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текстчить текстить текст текст�екст�кст="https://prior.studentlibrary.ru/patrns/bookmark_gr.pngtps://prior.studentlibrary.ru/patrns/bookmark_gr.pngs://prior.studentlibrary.ru/patrns/bookmark_gr.png//prior.studentlibrary.ru/patrns/bookmark_gr.pngprior.studentlibrary.ru/patrns/bookmark_gr.pngior.studentlibrary.ru/patrns/bookmark_gr.pngtudentlibrary.ru/patrns/bookmark_gr.pngdentlibrary.ru/patrns/bookmark_gr.pngntlibrary.ru/patrns/bookmark_gr.pngIn this Chapter: this Chapter:his Chapter:apter:ter:r:lassssxt class="">27.1. Antiallergic drugs. Immunosuppressantslass="">27.1. Antiallergic drugs. Immunosuppressantsss="">27.1. Antiallergic drugs. Immunosuppressants Antiallergic drugs. Immunosuppressantspan class=""> Antiallergic drugs. Immunosuppressantsn class=""> Antiallergic drugs. Immunosuppressantsclass=""> Antiallergic drugs. Immunosuppressantsass=""> Antiallergic drugs. Immunosuppressants""> Antiallergic drugs. Immunosuppressants> Antiallergic drugs. Immunosuppressantsnbsp;Antiallergic drugs. Immunosuppressantssp;Antiallergic drugs. Immunosuppressants/span>Antiallergic drugs. Immunosuppressantspan>Antiallergic drugs. Immunosuppressantsn>Antiallergic drugs. Immunosuppressantspan class="">Antiallergic drugs. Immunosuppressantsn class="">Antiallergic drugs. Immunosuppressantss="">Antiallergic drugs. Immunosuppressants"">Antiallergic drugs. Immunosuppressants>Antiallergic drugs. Immunosuppressantsrugs. Immunosuppressantsgs. Immunosuppressants. Immunosuppressantsmmunosuppressantsunosuppressantsosuppressants/p>

1-receptors)s (blockers of histamine Η₁-receptors)(blockers of histamine Η₁-receptors)ers of histamine Η₁-receptors)s of histamine Η₁-receptors)of histamine Η₁-receptors)ub>1-receptors)>1-receptors)-receptors)an>Immunostimulators (immunomodulators)>Immunostimulators (immunomodulators)span class="">Immunostimulators (immunomodulators)an class="">Immunostimulators (immunomodulators) class="">Immunostimulators (immunomodulators)lass="">Immunostimulators (immunomodulators)ss="">Immunostimulators (immunomodulators)="">Immunostimulators (immunomodulators)mmunostimulators (immunomodulators)unostimulators (immunomodulators)ostimulators (immunomodulators)lled allergic (hypersensitivity) reactions. Such conditions are relatively common.ed allergic (hypersensitivity) reactions. Such conditions are relatively common. allergic (hypersensitivity) reactions. Such conditions are relatively common.gic (hypersensitivity) reactions. Such conditions are relatively common.c (hypersensitivity) reactions. Such conditions are relatively common.(hypersensitivity) reactions. Such conditions are relatively common.tions. Such conditions are relatively common.ons. Such conditions are relatively common.s. Such conditions are relatively common. Such conditions are relatively common.uch conditions are relatively common.h conditions are relatively common.conditions are relatively common.nditions are relatively common.itions are relatively common.ns are relatively common. are relatively common.elatively common.atively common.ively common.n>lassan class="">Two mechanisms of immunogenesis participate in the development of different types of allergic reactions - humoral, that occurs due to antibody production, and the cellular one that involves many immunocompetent cells. Immune response is known to be formed via the interaction between phagocytes, regulatory lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines. class="">Two mechanisms of immunogenesis participate in the development of different types of allergic reactions - humoral, that occurs due to antibody production, and the cellular one that involves many immunocompetent cells. Immune response is known to be formed via the interaction between phagocytes, regulatory lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.lass="">Two mechanisms of immunogenesis participate in the development of different types of allergic reactions - humoral, that occurs due to antibody production, and the cellular one that involves many immunocompetent cells. Immune response is known to be formed via the interaction between phagocytes, regulatory lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.hanisms of immunogenesis participate in the development of different types of allergic reactions - humoral, that occurs due to antibody production, and the cellular one that involves many immunocompetent cells. Immune response is known to be formed via the interaction between phagocytes, regulatory lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.nisms of immunogenesis participate in the development of different types of allergic reactions - humoral, that occurs due to antibody production, and the cellular one that involves many immunocompetent cells. Immune response is known to be formed via the interaction between phagocytes, regulatory lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.sms of immunogenesis participate in the development of different types of allergic reactions - humoral, that occurs due to antibody production, and the cellular