About Electron Microscopy Research

The Koster lab's research focuses on developing novel electron microscopy methods to visualize cellular architecture and macromolecular structures, providing new insights into biological systems and their regulation.

Currently, the emphasis is on advancing cryo-electron tomography combined with artificial intelligence to reveal cellular structures at nanometer-scale resolution.

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Groups

Neefjes Lab / Chemical Immunology

Studying the basis of the immune system, bacterial infections and anti-cancer drugs.
Van der Heden & Mulder & Geurink labs / Chemical Biology and Drug Discovery

Profiling the Ubiquitin-Proteasome System
Vertegaal Lab / Small Ubiquitin-like Modifiers

Uncovering signal transduction by SUMO
ten Dijke lab / Chemical Signaling

Cell-to-cell communication via secreted factors, transmembrane receptors and intracellular signal transducers
Szuhai Lab / Molecular tumour genetics

Molecular cytogenetics and functional characterization of bone and soft tissue tumours
Baker lab / Transcriptional Regulation
Lamers Lab / DNA Replication & Repair

Molecular mechanisms of high-fidelity DNA replication
Goncalves & Mikkers Lab / Genome Editing

Developing and integrating gene delivery and gene editing systems
Pang Lab / Functional Genomics

Profiling the non-coding genome
Koster Lab / Electron microscopy research

Cryo Electron Tomography and Artificial Intelligence methods
Sharp Lab / BioNanoPatterning

Bionanotechnology to probe immune system activation
Hoeben Lab / Virus Cell Interactions

From innate sensing to oncolysis
Meijer Lab / Circadian Clocks

Investigating sleep regulation and sleep function
Goumans Lab / Cardiovascular Cell Biology

Where data science, virus and stem-cell biology is used to understand disease and develop therapeutics.
't Hart & Zaldumbide Lab / Diabetes Research

Molecular mechanisms of Type 1 and Type 2 Diabetes
Corstjens Lab / Near patient diagnostics

High sensitivity diagnostic tools
Barcena Lab / Cell and structural biology of RNA virus infection

About Electron Microscopy Research

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Darum halten Menschen keinen Winterschlaf

Subsidie voor vroegtijdig opsporen alvleesklierkanker

Van zomertijd naar wintertijd! Hoe komt het dat we er last van hebben?

Groups

Neefjes Lab / Chemical Immunology

Studying the basis of the immune system, bacterial infections and anti-cancer drugs.

Van der Heden & Mulder & Geurink labs / Chemical Biology and Drug Discovery

Profiling the Ubiquitin-Proteasome System

Vertegaal Lab / Small Ubiquitin-like Modifiers

Uncovering signal transduction by SUMO

ten Dijke lab / Chemical Signaling

Cell-to-cell communication via secreted factors, transmembrane receptors and intracellular signal transducers

Szuhai Lab / Molecular tumour genetics

Molecular cytogenetics and functional characterization of bone and soft tissue tumours

Baker lab / Transcriptional Regulation

Lamers Lab / DNA Replication & Repair

Molecular mechanisms of high-fidelity DNA replication

Goncalves & Mikkers Lab / Genome Editing

Developing and integrating gene delivery and gene editing systems

Pang Lab / Functional Genomics

Profiling the non-coding genome

Koster Lab / Electron microscopy research

Cryo Electron Tomography and Artificial Intelligence methods

Sharp Lab / BioNanoPatterning

Bionanotechnology to probe immune system activation

Hoeben Lab / Virus Cell Interactions

From innate sensing to oncolysis

Meijer Lab / Circadian Clocks

Investigating sleep regulation and sleep function

Goumans Lab / Cardiovascular Cell Biology

Where data science, virus and stem-cell biology is used to understand disease and develop therapeutics.

't Hart & Zaldumbide Lab / Diabetes Research

Molecular mechanisms of Type 1 and Type 2 Diabetes

Corstjens Lab / Near patient diagnostics

High sensitivity diagnostic tools

Barcena Lab / Cell and structural biology of RNA virus infection

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