Otto P, Bergmann S, Sandmeyer A, et al. Resolving the internal morphology of core–shell microgels with super-resolution fluorescence microscopy. Nanoscale Advances. 2020;2(1):323-331.We investigate the internal structure of smart core–shell microgels by super-resolution fluorescence microscopy by combining of 3D single molecule localization and structured illumination microscopy using freely diffusing fluorescent dyes.</p
Conventional fluorescence microscopy, despite its high sensitivity, lacks resolution at a scale comp...
Optical microscopy imaging of single molecules and single particles is an essential method for study...
Conventional fluorescence microscopy, despite its high sensitivity, lacks resolution at a scale comp...
Wrede O, Bergmann S, Hannappel Y, Hellweg T, Huser T. Smart microgels investigated by super-resoluti...
Compartmentalization in soft matter is important for segregating and coordinating chemical reactions...
Compartmentalization in soft matter is important for segregating and coordinating chemical reactions...
Compartmentalization in soft matter is important for segregating and coordinating chemical reactions...
Compartmentalization in soft matter is important for segregating and coordinating chemical reactions...
Bergmann S, Wrede O, Huser T, Hellweg T. Super-resolution optical microscopy resolves network morpho...
Hierarchical polymer structures such as pNIPAM microgels have been extensively studied for their abi...
<p>(a) Naphthalimide green fluorescence of core-shell microgels inside cells. (b) Porphyrin red fluo...
Responsive microgels are among the most studied polymeric systems of the last decades. The N-isoprop...
<p>(a) Hoechst 33342 blue fluorescence inside cells. (b) and (e) Green fluorescence of core-shell mi...
Responsive microgels are among the most studied polymeric systems of the last decades. The N-isoprop...
Super-resolution fluorescence microscopy has been revolutionizing the way in which we investigate th...
Conventional fluorescence microscopy, despite its high sensitivity, lacks resolution at a scale comp...
Optical microscopy imaging of single molecules and single particles is an essential method for study...
Conventional fluorescence microscopy, despite its high sensitivity, lacks resolution at a scale comp...
Wrede O, Bergmann S, Hannappel Y, Hellweg T, Huser T. Smart microgels investigated by super-resoluti...
Compartmentalization in soft matter is important for segregating and coordinating chemical reactions...
Compartmentalization in soft matter is important for segregating and coordinating chemical reactions...
Compartmentalization in soft matter is important for segregating and coordinating chemical reactions...
Compartmentalization in soft matter is important for segregating and coordinating chemical reactions...
Bergmann S, Wrede O, Huser T, Hellweg T. Super-resolution optical microscopy resolves network morpho...
Hierarchical polymer structures such as pNIPAM microgels have been extensively studied for their abi...
<p>(a) Naphthalimide green fluorescence of core-shell microgels inside cells. (b) Porphyrin red fluo...
Responsive microgels are among the most studied polymeric systems of the last decades. The N-isoprop...
<p>(a) Hoechst 33342 blue fluorescence inside cells. (b) and (e) Green fluorescence of core-shell mi...
Responsive microgels are among the most studied polymeric systems of the last decades. The N-isoprop...
Super-resolution fluorescence microscopy has been revolutionizing the way in which we investigate th...
Conventional fluorescence microscopy, despite its high sensitivity, lacks resolution at a scale comp...
Optical microscopy imaging of single molecules and single particles is an essential method for study...
Conventional fluorescence microscopy, despite its high sensitivity, lacks resolution at a scale comp...