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This paper introduces broadband backscattering confocal microscopy (BBCM) for label-free 3D live cell imaging with improved contrast and size sensitivity.

The paper optimizes a transmission electron tomography workflow for malaria parasites and introduces VolWeaver to integrate high-resolution tomographic data into serial section volume reconstructions.

This paper introduces space-time light-sheet microscopy (ST-LSM), a single-objective technique that improves imaging volume and field of view while maintaining resolution.

This paper introduces enhanced 2D-SIM to reduce reconstruction artifacts and improve resolution in thick samples using optimized coarse and fine patterns.

This paper introduces BER-CARS/CSRS microscopy, which enables highly sensitive, label-free imaging of endogenous chromophores with broad spectral coverage, applied to living cells and tissues.

The paper introduces a method to measure temperature with high precision and resolution using fluorescence lifetime microscopy with Cy5 dye, enabling simultaneous multi-channel imaging.

This paper introduces a 5-beam c-SIM technique that improves optical sectioning and lateral resolution in non-fluorescent samples by suppressing coherent defocus effects.

This paper introduces a new optical framework and imaging devices that enable scalable, high-resolution, multi-immersion light-sheet microscopy for biological samples.

The paper evaluates fluorescent proteins for STED microscopy compatibility using two-color spectroscopy, showing improved 3D resolution in compatible proteins.

This paper introduces a method to enhance background rejection in two-photon microscopy by integrating temporal focusing with holographic wavefront shaping.

This paper introduces RIED, a super-resolution imaging method using electrochemiluminescence, achieving high sensitivity and resolution for intracellular structures.

This paper introduces a macroscope for wide-field fluorescence imaging in microfluidic devices, achieving high sensitivity and temporal resolution over a large area.

SPIFFI enables single-shot super-resolution and six-dimensional imaging by leveraging polarization-induced fluorescence fluctuations, enhancing live-cell imaging capabilities.

This paper introduces a single-objective lattice light sheet microscopy platform for improved 3D single-molecule super-resolution imaging in scattering samples.

The paper develops all-optical strategies to reduce photo-bleaching in reversibly switchable fluorescent proteins, enhancing imaging resolution and duration.

This paper accelerates fluorescence lifetime imaging (FLIM) using single-objective light-sheet microscopy, achieving faster and less phototoxic imaging of live multicellular systems.

This paper introduces parallax-filtered cryo-STET imaging to enhance contrast in thick biological specimens, demonstrating improvements over traditional STEM methods.

The paper introduces an open-source Raman microscopy framework with modular hardware and software for accessible chemical imaging across various applications.

This paper introduces PFAM and PFAM-SIFT methods for parallel aberration measurement in widefield fluorescence microscopy, enabling accurate correction of spatially varying aberrations in complex samples.

This paper introduces a single-aperture SLAM microscope using vector beams to achieve sub-diffraction-limited resolution in living tissue.

The paper demonstrates 2D nonlinear structured illumination microscopy (NSIM) using rsEGFP2 to achieve sub-80 nm resolution for live-cell actin imaging.

The paper introduces a fibre-based structured illumination microscopy (SIM) system that simplifies setup and improves resolution without specialized optics.

Magellon provides a flexible and scalable cryo-EM platform with microservices architecture for data management, processing, and visualization.

This paper introduces a dual-view oblique plane microscope for high-resolution imaging of thick cleared tissue samples across multiple species.

This paper introduces 3D-RIM, a method that achieves super-resolved volume imaging of thick live specimens with high contrast and resolution across multiple microns.

The paper introduces pan-ASLM, a light sheet microscope optimized for expansion microscopy, achieving higher speed, larger field of view, and better resolution than standard confocal microscopes.

This paper introduces a superresolution microscopy technique called centroid reassignment microscopy (CRM) that enables fast, robust, and protocol-compatible imaging of live samples.

This paper introduces a DNA-PAINT system with optical photon reassignment on a spinning disk confocal to achieve high-resolution imaging in thick samples and large fields of view.

This paper introduces a spectral CSD-ISM system for high-resolution, multi-color imaging with improved speed and resolution.

This study shows that polyacrylamide hydrogels support DNA-PAINT imaging by preserving nanoscale docking strand positioning and enhancing diffusion and accessibility.