Number 6 A person with type A blood hasa. anti-A antibodies.Danti-B antibodies.c. anti-O antibodies.d. no antibodies.5 A person with type B- blood has which of the following antibodies? (Assume the person has been exposed to Kiantigens. Circle all that apply.)a. anti-A antibodiesb. anti-B antibodiesc. anti-Rh antibodiesd. no antibodies6 List all of the blood types to which the following people could donate:a. Person 1: Type A-b. Person 2: Type O+c. Person 3: Type AB-d. Person 4: Type B+The disease erythroblastosis fetalis (also called hemolytic disease of the newborn) develops in a fetus or a newborninfant with Rh-positive blood and an Rh-negative mother. Symptoms result when maternal anti-Rh antibodies crossWhythe children of Rh-positive mothers not at risk for this

Name: Number 6 A person with type A blood hasa. anti-A antibodies.Danti-B an
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Description: Number 6 A person with type A blood hasa. anti-A antibodies.Danti-B antibodies.c. anti-O antibodies.d. no antibodies.5 A person with type B- blood has which of the following antibodies? (Assume the person has been exposed to Kiantigens. Circle all th

Answer. On the surface of human RBCs, different types of antigens are present. ABO antigens are…

Answered: u. saino SList all of the blood types…

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u. saino SList all of the blood types to which a. Person 1: Type A- b. Person 2: Type O+ c. Person 3: Type AB- d. Person 4: Type B+

Medical Terminology for Health Professions, Spiral bound Version (MindTap Course List)

8th Edition

ISBN:9781305634350

Author:Ann Ehrlich, Carol L. Schroeder, Laura Ehrlich, Katrina A. Schroeder

Publisher:Ann Ehrlich, Carol L. Schroeder, Laura Ehrlich, Katrina A. Schroeder

ChapterCom: Comprehensive Medical Terminology Review

Section: Chapter Questions

Problem 19RS

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Which of the following statements is NOT true of a fever?a. Temperature is regulated by chemicals that reset the body's thermostat to a higher setting.b. The higher than normal body temperature impairs the functions of some bacteria.c. The higher than normal body temperature is always harmful.d. The higher temperature impairs leukocytes andantibody production.e. Both c and d. Which of the following statements is NOT true of antibodies?a. They bind to foreign antigens, making them susceptible to being engulfed by phagocytes.b. They serve as specific binding sites on B cells.c. An antibody is usually able to bind to a variety of different types of antigensd. They are composed of two heavy chains and two light chains.
People with type AB blood are considered the "universal recipient" for transfusions because____ A. their blood cells lack A and B antigens. B. their blood is plentiful in A and B antibodies. C. they are usually Rh negative. D. their blood lacks A or B antibodies.
. A) What is the significance of producing monoclonal antibodies? B) What is the role of cell culture in production of monoclonal antibodies? C) Name and briefly explain the use of any 4 commercially available monoclonal antibodies.
A person with blood type A has a. anti-B antibodies in her blood plasma. b. anti-A antibodies in her blood plasma. c. both anti-A and anti-B antibodies in her blood plasma. d. no antibodies in her blood plasma.
Which is true about Rh blood types. A. Rh positive people will always have an anti-B antibody. B. Rh positive people have anti-D antibodies. C. Rh negative people do not have anti-D antibodies unless exposed to Rh positive blood. D. Rh positive people will always have an anti-O antibody. E. Rh negative people automatically have anti-D antibodies. None
You have a patient with abnormally high IgE antibodies. What are two scenarios that might lead to a high level of IgE antibodies? How would you find out which scenario is causing the increase in IgE?
Epitope binds to antibodies A.true B.false
Which best describes an AB + blood type? Group of answer choices ~Presence of B antigen. Absence of Rh factor. Presence of A antibody. ~Presence of A antigen. Presence of Rh factor. Absence of A antibody. ~None ~Presence of A and B antigen. Presence of Rh factor. Absence of A and B antibody. ~Presence of A and B antibody. Absence of Rh factor. Absence of A and B antigen. ~Presence of A and B antigen. Absence of Rh factor. Absence of A and B antibody. ~Presence of A and B antibody. Presence of Rh factor. Absence of A and B antigen.
1.If thymus gland is removed from a newborn, ___________.A. lymphoid organs are not affectedB. individual will not acquire immunologic competenceC. red bone marrow will take the function of thymusD. T lymphocytes will be activated 2. The white pulp of spleen _____.A. produce blood cells B. store plateletsC. destroy blood borne pathogens D. remove defective blood cells 3. Which of the following is TRUE?A. Tonsillitis of viral origin usually resolves on its own.B. Pharyngeal tonsillitis are pairedC. Tonsillitis are caused by viruses onlyD. Lingual tonsils are commonly removed in tonsillectomy 4. What will take over the functions of spleen if spleen is removed?A. thymus and liver B. red bone marrow and thymusC. lymph nodes and thymus D. red bone marrow and liver 5. Tissues that lack lymphatic capillaries include ______.A. Red bone marrow B. thymus C. lymph gland D. all of the above
Even though instances of fetal, maternal ABO, incompatibility are common, severe hemolytic disease due to ABO incompatibility is rare. Which of the following best explains this difference? A) ABO incompatibility causes extensive extra medullary hematopoiesis B) antibodies against ABO antigens do not bind complement C) the maternal immune system is tolerant to ABO ANTIGENS D) most anti- A or anti- B antibodies are of IgM type and do not cross the placenta E) the presence of concurrent Rh incompatibility decreases the immunogenicity of erythrocytes
B. When someone needs a blood transfusion, he/she will usually be given his/her own type. Sometimes, however, it might be necessary to use a compatible type. Not all blood types are compatible with each other. Fill in Table 2 to indicate compatible donors and recipients. Table 2: Recipient / Donor Transfusion Compatibility Blood Types Donates to Receives from A B AB O What blood type is called the universal donor? What blood type is called the universal recipient? Based on antigen-antibody reactions, can you explain why a particular type is the universal donor or recipient?
The classic clinical problem with immunodeficiency disorders is the development of which of the following? (A) hypotension (B) the Rh factor (C) organ rejection (D) severe infections