one that involves many immunocompetent cells. Immune response is known to be formed via the interaction between phagocytes, regulatory lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines. of immunogenesis participate in the development of different types of allergic reactions - humoral, that occurs due to antibody production, and the cellular one that involves many immunocompetent cells. Immune response is known to be formed via the interaction between phagocytes, regulatory lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.f immunogenesis participate in the development of different types of allergic reactions - humoral, that occurs due to antibody production, and the cellular one that involves many immunocompetent cells. Immune response is known to be formed via the interaction between phagocytes, regulatory lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.immunogenesis participate in the development of different types of allergic reactions - humoral, that occurs due to antibody production, and the cellular one that involves many immunocompetent cells. Immune response is known to be formed via the interaction between phagocytes, regulatory lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.he development of different types of allergic reactions - humoral, that occurs due to antibody production, and the cellular one that involves many immunocompetent cells. Immune response is known to be formed via the interaction between phagocytes, regulatory lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines. development of different types of allergic reactions - humoral, that occurs due to antibody production, and the cellular one that involves many immunocompetent cells. Immune response is known to be formed via the interaction between phagocytes, regulatory lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.evelopment of different types of allergic reactions - humoral, that occurs due to antibody production, and the cellular one that involves many immunocompetent cells. Immune response is known to be formed via the interaction between phagocytes, regulatory lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.elopment of different types of allergic reactions - humoral, that occurs due to antibody production, and the cellular one that involves many immunocompetent cells. Immune response is known to be formed via the interaction between phagocytes, regulatory lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.opment of different types of allergic reactions - humoral, that occurs due to antibody production, and the cellular one that involves many immunocompetent cells. Immune response is known to be formed via the interaction between phagocytes, regulatory lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.ment of different types of allergic reactions - humoral, that occurs due to antibody production, and the cellular one that involves many immunocompetent cells. Immune response is known to be formed via the interaction between phagocytes, regulatory lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.of different types of allergic reactions - humoral, that occurs due to antibody production, and the cellular one that involves many immunocompetent cells. Immune response is known to be formed via the interaction between phagocytes, regulatory lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines. different types of allergic reactions - humoral, that occurs due to antibody production, and the cellular one that involves many immunocompetent cells. Immune response is known to be formed via the interaction between phagocytes, regulatory lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.ifferent types of allergic reactions - humoral, that occurs due to antibody production, and the cellular one that involves many immunocompetent cells. Immune response is known to be formed via the interaction between phagocytes, regulatory lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.antibody production, and the cellular one that involves many immunocompetent cells. Immune response is known to be formed via the interaction between phagocytes, regulatory lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.tibody production, and the cellular one that involves many immunocompetent cells. Immune response is known to be formed via the interaction between phagocytes, regulatory lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.body production, and the cellular one that involves many immunocompetent cells. Immune response is known to be formed via the interaction between phagocytes, regulatory lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.roduction, and the cellular one that involves many immunocompetent cells. Immune response is known to be formed via the interaction between phagocytes, regulatory lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.duction, and the cellular one that involves many immunocompetent cells. Immune response is known to be formed via the interaction between phagocytes, regulatory lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.ction, and