Super-excited to share a brand new take on #bioprinting: large scale anatomical tissues with living cells in less than 30s! Visible light #volumetric bioprinting is now reported in Advanced Materials tiny.cc/un4lbz Shout out: Paulina Nuñez Bernal Christophe Moser Jos Malda UMC Utrecht

#cardioids – the first self-organizing human cardiac #organoids developed at IMBA by the MendjanLab! Cardioids recapitulate heart chamber self-organization and defects bearing huge potential for drug discovery & regenerative medicine. Read more: tinyurl.com/cardioids

We are so excited to share our new review paper "From #Arteries to #Capillaries: Approaches to Engineering Human #Vasculature," published in Advanced Functional Materials @AdvSciNews last month! Check it out! Sharon Fleischer 🎗️ Naveed Tavakol, PhD #bioengineering onlinelibrary.wiley.com/doi/full/10.10…

#3Dprinting Bioprinting on a moving surface using motion-capture technology. Video and research by McAlpine Research Group University of Minnesota in Science Advances. Read more on bpod.mrc.ac.uk/archive/2020/8… with MRC Laboratory of Medical Sciences (LMS) and Ant Lewis

Biomaterial structures can be printed with near-infrared light within the tissues of living animals by using photosensitive polymer hydrogels. rdcu.be/b7hOx [N&V] rdcu.be/b7hOA [Paper]

BREAKING NEWS: The 2020 #NobelPrize in Chemistry has been awarded to Emmanuelle Charpentier and Jennifer A. Doudna “for the development of a method for genome editing.”

A review in Frontiers in Cardiovascular Medicine charts a course through what we know about the cardiovascular risks of space radiation, and the best ways to protect space travelers. Read the paper: fro.ntiers.in/xkUW, or our news article ⬇ fro.ntiers.in/pYDr

Good News - Le projet BLOC-PRINT a obtenu un nouveau financement ANR de type ASTRID par la Direction générale de l'armement pour poursuivre le développement de solutions pour les greffes de peau directement au bloc opératoire. Plus d'informations : labskincreations.com/blocprint.aspx

🎉 New bioprinter installed at Programa de Medicina Regenerativa de Catalunya!!! Very excited to work with my new BioX ❤️ CELLINK IDIBELL #bioprinting #cardiactissueengineering #stemcell #researchinprogress

Breaking News: A man received a new heart from a genetically modified pig, a medical first that offers hope to hundreds of thousands of patients with failing organs. nyti.ms/3FbILTZ

The Tissue Engineering Resource Center #TERC is so excited to announce "#ScienceSimplified," an online resource for introducing #TissueEngineering concepts and major innovations in the field to young, future bioengineers: nextgenterc.com/science-simpli…

IL EST LÀ : Cell Worlds, les mondes cellulaires. Mon 1er documentaire 😍. Une épopée à travers une biodiversité cachée au cœur de chacun d'entre nous. Pour redécouvrir la beauté, la fragilité et la complexité de la plus petite unité du vivant, la cellule : youtu.be/TR3tXKHE6-A

🌈Pink is the new heart 📷Léa Josephine Pourchet (Dr Léa J. Pourchet), Potencia de cèl·lules mare #ScienceIsBeatiful

Excited to see our paper published in Nature Communications today! Our newly developed "Nano-crown" electrodes record parallel and accurate intracellular electrical signals from heart muscle cells, for pre-clinical evaluation of drug candidates. nature.com/articles/s4146…

Two years ago, we reported for the first time on #cardioids. Now, our team, led by two fantastic Ph.D. students, Alison and Clara, developed multi-chamber cardioids representing all the major regions of the human embryonic heart (atria, LV, RV, OFT, AVC) biorxiv.org/content/10.110…

3d.FAB participe aux visites insolites dans le cadre de la fête de la science! Tentez votre chance pour venir bioimprimer un tissu humain vivant avec l’équipe 3d.FAB en répondant à quelques questions scientifiques🤓 lnkd.in/eRJfUdfg #CNRSinsolite

Where are we headed in the next 20 yrs of iPSC-based cardiac tissue engineering? Here's a forward-looking @NatureMethods article on the topic by Sang Cho with Gordana Vunjak-Novakovic The Leong Lab & Dennis Discher Columbia BME Penn Bioengineering Stanford CVI Greenstone Biosciences rdcu.be/cU06G

Circulation Research July 7th Issue is Out! ahajrnls.org/3wPOBJJ Cover: Immunofluorescence of cardiomyocytes (green) differentiated from iPSCs from a healthy individual demonstrating that most cells cardiomyocytes have well aligned sarcomeres (red); nuclei-blue.

Escribá et al. using #iPSCs & #CRISPR-based genome editing, the researchers were identified genetic factors that explain the differences in severity of #HCM in patients with the same mutation. Learn more: ahajrnls.org/3rn6SxD Roberto Barriales-Villa