M. Herbig

Flow zoometry of Drosophila

This paper introduces flow zoometry, a high-throughput screening method for Drosophila, enabling rapid, automated, and high-resolution analysis of whole animals.

Changes in blood cell deformability in Chorea-Acanthocytosis and effects of treatment with dasatinib or lithium

This study examines blood cell deformability in Chorea-Acanthocytosis patients and evaluates the effects of dasatinib or lithium treatment on red blood cell and leukocyte mechanics.

Label-free imaging flow cytometry: analysis and sorting of enzymatically dissociated tissues

The paper introduces methods to analyze and sort single cells from dissociated tissues using label-free imaging flow cytometry and deep learning, demonstrating enrichment of photoreceptor cells from retina for transplantation.

De novo identification of universal cell mechanics gene signatures

This study identifies a conserved gene module involved in cell mechanics regulation using a mechanomics approach combining mechanical characterization and machine learning analysis of transcriptomic data.

Using real-time fluorescence and deformability cytometry and deep learning to transfer molecular specificity to label-free sorting

Spheroid culture of mesenchymal stromal cells results in morpho-rheological properties appropriate for improved microcirculation

This study shows that culturing mesenchymal stromal cells in 3D spheroids improves their morpho-rheological properties, enhancing their ability to circulate through microvascular networks.

Standardized microgel beads as elastic cell mechanical probes

This paper presents standardized poly-acylamide microgel beads as mechanical probes for cell mechanics, showing they can be calibrated to mimic cell elasticity and used for cross-comparison of measurement techniques.

Real-time fluorescence and deformability cytometry - flow cytometry goes mechanics

This paper introduces RT-FDC, combining real-time fluorescence imaging with deformability cytometry to enable label-free, high-throughput mechanical and molecular cell analysis.

Detection Of Human Disease Conditions By Single-Cell Morpho-Rheological Phenotyping Of Whole Blood

This paper introduces a method to detect human disease conditions by analyzing whole blood using morpho-rheological phenotyping without labeling or separation.