PEP-talk Andrew Webb: a portable and affordable MRI: Science Fiction?!

MRI is essential in modern healthcare. With the MRI technique, diagnoses are made and patients are screened. Yet this care is not accessible to 70% of the world’s population. Professor Andrew Webb of the department of Radiology explains how his LUMC research group is working on a solution. Is a portable and affordable system the answer?

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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
Lamers Lab / Electron microscopy research
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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PEP-talk Andrew Webb: a portable and affordable MRI: Science Fiction?!

News

Pang Lab awarded the ERC Proof of Concept grant

Pang Lab awarded the KWF unique high-risk grant

Actively listening makes a difference but can be harder than removing a tumor.

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

Lamers Lab / Electron microscopy research

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

Collaborate with us