the cellular one that involves many immunocompetent cells. Immune response is known to be formed via the interaction between phagocytes, regulatory lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.llular one that involves many immunocompetent cells. Immune response is known to be formed via the interaction between phagocytes, regulatory lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.ular one that involves many immunocompetent cells. Immune response is known to be formed via the interaction between phagocytes, regulatory lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.ar one that involves many immunocompetent cells. Immune response is known to be formed via the interaction between phagocytes, regulatory lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.latory lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.tory lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.ry lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines. lymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.ymphocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.phocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.ocytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.ytes (T-helpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). 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Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.elpers and T-suppressors), effector lymphocytes (cytotoxic T-cells, antibody producing B-cells) and a number of other cells (including mast cells). Lymphocytes, activated by the antigen, as well as monocytes and macrophages produce biologically active peptide compounds which regulate and intensify the immune response. This group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines. group of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.roup of substances is called cytokines¹. Cytokines produced by lymphocytes are often called lymphokines.up of substances is called cytokines¹. 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Cytokines produced by lymphocytes are often called lymphokines.Cytokines produced by lymphocytes are often called lymphokines.i>Cytokines produced by lymphocytes are often called lymphokines.kines produced by lymphocytes are often called lymphokines.nes produced by lymphocytes are often called lymphokines.s produced by lymphocytes are often called lymphokines.hocytes are often called lymphokines.cytes are often called lymphokines.tes are often called lymphokines.s are often called lymphokines.are often called lymphokines.often called lymphokines.ten called lymphokines.n called lymphokines.called lymphokines.ed lymphokines. lymphokines.i>lymphokines.mphokines.hokines.s.i> classass>Cytokines play the most important role in the regulation of immunocompetent cell interaction and, thus, in the development of the immune response. They also have a great influence on the course of inflammatory process; they pos-ytokines play the most important role in the regulation of immunocompetent cell interaction and, thus, in the development of the immune response. They also have a great influence on the course of inflammatory process; they pos-okines play the most important role in the regulation of immunocompetent cell interaction and, thus, in the development of the immune response. They also have a great influence on the course of inflammatory process; they pos-ines play the most important role in the regulation of immunocompetent cell interaction and, thus, in the development of the immune response. They also have a great influence on the course of inflammatory process; they pos-es play the most important role in the regulation of immunocompetent cell interaction and, thus, in the development of the immune response. They also have a great influence on the course of inflammatory process; they pos- play the most important role in the regulation of immunocompetent cell interaction and, thus, in the development of the immune response. They also have a great influence on the course of inflammatory process; they pos- the most important role in the regulation of immunocompetent cell interaction and, thus, in the development of the immune response. They also have a great influence on the course of inflammatory process; they pos-he most important role in the regulation of immunocompetent cell interaction and, thus, in the development of the immune response. They also have a great influence on the course of inflammatory process; they pos- most important role in the regulation of immunocompetent cell interaction and, thus, in the development of the immune response. They also have a great influence on the course of inflammatory process; they pos-raction and, thus, in the development of the immune response. They also have a great influence on the course of inflammatory process; they pos-ction and, thus, in the development of the immune response. They also have a great influence on the course of inflammatory process; they pos-ion and, thus, in the development of the immune response. They also have a great influence on the course of inflammatory process; they