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| *Vaccination sets up memory to the viral infection | | *Vaccination sets up memory to the viral infection |
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− | *High levels of [[T cell differentiation - WikiBlood#Cytotoxic T-Cells|cytotoxic T cells]] and neutralising [[Immunoglobulins|antibody]] are activated in 1-2 days as a [[B cell differentiation#Secondary T Cell Dependent Response|secondary response]] (instead of 4-10 days as a [[B cell differentiation#T-Cell Dependent Response|primary response]]) | + | *High levels of [[T cell differentiation#Cytotoxic T-Cells|cytotoxic T cells]] and neutralising [[Immunoglobulins|antibody]] are activated in 1-2 days as a [[B cell differentiation#Secondary T Cell Dependent Response|secondary response]] (instead of 4-10 days as a [[B cell differentiation#T-Cell Dependent Response|primary response]]) |
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| *The infection is therefore prevented from taking hold causing lesions to develop | | *The infection is therefore prevented from taking hold causing lesions to develop |
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| *Different subtypes of [[Lymphocytes#Helper CD4+|T helper cells]] are stimulated by different adjuvants | | *Different subtypes of [[Lymphocytes#Helper CD4+|T helper cells]] are stimulated by different adjuvants |
− | **E.g. Aluminium salts generate bias [[T cell differentiation - WikiBlood#TH2 Cells|T helper II]] responses for [[Immunoglobulins|'''antibody''']]-mediated immunity | + | **E.g. Aluminium salts generate bias [[T cell differentiation#TH2 Cells|T helper II]] responses for [[Immunoglobulins|'''antibody''']]-mediated immunity |
| **E.g. Killed mycobacteria generate IL-12 producing good '''cell'''-mediated immunity | | **E.g. Killed mycobacteria generate IL-12 producing good '''cell'''-mediated immunity |
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| *Immunity for the extracellular phase requires neutralising [[Immunoglobulins|'''antibody''']] | | *Immunity for the extracellular phase requires neutralising [[Immunoglobulins|'''antibody''']] |
| **[[Lymphocytes#B Cells|B cells]] needed | | **[[Lymphocytes#B Cells|B cells]] needed |
− | **[[T cell differentiation - WikiBlood#TH2 Cells|T helper type II cells]] needed (for the [[MHC - WikiBlood#MHC II|MHC class II pathway]]) | + | **[[T cell differentiation#TH2 Cells|T helper type II cells]] needed (for the [[MHC - WikiBlood#MHC II|MHC class II pathway]]) |
| **Live vaccine can be used | | **Live vaccine can be used |
| **Killed vaccine can be used | | **Killed vaccine can be used |
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| *Extracellular bacterial infection needs [[Immunoglobulins|'''antibody''']] production for [[Complement#Opsonisation|opsonisation]] and to activate the [[Complement|complement pathways]] | | *Extracellular bacterial infection needs [[Immunoglobulins|'''antibody''']] production for [[Complement#Opsonisation|opsonisation]] and to activate the [[Complement|complement pathways]] |
| **[[Lymphocytes#B Cells|B cells]] needed | | **[[Lymphocytes#B Cells|B cells]] needed |
− | **[[T cell differentiation - WikiBlood#TH2 Cells|T helper type II cells]] needed | + | **[[T cell differentiation#TH2 Cells|T helper type II cells]] needed |
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| *Vesicular infections can only be cured by organisms being destroyed inside [[Macrophages|'''macrophages''']] | | *Vesicular infections can only be cured by organisms being destroyed inside [[Macrophages|'''macrophages''']] |
− | **[[T cell differentiation - WikiBlood#TH1 Cells|T helper type I cells]] needed | + | **[[T cell differentiation#TH1 Cells|T helper type I cells]] needed |
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| ==When do we vaccinate?== | | ==When do we vaccinate?== |