In an article published in Nature Communications, scientists reveal the unexpected architecture of a key enzyme of bacterial respiration, the NADH dehydrogenase type II. They highlight a tubular scaffolding capable of connecting the enzyme to the membrane and quinones, molecules that ensure electron transfer into the respiratory chain. This discovery renews our understanding of the evolution and organization of respiratory chains. How most livin…
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In an article published in Nature Communications, scientists reveal the unexpected architecture of a key enzyme of bacterial respiration, the NADH dehydrogenase type II. They highlight a tubular scaffolding capable of connecting the enzyme to the membrane and quinones, molecules that ensure electron transfer into the respiratory chain. This discovery renews our understanding of the evolution and organization of respiratory chains. How most livin…