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This Concept Map, created with IHMC CmapTools, has information related to: Blanks_phagocytosis, Destruction of the Microbe or Cell oxygen-independant killing system, Chemotaxis of Phagocytes virulence some microbes can block chemotaxis, phagocytes empty the contents of their lysosomes in order to kill the microorganisms or cell extracellularly reason, Activation of Phagocytes step 2 Chemotaxis of Phagocytes, Attachment of Phagocytes to the Microbe or Cell unenhanced attachment, Ingestion of the Microbe or Cell by the Phagocyte process, results, Chemotaxis of Phagocytes step 3 Attachment of Phagocytes to the Microbe or Cell, Destruction of the Microbe or Cell extracellular killing phagocytes empty the contents of their lysosomes in order to kill the microorganisms or cell extracellularly, process an electron pump brings protons (H+) into the phagosome to lower the pH within the phagosome, Chemotaxis of Phagocytes function, an electron pump brings protons (H+) into the phagosome to lower the pH within the phagosome benefits, Ingestion of the Microbe or Cell by the Phagocyte step 5 Destruction of the Microbe or Cell, reactive oxygen species (ROS) oxidize most of the chemical groups found in proteins, enzymes, carbohydrates, DNA, and lipids. examples of ROS, Destruction of the Microbe or Cell intracellular killing, Activation of Phagocytes activated by, results, opsonins bind microbe or cell to opsonin receptors examples of opsonins, Destruction of the Microbe or Cell intracellular killing, Attachment of Phagocytes to the Microbe or Cell step 4 Ingestion of the Microbe or Cell by the Phagocyte
