JNC-ISN Circadian Rhythms Mini-Meet The question of “When?” 24th May 2022, 1pm CEST - 9pm AEST - 7am EDT

May 19, 2022

Life has been dependent on proper timing since its beginning. Chronobiology has evolved to a discipline at the cutting edge of science, prompting several fascinating discoveries over the last decade that lay grounds for the development of comprehensive chronomedicine with translational value from basic science to clinical application.

JNC-ISN Circadian Rhythms Mini-Meet The question of “When?” 24th May 2022, 1pm CEST - 9pm AEST - 7am EDT

The International Society for Neurochemistry together with the Journal of Neurochemistry present our first Mini-Meet for 2022 on Circadian Rhythms!

Our Circadian Rhythms in the Brain Special Issue provides recently unraveled connections of chronobiology to metabolism, aging, and widespread diseases related to modern lifestyle factors (permanent food availability, obesity, stress, light pollution and more).

Contributing authors are leading scientists in the field and will be updating you on the latest research in this free online mini-symposium event - Make sure to book your spot here!

Free to register here

Read the Special Issue here.

Groups: Meijer Lab / Circadian Clocks

Groups

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Looking for information on one of our topics, a new place to conduct your research or experienced research to join forces with? Feel free to contact us.!

JNC-ISN Circadian Rhythms Mini-Meet The question of “When?” 24th May 2022, 1pm CEST - 9pm AEST - 7am EDT

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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