Francisco E. Robles

This paper introduces a multimodal microscope that uses a cGAN to generate virtual fluorescence images from phase contrast data, enabling virtual histological staining of bulk tissues.

This study uses deep-ultraviolet microscopy to analyze intracellular dynamics with biomolecular specificity, revealing differences in metabolic and organelle activity across prostate cancer cell lines.

This paper introduces single-capture qOBM, a deep learning-enhanced technique for fast, label-free 3D phase imaging, achieving accuracy comparable to traditional methods with improved speed and simplicity.

This paper introduces a label- and slide-free deep-UV microscope for imaging fresh thick tissues, providing quantitative molecular maps and H&E-like contrast without chemical processing.

This paper introduces qOBM for non-destructive, label-free monitoring of T cell cultures, showing strong correlation with traditional assays and potential for improving cell therapy development.

This paper develops a handheld quantitative phase microscope for real-time, label-free in vivo imaging of tissues with high resolution and low cost.

This paper introduces deep-ultraviolet microscopy for non-destructive T cell characterization and subtyping, showing high accuracy in viability, activation state, and subtype classification.