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Back Cover: In situ monitoring of cell adhesion kinetics using label‐free optical biosensors: Evaluating anticancer potential and selectivity of natural compounds (View 2/2026)

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Published: 2026
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spellingShingle Back Cover: In situ monitoring of cell adhesion kinetics using label‐free optical biosensors: Evaluating anticancer potential and selectivity of natural compounds (View 2/2026)
Biology
General
Biology
sub_discipline_display General
sub_discipline_facet General
subject_display Biology
General
Biology
Biology
General
Biology
subject_facet Biology
General
Biology
title Back Cover: In situ monitoring of cell adhesion kinetics using label‐free optical biosensors: Evaluating anticancer potential and selectivity of natural compounds (View 2/2026)
title_auth Back Cover: In situ monitoring of cell adhesion kinetics using label‐free optical biosensors: Evaluating anticancer potential and selectivity of natural compounds (View 2/2026)
title_full Back Cover: In situ monitoring of cell adhesion kinetics using label‐free optical biosensors: Evaluating anticancer potential and selectivity of natural compounds (View 2/2026)
title_fullStr Back Cover: In situ monitoring of cell adhesion kinetics using label‐free optical biosensors: Evaluating anticancer potential and selectivity of natural compounds (View 2/2026)
title_full_unstemmed Back Cover: In situ monitoring of cell adhesion kinetics using label‐free optical biosensors: Evaluating anticancer potential and selectivity of natural compounds (View 2/2026)
title_short Back Cover: In situ monitoring of cell adhesion kinetics using label‐free optical biosensors: Evaluating anticancer potential and selectivity of natural compounds (View 2/2026)
title_sort back cover: in situ monitoring of cell adhesion kinetics using label‐free optical biosensors: evaluating anticancer potential and selectivity of natural compounds (view 2/2026)
topic Biology
General
Biology
url https://onlinelibrary.wiley.com/doi/10.1002/viw2.70157?af=R