All of the following statements concerning regulatory T cells (Treg) are correct, EXCEPT: The regulatory cytokines produced by regulatory T cells are IL-12 and TGF-B O Thymocytes that recognize self-antigen in the thymus with a certain affinity become natural (central) regulatory T cells O In the periphery T cells that recognize self-antigen in the presence of TGF-B become induced regulatory T cells O A Treg cell can suppress self-reactive lymphocytes that recognize peptides different from that recognized by itself provided that the peptides are derived from the same tissue O A Treg cell can suppress self-reactive lymphocytes that recognize peptides different from that recognized by itself provided that the peptides are presented by the same antigen-presenting cell (APC)
All of the following statements concerning regulatory T cells (Treg) are correct, EXCEPT: The regulatory cytokines produced by regulatory T cells are IL-12 and TGF-B O Thymocytes that recognize self-antigen in the thymus with a certain affinity become natural (central) regulatory T cells O In the periphery T cells that recognize self-antigen in the presence of TGF-B become induced regulatory T cells O A Treg cell can suppress self-reactive lymphocytes that recognize peptides different from that recognized by itself provided that the peptides are derived from the same tissue O A Treg cell can suppress self-reactive lymphocytes that recognize peptides different from that recognized by itself provided that the peptides are presented by the same antigen-presenting cell (APC)
Human Physiology: From Cells to Systems (MindTap Course List)
9th Edition
ISBN:9781285866932
Author:Lauralee Sherwood
Publisher:Lauralee Sherwood
Chapter12: Body Defenses
Section: Chapter Questions
Problem 15RE
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![All of the following statements concerning regulatory T cells (Treg) are correct, EXCEPT:
The regulatory cytokines produced by regulatory T cells are IL-12 and TGF-B
O Thymocytes that recognize self-antigen in the thymus with a certain affinity become natural (central)
regulatory T cells
O In the periphery T cells that recognize self-antigen in the presence of TGF-B become induced regulatory T
cells
O A Treg cell can suppress self-reactive lymphocytes that recognize peptides different from that recognized
itself provided that the peptides are derived from the same tissue
O A Treg cell can suppress self-reactive lymphocytes that recognize peptides different from that recognized by
itself provided that the peptides are presented by the same antigen-presenting cell (APC)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fec8f6c50-c8ba-4cf0-92fc-c8288bb20795%2Fe1bf7bc1-ce89-47ea-a72b-3eb89eb61f52%2Ft91gwpk_processed.jpeg&w=3840&q=75)
Transcribed Image Text:All of the following statements concerning regulatory T cells (Treg) are correct, EXCEPT:
The regulatory cytokines produced by regulatory T cells are IL-12 and TGF-B
O Thymocytes that recognize self-antigen in the thymus with a certain affinity become natural (central)
regulatory T cells
O In the periphery T cells that recognize self-antigen in the presence of TGF-B become induced regulatory T
cells
O A Treg cell can suppress self-reactive lymphocytes that recognize peptides different from that recognized
itself provided that the peptides are derived from the same tissue
O A Treg cell can suppress self-reactive lymphocytes that recognize peptides different from that recognized by
itself provided that the peptides are presented by the same antigen-presenting cell (APC)
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