Matches in DBpedia 2015-10 for { ?s ?p "Large-Conductance Mechanosensitive Channels (MscL) are pore-forming membrane proteins that are responsible for translating physical forces applied to cell membranes into electrophysiological activities. MscL has a relatively large conductance, 3-nS, making it permeable to ions, water, and small proteins when opened. MscL acts as stretch-activated osmotic release valve in response to osmotic shock."@en }
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- Large-conductance_mechanosensitive_channel abstract "Large-Conductance Mechanosensitive Channels (MscL) are pore-forming membrane proteins that are responsible for translating physical forces applied to cell membranes into electrophysiological activities. MscL has a relatively large conductance, 3-nS, making it permeable to ions, water, and small proteins when opened. MscL acts as stretch-activated osmotic release valve in response to osmotic shock.".
- Large-conductance_mechanosensitive_channel comment "Large-Conductance Mechanosensitive Channels (MscL) are pore-forming membrane proteins that are responsible for translating physical forces applied to cell membranes into electrophysiological activities. MscL has a relatively large conductance, 3-nS, making it permeable to ions, water, and small proteins when opened. MscL acts as stretch-activated osmotic release valve in response to osmotic shock.".