Final answer:
Plasma membrane injury disrupts the membrane's selective permeability, leading to a loss of cellular homeostasis and potential cell death. Research can focus on the impact of membrane proteins, the lipid bilayer's fluidity, and communication processes influenced by the membrane.
Step-by-step explanation:
The mode of action referred to as 'Plasma membrane injury' involves the disruption of the selectively permeable nature of the plasma membrane, adversely affecting its ability to maintain homeostasis within the cell. This semi-permeable membrane is crucial in managing the entry and exit of substances, ensuring that only specific molecules can move in and out freely. Injury to the plasma membrane can lead to a loss of selectivity and thus the ability to sustain the cell, potentially resulting in cell death.
Research inquiries into plasma membranes could include questions like 'How do various proteins embedded in the membrane influence its function?', 'What role does the fluid nature of the lipid bilayer play in membrane dynamics?', and 'How do changes in the plasma membrane affect the cell's ability to communicate with its environment?'. Solutions to these questions can enrich our understanding of cellular processes and facilitate the development of medical treatments for diseases related to cellular dysfunction.