We demonstrate high-density labelling of cellular DNA and RNA using click chemistry and perform confocal and super-resolution microscopy. We visualize the crescent and ring-like structure of densely packed RNA in nucleoli. We further demonstrate click chemistry with unnatural amino acids for super-resolution imaging of outer-membrane proteins of E. coli
Current far-field super-resolution techniques offer unprecedented spatial resolution, however, the i...
Methods to site-specifically and densely label proteins in cellular ultrastructures with small, brig...
The ocean floor is home to one of the largest, most complex, and least explored ecosystems on the pl...
Recent advances in optical nanoscopy have brought the imaging resolution to the size of the individu...
Genetic code expansion is emerging as an important tool for manipulation and labeling of proteins in...
EM has long been the main technique for imaging cell structures with nanometer resolution but has la...
Recent advances in optical nanoscopy have brought the imaging resolution to the size of the individu...
Studying complex biological processes requires the ability to visualize biomolecules in the context ...
Recent advances in optical nanoscopy have brought the imaging resolution to the size of the individu...
Abstract: Click chemistry is a highly-selective and high-yield chemical approach which uses a wide s...
Click chem. has provided powerful new probes for the study of biol. processes. This lecture will des...
The replication of a virus within its host cell involves numerous interactions between viral and cel...
Maintenance of the bacterial homeostasis initially emanates from interactions between proteins and t...
Click by click: Dual labeling of model compounds was carried out by using copper-free and copper-med...
The art shows diffraction limited (left) image transitioning towards a super-resolved image (right) ...
Current far-field super-resolution techniques offer unprecedented spatial resolution, however, the i...
Methods to site-specifically and densely label proteins in cellular ultrastructures with small, brig...
The ocean floor is home to one of the largest, most complex, and least explored ecosystems on the pl...
Recent advances in optical nanoscopy have brought the imaging resolution to the size of the individu...
Genetic code expansion is emerging as an important tool for manipulation and labeling of proteins in...
EM has long been the main technique for imaging cell structures with nanometer resolution but has la...
Recent advances in optical nanoscopy have brought the imaging resolution to the size of the individu...
Studying complex biological processes requires the ability to visualize biomolecules in the context ...
Recent advances in optical nanoscopy have brought the imaging resolution to the size of the individu...
Abstract: Click chemistry is a highly-selective and high-yield chemical approach which uses a wide s...
Click chem. has provided powerful new probes for the study of biol. processes. This lecture will des...
The replication of a virus within its host cell involves numerous interactions between viral and cel...
Maintenance of the bacterial homeostasis initially emanates from interactions between proteins and t...
Click by click: Dual labeling of model compounds was carried out by using copper-free and copper-med...
The art shows diffraction limited (left) image transitioning towards a super-resolved image (right) ...
Current far-field super-resolution techniques offer unprecedented spatial resolution, however, the i...
Methods to site-specifically and densely label proteins in cellular ultrastructures with small, brig...
The ocean floor is home to one of the largest, most complex, and least explored ecosystems on the pl...