Textbook of Immunology |
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Page 2
... serum . The com- ponents in normal serum required for lysis are heat labile and were initially called alexine and later complement by Bordet who discovered these properties of normal serum ; ( 4 ) opsonize bacteria for phagocytosis by ...
... serum . The com- ponents in normal serum required for lysis are heat labile and were initially called alexine and later complement by Bordet who discovered these properties of normal serum ; ( 4 ) opsonize bacteria for phagocytosis by ...
Page 64
... serum was separated under the influence of an electrical field into four components : albumin , a- , B- and y ... serum proteins for example is conducted with buffers at or close to pH 8.6 . At this pH , most serum proteins have a net ...
... serum was separated under the influence of an electrical field into four components : albumin , a- , B- and y ... serum proteins for example is conducted with buffers at or close to pH 8.6 . At this pH , most serum proteins have a net ...
Page 218
... serum exerts a destructive effect upon bacteria . This action of normal serum was lost when the serum was heated to 56 ° C . The heightened bactericidal activity of serum from an immunized host was also lost when the serum was heated to ...
... serum exerts a destructive effect upon bacteria . This action of normal serum was lost when the serum was heated to 56 ° C . The heightened bactericidal activity of serum from an immunized host was also lost when the serum was heated to ...
Contents
Preface | 1 |
Antigens | 12 |
Antibodies and their functions | 31 |
Copyright | |
14 other sections not shown
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Common terms and phrases
acid activity addition amount animals anti antibody antibody responses antigen appears associated bearing binding blood carrier cause cells cellular Chapter chemical clonal selection combining complement component conjugates contain cytoplasm dependent determinants develop directed disease effect example experimental experiments factors Figure fragment function genes genetic guinea pigs hapten heavy chain helper T cells host human immune complex immune response immunogenic immunoglobulin important increased individual induced infection interaction involved light lymphocytes lymphoid macrophages major mechanism mediated membrane mice molecular weight molecules mouse normal observed organisms particles pathway patients phagocytes plasma cells present produced protein rabbit reactions receptors recognized region rejection release result role secreted sensitivity sequence serum shown skin specific spleen stimulate strain structure studies suppressor T cells surface Table termed thymus tion tissue tolerance transfer transplantation tumor types usually various