Peter D. Dahlberg

The paper develops fluorescent biosensors for cryogenic correlative light and electron microscopy to measure physiological conditions alongside structural data.

This paper introduces two fluorescence-guided cryo-FIB milling workflows to improve targeting accuracy for cryo-ET, enabling routine capture of structures across spatial scales.

This study uses cryo-ET to visualize NLRP3 inflammasome condensates at the MTOC during activation, revealing structural changes and pyroptosis in macrophages.

This paper quantifies cryo-ET data across the biosphere to identify methodological trends, improve imaging efficiency, and highlight underexplored lineages in structural cell biology.

This study uses cryo-ET to show that MYH7 P710R mutations disrupt thick filament organization in HCM cardiomyocytes, leading to sarcomeric disarray and ribosome infiltration.

The paper identifies CSC and REM as mechanisms mediating plant cell resilience through cell wall-plasma membrane attachments under hyperosmotic stress.

The paper demonstrates using optical interference in a cryogenic FIB-SEM-LM system to target lamella production beyond the diffraction limit for capturing virions in host cells.

This study investigates the photophysical properties of PAmKate to enhance cryogenic single-molecule imaging by improving emitter localization rates through a 2-color bleaching process.

The paper investigates the biogenesis of PHB granules in Caulobacter crescentus, showing that PHB polymerase and phasin interact to form and mature these membrane-less compartments.