HoldMyType

both beautiful and terrifying

A guide to the organ-on-a-chip | Nature Reviews Methods Primers
#OrganOnChip
as of now its just suited for #pharmacuetical lab tests as a replica
but #bigtech is watching

nature.com/articles/s43586-022

HaDEA

The project @gutvibrations is developing #OrganOnChip technology for #virology while setting an example in #sustainability ♻️

Discover how the consortium is reducing their carbon footprint with green travel policy and innovative use of online meetings!👉cordis.europa.eu/article/id/44

🐦🔗: n.respublicae.eu/EU_HaDEA/stat

Francoise Helmbacher

Call for a Junior Professor chair at Aix Marseille University. Supported topic: "innovation to transform modeling of pathologies". Keywords: "organoids, cancer spheroids, organ-on-chip, stem cells, iPSCs". Deadline to apply: May 22, 2023

galaxie.enseignementsup-recher

#PIcall #AMU #organoids #OrganOnChip #stemCells #iPSC #CancerSpheroids
#DevBio

Norman Wen

A bit late, but celebrating the passing of #FDAModernizationAct 2.0. It's long been a bit of an open secret that animal testing does not give human-relevant results (shout-out to justsaysinmice fans). But now there are emerging technologies that can better predict clinical outcomes: #OrganOnChip, #organoids, #mps. Removing the requirement of animal testing is a huge step in reducing drug development time and costs.

npr.org/2023/01/12/1148529799/

Norman Wen

#Introduction

Engineer and science enthusiast. Material scientist and mech engineer by training. Previously working in #nanotechnology #OrganOnChip #mps and #microfluidics. Currently working on seamlessly scaleable non-viral transfection for #celltherapy and #genetherapy. Interests in #climatetech #agtech #decentralizedweb. Passionate about #scicomm and #education.

Looking forward to connecting with this amazing network!

Joram Mooiweer

Real-time imaging of enteric pathogens invading a gut-on-a-chip and evaluating how peristalsis facilitates this. By research from @PasteurEdu
#organonchip #mechanobiology

science.org/doi/10.1126/sciadv

Universität Tübingen

RT @FhG_Gesundheit@twitter.com

Silke Keller vom @NMI_DE@twitter.com der @uni_tue@twitter.com beschäftigt sich im Blog #Biointelligenz des @Fraunhofer_IPA@twitter.com mit Alternativen zum #Tierversuch. Die #OrganonChip-Technologie revolutioniert die biomed. #Forschung, indem Organe & Blutgefäße des Körpers imitiert werden.
bit.ly/35rw77h

🐦🔗: twitter.com/FhG_Gesundheit/sta

Von Menschen und Mäusen: Adäquate Alternativen zum Tierversuch

In diesem Beitrag stellen wir die Organ-on-Chip-Technologie,…

bit.ly