Which super-resolution technique is right for you?
We’ve put together a one page, printable PDF to help you choose between the Nanoimager’s key super-resolution microscopy techniques. It covers core techniques including dSTORM, PALM, SPT and smFRET.
Popular fluorophores for PALM imaging
We’ve put together a one page, printable PDF table to help you compare the most popular fluorophores used for PALM imaging, which include photoactivatable, photoconvertible and photoswitchable fluorescent proteins, as well as synthetic dyes.
Nanoimager technical specifications
Download the full Nanoimager technical specifications as a PDF.
From sample preparation to dSTORM data
Dr. Zehra Nizami demonstrates how quick and easy it is to perform direct Stochastic Optical Reconstruction Microscopy (dSTORM) experiments and data analysis.
Characterizing bacterial infection in epithelial cells at a single-molecule level
Learn how the Nanoimager enables visualization and quantification of bacterial infection and host-pathogen interactions at a single-molecule level.
Developing new antibiotics: from target identification to mechanism validation
Learn how the Nanoimager provides a multiplex solution for novel antibiotic development.
Capturing organelle contact sites assembly to unveil disease onset in live cells
Learn how the Nanoimager allows real-time visualization and quantification of cellular processes at a single-molecule level, in live cells.
A journey through the cell: Unveiling life at a single-molecule level
Dr. Mark Harmon highlights how to visualize structures from cell membrane to nucleus in unprecedented detail. With its small but mighty design, the Nanoimager delivers the ability to see, count and track single molecules from the convenience of your benchtop.
Visualizing viral particles at a single molecule level
Learn how the Nanoimager platform allows visualization and quantification of viral particles at a single molecule level.
Neuroscience PALM array tomography
Learn how the Nanoimager platform allows imaging of brain tissue at high-sensitivity and the visualization of individual synaptic proteins at high-resolution.
Modeling disease through single-molecule in vivo imaging in brain tissues
Learn how the Nanoimager platform supports imaging of brain tissue at high sensitivity and the visualization of synaptic proteins at a single-molecule level.