Z.-L. Huang

This paper introduces FD-DeepLoc, a deep learning method for high-throughput 3D super-resolution imaging over a large field of view using a sCMOS camera.

This paper introduces a two-color super-resolution microscopy method using an RGBW camera and joint encoding of emitter location and color, achieving ~20 nm resolution and <2% crosstalk.

This study characterizes and corrects noise non-uniformity in back-illuminated sCMOS cameras, showing that corrections can improve image quality for microscopy applications.

This paper shows HCMV drives WDR5 to the virion assembly compartment to facilitate virion assembly, expanding its role beyond nuclear egress.

This paper introduces QC-STORM, a real-time multi-emitter localization method for super-resolution microscopy, achieving comparable resolution to existing methods on small images.