Peng Fei

This paper introduces a fast 3D in vivo imaging technique using NIR-II light-field microscopy with aberration correction, enabling high-speed visualization of biological processes in mice.

MAGNET is a foundation model for microscopic image restoration that handles multiple modalities and tasks, achieving state-of-the-art results across various restoration tasks.

This paper introduces PRISM, a method for high-plex spatial RNA imaging using color intensity barcodes, validated across multiple tissues and showing the role of CAFs in tumor microenvironments.

This paper introduces a method to remove defocus backgrounds in fluorescence microscopy using dark channels and dual frequency separation, significantly improving image quality.

This study uses EBOPM to analyze subcellular events in CAR-T cells during immunotherapy, identifying key parameters correlated with cytotoxic function.

This paper introduces LFMNR, a method for high-fidelity 3D reconstruction of biological dynamics using physics-informed neural representations and meta-learning, achieving improved resolution and speed.

The paper introduces SPRINTseq, a spatial transcriptomics method that enables fast, sensitive, and high-resolution data acquisition, revealing cellular and subcellular molecular architecture in Alzheimer's disease.

The paper identifies cholecystokinin signaling as essential for robust escape steering in C. elegans by modulating motor neuron activity during escape responses.

This study uses light sheet microscopy and a STGCN-Generator model to show that ventral muscle activity patterns predict larval behavior sequences, revealing key roles of ventral muscles in peristalsis and head cast.

BIRDS is an open-source software for 3D mouse brain mapping that combines image registration and deep learning segmentation for efficient and versatile analysis.

This paper introduces a GAN-based contact microscopy method that achieves sub-micron resolution on a CMOS chip without lenses or multi-frame acquisition, demonstrating its use in imaging cell proliferation.