#Organoids

Howard Smith MD, AMDrhowardsmith@masto.nyc
2026-02-26

Mini Lab-Grown Spinal Cords Test Repair Therapy. Regenerative nanomedicine researchers now report the successful regrowth of spinal cord nerve fibers while minimizing the interference of scar tissue. #spinalcord #paraplegia #quadraplegia #peptides #organoids
instagram.com/p/DVMh-JLjONk/

Chuck Darwincdarwin@c.im
2026-02-19

Dr Thomas Hartung is an environmental toxicologist at Johns Hopkins University, in Baltimore, who has spent his career trying to replace animal testing with specialised tissue cultures called organoids
and, more recently, with artificial intelligence.

Last May, he announced his most ambitious endeavour yet
—to create a "Human Exposome Project".

It is ambitious because it aims to do for environmental influences on the body what the "Human Genome Project" did for genetic ones.

But it was badly timed because it came shortly after the election of an American administration that is the most hostile to environmental matters in living memory

#organoids #AI #exposome

economist.com/science-and-tech

Scientific Frontlinesflorg
2026-02-18

are lab-grown, three-dimensional clusters of retinal tissue derived from fetal cells that replicate the developmental processes of the human eye in a controlled environment.

sflorg.com/2026/02/bio02182601

Scientific Frontlinesflorg
2026-02-11

Lab-grown human spinal cord are miniature, three-dimensional tissue models derived from stem cells that mimic the complex structure and function of the human cord to simulate injuries and test regenerative treatments.

sflorg.com/2026/02/beng0211260

Giuseppe MichieliGMIK69@mstdn.science
2026-02-05

#Oropouche virus infects primary #human #intestinal #organoids and is inhibited by type I and III interferon treatment, etidiohnew.blogspot.com/2026/0

Edenhofer Lab (UIBK)stemcelluibk
2026-02-05

Congratulations to our candidate Amelie Schurer for being awarded the Forschungspreis 2025 by the Wirtschaftskammer Tirol. Amelie's work focused on identifying involved in human using

@uniinnsbruck

Edenhofer Lab (UIBK)stemcelluibk
2026-01-16

New publication in together with Pharmacology at @uniinnsbruck

We present the first functional analysis of patient-derived and carrying a CACNA1D variant.

If you want to know more, follow the link:
nature.com/articles/s41380-025

Stainings of control (CTRL) and patient (L271H) organoids at day 60 expressing pVIM (radial glial cells), PAX6 (neural progenitors) and MAP2 (neurons)
2026-01-14

Probably the best and most versatile Stitching Software currently available. Join our free online WEBINAR on Jan. 27th, and see for yourself all the solutions that we offer for problematic stitching.
More info at svi.nl/webinarschedule

#vignettingcorrection #deconvolution #microscopy #lightsheet #organoids #huygens

Probably the best and most versatile Stitching Software currently available. Join our free online WEBINAR on Jan. 27th, and see for yourself all the solutions that we offer for problematic stitching.

More info at svi.nl/webinarschedule

#vignettingcorrection #deconvolution #microscopy #lightsheet #organoids #huygens
Edenhofer Lab (UIBK)stemcelluibk
2025-12-15

Congratulations to our PhD student Amelie Schurer! She received the research prize from the in the natural science category for her Master thesis on a screen on to identify candidate genes to revert

uibk.ac.at/de/newsroom/2025/wi


@uniinnsbruck

Client Info

Server: https://mastodon.social
Version: 2025.07
Repository: https://github.com/cyevgeniy/lmst