Organoids Help Uncover the Genetics of Kidney Disease
National Institutes of Health
Innovative disease modeling and gene editing techniques begin to answer long-standing questions
organoids
World’s First Brain Biobank Accelerates Clinical Research
Swathi Kodaikal, MSc
The CNIO network aims to use patient-derived samples to drive ethical, efficient, and high-precision clinical care
Location May Influence Tumor Cell’s Identity and Role in Cancer Biology
National Institutes of Health
New approach could provide insights into cancer progression, treatment response, and precise therapies
Novel High Transmissibility Mechanism of Omicron Variant Revealed
The University of Hong Kong
First-ever, stable human organoid culture system from lung and nasal tissue helped study SARS-CoV-2 variant transmission
A Synapse Is Born: Human Brain Organoids Integrate with Mouse Cortex
Swathi Kodaikal, MSc
Multimodal experiments with organoids may provide deeper insights into the human brain
Integrated BioAI Platforms Address Drug Development Bottlenecks
Isaac Bentwich, MD
From artificial intelligence to patients-on-chip, new technologies decrease reliance on animal testing
Mimicking the Physiological Environment to Create Uniform Spheroids
Heidolph, Heidolph North America
A uniquely designed 3D cell culture plate supports the formation of uniform and standardized spheroids with higher yield
Two Discoveries Boost Next-Generation Organoid Development
Cincinnati Children's Hospital Medical Center
New research collaboration tunes into signals that will help make better organoids to mimic functions of the trachea, esophagus, stomach, liver, gallbladder, bile ducts, and pancreas
Tumor Organoids for Functional Precision Oncology
Miriam Bergeret, MSc
Researchers are using patient-derived tumor organoids to match patients with optimal treatments