Features
Features:

Product Tour >

Edraw AI >

Paid Plans:

Individuals >

Business >

Eduaction >
Resources
Blog

History

How-tos & Tips

Discovery

Biography

Business Analysis

Examples

AI concept Map

Free AI Mind Map Generator

Onenote Mind Map

Bcg Matrix Examples

Nike Marketing Strategy

Unilever SWOT Analysis

Make Mind Maps in Google Docs

Guide

FAQs

What's New

Resource Center
Templates
All Templates

Brain Storming Templates

Strategy and Planning Templates

Project Management Templates

Product Management Templates

Human Resources Templates

Agile Workflow Templates

Marketing Templates

Education Templates

Fun and Games Templates

User Gallery
Download
Pricing
Enterprise

MindMap Gallery Medicine - Function mind map of various types of cytokines

Medicine - Function mind map of various types of cytokines

This is a functional mind map about various types of cytokines in medicine. It summarizes and remembers the functions of important cytokines, including cytokines, cytokine receptors, etc.

Edited at 2023-11-16 17:31:34

PlotWizard

Recent works View more works>>

Medicine - Function mind map of various types of cytokines

PlotWizard

Recent works View more works>>

Recommended to you
Outline

Functions of various types of cytokines💍

Cytokines

Interleukin IL

IL-1 (epidemic poison kills giant trees, hot white cancer)

Activate macrophages

Promote DC maturity

Induces CTL and NK cell killing

Stimulate inflammatory response, endogenous pyrogen, shock

islet inflammatory response

Stimulates the growth of leukemia cells, ovarian cancer cells

IL-2 (I [I] love [L2] talk about [T] him [T], swear to kill [turn poisonous bite] with tears in my eyes)

produce

T cells

Target position

T cells

effect

Promote T cell proliferation and differentiation

T cells produce IL-2 to stimulate the growth of T cells themselves

Activate cytotoxic lymphocytes

Activate macrophages

Promote NK cell killing effect

IL-3 (loose studies)

Induces early hematopoietic progenitor cells to differentiate and proliferate into a variety of blood cells

IL-4 (I love to death [4] Taobao [T] Taobao [TB], cut g love e shave T2 fat)

produce

T cells

Target position

T and B cells

effect

B cell growth factor, promotes antibody class switching to IgG1 and IgE

Stimulate T cell proliferation and differentiation into Th2

Stimulate mast cell proliferation

IL-5 (I help cut love, citric acid)

Enhanced IL-4-induced antibody class switching

Induces the production of IgA

Stimulates the differentiation of eosinophils into helminth-killing effector cells

IL-6 (I love Taobao, Darling, Beethoven, Hot, and I am grateful to him for helping me with cutting off love and myeloma)

produce

T, B, macrophage

Target position

B cells, liver cells

effect

Promote B cell differentiation

Promote CTL differentiation

Works with TGF-B to promote T cell differentiation towards Th-17

Enhanced IL-4-induced antibody class switching

Promote hepatic synthesis of acute phase proteins

Endogenous pyrogen, promote inflammatory response, shock

islet inflammatory response

autoimmune disease

Myeloma cells highly express IL-6R and secrete large amounts of IL-6

IL-7 (I love Qi Suizhi, he is my ex-boyfriend, and we are together again)

produce

bone marrow stromal cells

target cells

Pre-B cells, T cells

effect

Promote B cell and T cell proliferation

IL-8 (in inflammation)

Inflammatory response—chemotactic neutrophils

IL-10 (I love him who is honest, he is single-minded and restrains his philandering)

produce

T cells

target cells

Th1 cells

effect

Inhibits the synthesis of various cytokines

IL-11 (11 and a half)

For the treatment of thrombocytopenia

IL-12 (You love rats and kill them with all your heart)

produce

target cells

T cells

Paracrine

effect

Promote T cell differentiation towards Th1

Inflammation

Promote NK cell killing effect

IL-15 (Foreign Object Massacre Kill)

Promote T cell proliferation and CTL killing

Promote NK cell proliferation and killing effect

IL-17 (encourage ourselves together)

autoimmune disease

IL-18 (you posted "He deserves the inflammation of his pancreatic islets, stupid")

Activate T cells and proliferate

islet inflammatory response

Promote NK cell killing effect

IL-23 (He encourages himself with his son)

