INP in numbers

  • 126 members
  • 44 researchers
  • 48 research assistants
  • 12 post-docs
  • 11 PhD

 

INP researchers and students massively attended NeuroFrance 2019

During the last NeuroFrance congress held from May 22 to 24, 2019 at the Palais des Congrès in Marseille, the INP distinguished itself through 20 posters, 4 oral communications, and 1 symposium moderation, not to mention the organization of the "Art in Mind" exhibition, showing not only the richness and quality of his research but also his open-mindedness. 

English

New publication from the NeuroCyto team in Nature Communications: Perform advanced microscopy experiments thanks to NanoJ-Fluidics

The LEGO Pumpy (or more officially NanoJ-Fluidics) paper is out in Nature Communications! A joint venture between the INP NeuroCyto team and the Henriques lab, this article (previously available as a preprint on bioRxiv) details how to build a fully open-source multi-channel syringe pumps with LEGO and Arduino.

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New preprint from the NeuroCyto team: tips and tricks for super-resolution microscopy

We have a new preprint out! Want to do good super-resolution images? We have put together all our single molecule localization microscopy (SMLM) tips and tricks. This is a methods paper that describes our SMLM workflow, using benchmark samples such as microtubules and clathrin-coated pits. 

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New publication from the NeuroCyto team in the Journal of Cell Biology: Slow axonal transport of actin via hotspots and trails

Our latest work (previously on bioRxiv) is now published in the Journal of Cell Biology. We collaborated with the Roy lab (UW Madison, USA) and the Jung lab (Ohio University, USA) to reveal a new mechanism of slow axonal transport, based on our previous discovery of actin hotspots and trails

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Hotspots seen by STORM

The GlioME team has popularized a scientific article to make its research accessible to the general public.

The popularization of science is one of the missions of academic research. This article authored by Aurélie Soubéran is intended for children aged 12-13 years and more broadly for the general public, and focuses on a preclinical study on glioblastoma model.

To access it, please download the pdf version.

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Vect-Horus and RadioMedix announce signing of a Letter of Intent to co-develop a radio-theranostic agent for Glioblastoma

This partnership will marry the expertise of Vect-Horus in targeting tumors with its technology VECTrans® and the know-how of RadioMedix in developing and conducting pre-clinical evaluation and clinical trials with radiopharmaceuticals.

For more information, please follow this link or download the pdf version.

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Partners