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BIOLOGICAL MEDIATORS OF INSECT IMMUNITY

Abstract
Infection in insects stimulates a complex defensive response. Recognition of pathogens may be accomplished by plasma or hemocyte b1p4eins that bind specifically to bacterial or fungal polysaccharides. Several morphologically distinct hemocyte cell types cooperate in the immune response. Hemocytes attach to invading organisms and then isolate them by phagocytosis, by trapping them in hemocyte aggre...
Keywords
Hemolymph
Biology
Immune system
Microbiology
Insect
Prophenoloxidase
Bacteria
Innate immune system
Cell biology
Immunity
Phagocytosis
Multicellular organism
Gene
Biochemistry
Immunology
Botany
Genetics
Sustainable Development Goals (SDG)
Life on land



BIOLOGICAL MEDIATORS OF INSECT IMMUNITY

BIOLOGICAL MEDIATORS OF INSECT IMMUNITY

Abstract
Infection in insects stimulates a complex defensive response. Recognition of pathogens may be accomplished by plasma or hemocyte b1p4eins that bind specifically to bacterial or fungal polysaccharides. Several morphologically distinct hemocyte cell types cooperate in the immune response. Hemocytes attach to invading organisms and then isolate them by phagocytosis, by trapping them in hemocyte aggre...
Keywords
Hemolymph
Biology
Immune system
Microbiology
Insect
Prophenoloxidase
Bacteria
Innate immune system
Cell biology
Immunity
Phagocytosis
Multicellular organism
Gene
Biochemistry
Immunology
Botany
Genetics
Sustainable Development Goals (SDG)
Life on land