6) Pore-forming toxins are a class of protein-based toxic polymers that result in the formation of large multi-protein channels that allow the free flow of substrates and liquid in and out of a cell or organelle. Research shows that these can attach to the outer mitochondrial membrane, or on the thylakoid membranes Holly of chloroplasts. Extracelular space Proteiniciati Mraptor Active Assembly bane Munkah ion Large molecul Nature Reviews What would the possible consequences be if this pore-forming toxin attached to the mitochondrial outer membrane or the thylakoid membrane? Explain why.

Human Anatomy & Physiology (11th Edition)
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6) Pore-forming toxins are a class of
protein-based toxic polymers that result in
the formation of large multi-protein
channels that allow the free flow of
substrates and liquid in and out of a cell or
organelle. Research shows that these can
attach to the outer mitochondrial
membrane, or on the thylakoid membranes Hollyal
of chloroplasts.
Meman
Extracelular binding
space
Proteiniciati
Inactive soluble T
obare
Lipid
Activation
Active P
Assembly
Membrane
tion
Pelit K
Partially formed pome
Nunta
Inson
Large molecule
A
Protein
What would the possible consequences be if this
pore-forming toxin attached to the mitochondrial outer membrane or the thylakoid membrane?
Explain why.
ATP
Nature Reviews Microbiology
Transcribed Image Text:6) Pore-forming toxins are a class of protein-based toxic polymers that result in the formation of large multi-protein channels that allow the free flow of substrates and liquid in and out of a cell or organelle. Research shows that these can attach to the outer mitochondrial membrane, or on the thylakoid membranes Hollyal of chloroplasts. Meman Extracelular binding space Proteiniciati Inactive soluble T obare Lipid Activation Active P Assembly Membrane tion Pelit K Partially formed pome Nunta Inson Large molecule A Protein What would the possible consequences be if this pore-forming toxin attached to the mitochondrial outer membrane or the thylakoid membrane? Explain why. ATP Nature Reviews Microbiology
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