A worldwide platform for research into all aspects of organoids and their applications | A peer-reviewed journal | Diamond OA-Free for both authors and readers
Minimum Information about Organoid Research (MIOR): a framework for reproducibility, interoperability, and translation https://t.co/v8vW38ORlC
๐กUse of it will transform #organoid datasets from one-time products into reusable materials and accelerate translation.
Minimum Information about Organoid Research (MIOR): a framework for reproducibility, interoperability, and translation https://t.co/v8vW38ORlC
Use of it will transform #organoid datasets from one-time products into reusable materials and accelerate translation.
Minimum Information about Organoid Research (MIOR): a framework for reproducibility, interoperability, and translation
https://t.co/nMxNiLb7yM
Use of it will transform #organoid datasets from one-time products into reusable materials and accelerate translation.
@organoidscience
Call for Youth Editorial Board Members for Cell Organoid โ Join the Youth Editorial Board, Grow with Cutting-Edge Science!
https://t.co/UeDxKvn93p
Application Email: [email protected]
Bridging the gap between bench and bedside: Organoid technology in colorectal cancer treatment
https://t.co/pb1BcoVSl4
๐examines the role of patient-derived #tumor#organoid technology in bridging translational gaps for #colorectal#cancer treatment through coculture systems.
Scientists often speak of organoids as โmini-organs that mimic real biology.โ But when you see them through the lens of a microscope, they become miniature marvels that capture both art and data ๐ก
https://t.co/r8XFBGbOdP
Celebrating the art of science โ highlights from the Cell Organoid Organoid Image Contest
Cell Organoid recently hosted an #Organoid Image #Contest, inviting researchers to share compelling snapshots of their work... Get to know details at
https://t.co/H1GzLwWTKB
Scientists often speak of organoids as โmini-organs that mimic real biology.โ But when you see them through the lens of a microscope, they become miniature marvels that capture both art and data.
https://t.co/r8XFBGbOdP
Celebrating the art of science โ highlights from the Cell Organoid Organoid Image Contest
Cell Organoid recently hosted an #Organoid Image #Contest, inviting researchers to share compelling snapshots of their work... Get to know details at
https://t.co/H1GzLwWTKB
Celebrating the art of science โ highlights from the Cell Organoid Organoid Image Contest
Cell Organoid recently hosted an #Organoid Image #Contest, inviting researchers to share compelling snapshots of their work... Get to know details at
https://t.co/H1GzLwWTKB
Only one single Matrigel droplet is required
In-situ fixation and pre-embedding simplify protocols by avoiding Matrigel dissociation.
It effectively reduces organoids loss
It significantly reduces culture costs and time
https://t.co/weG7MKyZbl
๐ introduces a simple method to prepare paraffin blocks from #lung#cancer#organoids using a single Matrigel droplet
A novel in-situ fixation and embedding method improves lung cancer organoid histopathology
https://t.co/lCcEDJCXJb
Bridging the gap between bench and bedside: Organoid technology in colorectal cancer treatment
https://t.co/pb1BcoVSl4
๐examines the role of patient-derived #tumor#organoid technology in bridging translational gaps for #colorectal#cancer treatment through coculture systems.
Celebrating the art of science โ highlights from the Cell Organoid Organoid Image Contest
Cell Organoid recently hosted an #Organoid Image #Contest, inviting researchers to share compelling snapshots of their work... Get to know details at
https://t.co/H1GzLwWTKB
๐ introduces a simple method to prepare paraffin blocks from #lung#cancer#organoids using a single Matrigel droplet
A novel in-situ fixation and embedding method improves lung cancer organoid histopathology
https://t.co/lCcEDJCXJb
This study introduces a simple method to prepare paraffin blocks from lung cancer organoids using a single Matrigel droplet. Organoids are fixed in situ, embedded in agarose, and processed without dissociation, minimizing cell loss.
https://t.co/xVsWACgcz0
This review delves into the mechanisms and applications of TGF-ฮฒ signaling within organoids, three-dimensional (3D) cultures that mimic human tissue architecture and function.
https://t.co/nLeDrSYg5D
In a recent landmark study published in Nature, Igarashi et al. describe the generation of human adult hepatocyte organoids (HHOs) that maintain long-term proliferative capacity while recapitulating key metabolic functions and spatial zonation.
https://t.co/MN096CjWQ9
Comment | The imperative of establishing a national organoid database: strategic autonomy and AI-driven innovation
https://t.co/gVCoj8j5Za
#database#organoid#AI