterol   low CRP and low LDL-cholesterol   high hs-CRP and high LDL-cholesterol   low hs-CRP and low LDL-cholesterol   high hs-CRP and low LDL-cholesterol

platelets globulins fibrinogen erythrocytes leukocytes connective plasma fibrinogen coagulation albumin men women formed elements Blood is a tissue that consists of formed elements and an extracellular matrix called The formed elements include red and white blood cells, and cell fragments called Plasma: The fibers of the extracellular matrix are actually fiber precursor molecules called Plasma consists of water, protein, nutrients, electrolytes, wastes, hormones, and gases. Plasma contains a multitude of proteins. However, three proteins predominate. contributes towards blood viscosity and helps transport lipophilic substances in the blood. , otherwise known as antibodies, help combat specific pathogens. Finally, upon activation, fibrinogen forms fibers during the process of are cells and cell fragments found in the blood. serve to transport gases in the blood. are blood cells of the immune system that combat pathogens. are cell fragments that assist in the process of blood clot…

platelets         men        fibrinogen           leukocytes           connective        women         globulins          plasma           fibrinogen            coagulation             albumin             formed elements            erythrocytes Blood is a Blank 1 tissue that consists of formed elements and an extracellular matrix called Blank 2 .   The formed elements include red and white blood cells, and cell fragments called Blank 3 .  Plasma: The fibers of the extracellular matrix are actually fiber precursor molecules called Blank 4 . Plasma consists of water, protein, nutrients, electrolytes, wastes, hormones, and gases. Plasma contains a multitude of proteins. However, three proteins predominate. Blank 5 contributes towards blood viscosity and helps transport lipophilic substances in the blood. Blank 6 , otherwise known as antibodies, help combat specific pathogens. Finally, upon activation, fibrinogen forms fibers during the process of Blank 7 .

Show computation    2. A physician orders 1 unit packed RBC to infuse over 4 hours. A unit of blood contains 250ml. The BT set delivers 10gtts/ml. A nurse prepares to set the flow rate at how many drops per minute? 3. Calculate the IV flow rate for 1200 mL of NS to be infused in 6 hours. The infusion set is calibrated for a drop factor of 15 gtts/mL.

Fill in the following with the appropriate cell-based blood component, using the scientific term. Formed by megakaryocytes:__________ ; there are five types of these:__________ ; carry oxygen:__________ ; include macrophages:_________ ; lack a nucleus:________; fight infection and disease:_________ ; contain hemoglobin:_________ .

Project Controlling Red Blood Cell Loss During Surgery A typical volume of blood in the human body is about 5 L. A certain percentage of that volume (called the hematocrit) consists of red blood cells (RBCs); typically the hematocrit is about 45% in males. Suppose that a surgery takes four hours and a male patient bleeds 2 L of blood. During surgery the patient's blood volume is maintained at 5 L by injection of saline solution, which mixes quickly with the blood but dilutes it so that the hematocrit decreases as time passes. 1. Assuming that the rate of RBC loss is proportional to the concentration of RBCs, determine the patient's concentration of RBCs by the end of the operation.   2. A procedure called acute normovolemic hemodilution (ANH) has been developed to minimize RBC loss during surgery. In this procedure blood is extracted from the patient before the operation and replaced with saline solution. This dilutes the patient's blood, resulting in fewer RBCs being lost during the…

A3 Explain why “seeding”, at least in principle, dramatically speeds up the process of fibrillation. Compare to the process of “seeding” to speed up protein crystallization. Why does “seeding” work? I'll rate positively , if you the answer is correct and completed

The total number of 02 molecules that can be carried by one red blood cell is about a: O One hundred (100) 02 molecules One thousand (1000) 02 molecules One million (1000,000) 02 molecules One billion (1000,000,000) 02 molecules

Your patient is an 85-year-old man with congestive heart failure (CHF). BP = 145/87. He has been very ill and hasn't been eating. A blood test shows that he has hypoproteinemia (low levels of protein in the blood). Would an intravenous (IV) infusion of albumin be an appropriate treatment? Why or why not? Yes, because it would help with blood clotting. No, because it would help with blood clotting. Yes, because it would lead to an increase in blood volume. No, because it would lead to an increase in blood volume. Yes, because it would decrease his blood pressure. No, because it would decrease his blood pressure. Yes, because since he doesn't have enough protein in his blood, you should add more. No, because since he doesn't have enough protein in his blood, you should add more.

In circulatory system, one the main function of our blood is controlling our body temperature. Explain further this : – Blood regulation fuctions is maintaining body temperature by absorbing amd distributing heat.

Currently, the news regarding ‘pig heart transplantation to humans’ has become a controversial issue in worldwide.  This issue also is an advancement in cell/  tissue culture context. Based on this,please discuss about ethical issues that can be exist from this ‘pig heart transplantation to humans’.