Attacking biological problems through single-molecule approaches
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In the last few decades, single-molecule techniques haveemerged as transformative tools for exploring biologicalproblems. By observing and analyzing individual molecules,these methods make it possible to investigate fundamentaldynamics of biomolecular processes deeper. Unlike traditionalensemble methods that average the behavior of populations,single-molecule approaches provide a unique window toobserve molecular heterogeneity, transient interactions, anddynamic processes that are otherwise hidden. This specialissue brings together six mini-reviews that present how thesecutting-edge methodologies are advancing our understandingof diverse and complex biological systems. Each review highlightsunique applications, significant breakthroughs, and ongoingchallenges. They collectively demonstrate the versatility andimpact of single-molecule techniques.
Abstract
In the last few decades, single-molecule techniques haveemerged as transformative tools for exploring biologicalproblems. By observing and analyzing individual molecules,these methods make it possible to investigate fundamentaldynamics of biomolecular processes deeper. Unlike traditionalensemble methods that average the behavior of populations,single-molecule approaches provide a unique window toobserve molecular heterogeneity, transient interactions, anddynamic processes that are otherwise hidden. This specialissue brings together six mini-reviews that present how thesecutting-edge methodologies are advancing our understandingof diverse and complex biological systems. Each review highlightsunique applications, significant breakthroughs, and ongoingchallenges. They collectively demonstrate the versatility andimpact of single-molecule techniques.