Promote Th17 cell proliferation

autoimmune disease

colony stimulating factor CSF

G-CSF

M-CSF

GM-CSF

EPO

TPO

IFN

type I interferon

IFN-a (ah, giant forest, poisonous sand)

produce

Macrophages, lymphocytes, pDCs

Function

Antiviral

Stimulate expression of MHCI in virus-infected cells

Activate NK cells

IFN-B (no, toxic)

produce

Fibroblasts

Function

Antiviral

Stimulate expression of MHCI in virus-infected cells

type II interferon

IFN-y (Wow, there are many living TKs, such as reading a book or two, he is dedicated to preventing tumors and preventing love)

produce

Activated T cells, NK cells

Function

Activate macrophages, granulocytes, NK cells, T cells, and B cells

Stimulate expression of MHCI in virus-infected cells

Upregulating DC MHCI and II promotes antigen presentation

Induces T cells to differentiate into Th-1 subsets

Inhibit the growth of various tumor cells

Blocking IL-4-induced antibody class switching

tumor necrosis factor (TNF)

TNF-a (Alas TK is a huge fertilizer, grows trees in hot weather, fights tumors and kills pancreatic islets)

produce

Activated monocytes-macrophages/T cells/NK cells/mast cells

effect

Participate in anti-tumor

Endogenous pyrogen, mediates inflammatory response, shock

Promote DC maturity

autoimmune disease

Directly kill pancreatic islet cells

TNF-B/LT (lymphotoxin) (exogenous to B-boyfriend’s disease)

produce

activated T cells

effect

Antiviral

Mediates inflammatory response

Participate in the development of peripheral immune organs

Fas/FasL

Growth factors (GF)

Transforming growth factor (TGF) (transformed A)

Induces IgA production

Inducing T cells to differentiate into Treg

Inducing T cells to differentiate towards Th17

Vascular endothelial growth factor (VEGF)

effect

The growth and metastasis of cancer cells depends on the formation of new blood vessels

Cytokine receptor

Type I cytokine receptor family/hematopoietin receptor family (No. 180, 1521)

IL-2, 3, 4, 5, 6, 7, 9, 11, 12, 13, 15, 21

GM-CSF, G-CSF

Type II cytokine receptor family/interferon receptor family

IFN-a,B,y

IL-10

Tumor necrosis factor receptor family (neuroCD death)

TNF-a, B, FasL

CD40L

NGF (Nerve Growth Factor)

Immunoglobulin superfamily receptor (IgSFR)/IL1R family (your tail is scattered)

IL-1, 18, 33

M-CSF

IL-17 receptor family

IL-17

chemokine receptor family

Regulates the development and differentiation of immune cells in central immune organs

Bone marrow stromal cells secrete

IL-7, SCF, CXCL12

Regulates the development, differentiation and activation of immune cells in peripheral immune organs

Promote B cell activation, proliferation and differentiation into antibodies

IL-4, 5, 6, 13

Regulates class switching of Ig secreted by B cells

IL-4 induces the production of IgG1 and IgE

TGF and IL-5 induce IgA production

Promote T cell activation and proliferation

IL-2, 7, 18

Induces T cells to differentiate towards Th1

IL-12, IFN-y

Induces T cells to differentiate towards Th2

IL-4

Inducing T cells to differentiate into Treg

TGF-B

Inducing T cells to differentiate towards Th17

TGF-B, IL-6, 23

Promote CTL differentiation

IL-2, 6, IFN-y

Stimulate NK cell proliferation

IL-15

Stimulates the differentiation of eosinophils into helminth-killing effector cells

IL-5

Regulate the body's immune response

anti-infectious effect

antibacterial immunity

Macrophage release

IL-1, 6, 8, 12

IL-8 chemoattracts neutrophils into the site of infection

IL-1 and TNF-a promote DC maturation

TNF-a

Promote DC maturity

IFN-y upregulates the expression of DC MHCI and II molecules

antiviral immunity

IFN-a and B act on virus-infected cells and adjacent uninfected cells, inducing the production of anti-viral proteases

IFN-a, B, and y activate NK cells and promote their killing of virus-infected cells (early stage of infection)

IFN-a, B, and y stimulate virus-infected cells to express MHC class I molecules

IL-1, TNF-a and y activate monocytes/macrophages and enhance their phagocytic killing function

anti-tumor effect

TMFa and B directly kill tumor cells

IFN-y inhibits tumor cell growth

IL-1, 2, 15, IFN-y induce CTL and NK cell killing activity

IFN-y induces tumor cells to express MHCI

induce apoptosis

TNF-a induces apoptosis in tumor cells/virus-infected cells

Activated T cells express FasL and bind to Fas of target cells, inducing their apoptosis.

Immunosuppressive

IL-10

TGF-B