pos-d, thus, in the development of the immune response. They also have a great influence on the course of inflammatory process; they pos- thus, in the development of the immune response. They also have a great influence on the course of inflammatory process; they pos-hus, in the development of the immune response. They also have a great influence on the course of inflammatory process; they pos-opment of the immune response. They also have a great influence on the course of inflammatory process; they pos-ment of the immune response. They also have a great influence on the course of inflammatory process; they pos-nt of the immune response. They also have a great influence on the course of inflammatory process; they pos-oott">¹ The following substances are related to cytokines: interferons (α, β, γ); colony stimulating factors (granulocyte-macrophage, granulocyte, macrophage); factor influencing macrophages (migration inhibitory factor - MIF); cytotoxines (tumor necrosis factor; lymphotoxin). See also erythropoetin (Chapter 18).pan class="">¹ The following substances are related to cytokines: interferons (α, β, γ); colony stimulating factors (granulocyte-macrophage, granulocyte, macrophage); factor influencing macrophages (migration inhibitory factor - MIF); cytotoxines (tumor necrosis factor; lymphotoxin). See also erythropoetin (Chapter 18).n class="">¹ The following substances are related to cytokines: interferons (α, β, γ); colony stimulating factors (granulocyte-macrophage, granulocyte, macrophage); factor influencing macrophages (migration inhibitory factor - MIF); cytotoxines (tumor necrosis factor; lymphotoxin). See also erythropoetin (Chapter 18).ss="">¹ The following substances are related to cytokines: interferons (α, β, γ); colony stimulating factors (granulocyte-macrophage, granulocyte, macrophage); factor influencing macrophages (migration inhibitory factor - MIF); cytotoxines (tumor necrosis factor; lymphotoxin). See also erythropoetin (Chapter 18).="">¹ The following substances are related to cytokines: interferons (α, β, γ); colony stimulating factors (granulocyte-macrophage, granulocyte, macrophage); factor influencing macrophages (migration inhibitory factor - MIF); cytotoxines (tumor necrosis factor; lymphotoxin). See also erythropoetin (Chapter 18).">¹ The following substances are related to cytokines: interferons (α, β, γ); colony stimulating factors (granulocyte-macrophage, granulocyte, macrophage); factor influencing macrophages (migration inhibitory factor - MIF); cytotoxines (tumor necrosis factor; lymphotoxin). See also erythropoetin (Chapter 18).r 18).18).).an>>/span>lassssfter_footer_foot_foott"/spananxtspan class="">sess antiproliferating, antimicrobial and antitumor properties. The main groups of cytokines are presented in the Table 27.1.an class="">sess antiproliferating, antimicrobial and antitumor properties. The main groups of cytokines are presented in the Table 27.1. class="">sess antiproliferating, antimicrobial and antitumor properties. The main groups of cytokines are presented in the Table 27.1.lass="">sess antiproliferating, antimicrobial and antitumor properties. The main groups of cytokines are presented in the Table 27.1.="">sess antiproliferating, antimicrobial and antitumor properties. The main groups of cytokines are presented in the Table 27.1.">sess antiproliferating, antimicrobial and antitumor properties. The main groups of cytokines are presented in the Table 27.1.sess antiproliferating, antimicrobial and antitumor properties. The main groups of cytokines are presented in the Table 27.1. antiproliferating, antimicrobial and antitumor properties. The main groups of cytokines are presented in the Table 27.1.ntiproliferating, antimicrobial and antitumor properties. The main groups of cytokines are presented in the Table 27.1.liferating, antimicrobial and antitumor properties. The main groups of cytokines are presented in the Table 27.1.ferating, antimicrobial and antitumor properties. The main groups of cytokines are presented in the Table 27.1.rating, antimicrobial and antitumor properties. The main groups of cytokines are presented in the Table 27.1.robial and antitumor properties. The main groups of cytokines are presented in the Table 27.1.bial and antitumor properties. The main groups of cytokines are presented in the Table 27.1.al and antitumor properties. The main groups of cytokines are presented in the Table 27.1.and antitumor properties. The main groups of cytokines are presented in the Table 27.1.d antitumor properties. The main groups of cytokines are presented in the Table 27.1.antitumor properties. The main groups of cytokines are presented in the Table 27.1. groups of cytokines are presented in the Table 27.1.roups of cytokines are presented in the Table 27.1.ups of cytokines are presented in the Table 27.1.s of cytokines are presented in the Table 27.1.of cytokines are presented in the Table 27.1. cytokines are presented in the Table 27.1.kines are presented in the Table 27.1.nes are presented in the Table 27.1.s are presented in the Table 27.1.