Welcome to 3D Made Easy
Your source for the latest science using 3D cell culture technologies. We aim to present a new dimension of the potential of 3D cell culture.
Cell biology research and cell-based screening are going through an exciting period of development; the broad adoption of 3D cell culture. We at Greiner Bio-One are very enthusiastic about it and want to share with you methods and techniques that are producing results.
3D cell culture creates the opportunity for experimental conditions more predictive of in vivo biology. From the use of organoids and spheroids as an experimental platform in 3D bioprinting, to the simulation of the tumor microenvironment, cell-based studies are benefitting from better 3D model systems.
Posts about
ThinCert
An Air-Liquid Interface Model System Based on ThinCert®
An air-liquid interface (ALI) model system based on ThinCert® — the advantages for studying...
2 minute read
Assessing a Model to Mimic Infection by Coronavirus
Model systems are invaluable in efforts to dissect the mechanisms involved in viral...
3 minute read
Research to Viral Respiratory Infections Needs a Realistic Model
The need for greater insight into the mechanisms involved in respiratory diseases and their...
4 minute read
What are the Benefits of a Vascularized Tumoroid?
Vascularization of tumoroids (“tumor-like organoids”) enables more accurate recapitulation...
3 minute read
ThinCert® - A Tool for the Rapid Generation of Vascularized Tumoroids
ThinCert®, a two-compartment system, can be readily used to quickly generate vascularized...
2 minute read
Tumoroids - Promising New Perspectives for Personalized Medicine
Personalized medicine requires establishing a patient-derived tumoroid (PDT), or tumor-like...
2 minute read
Importance of Realistic Tumoroid Models in Cancer Drug Screening
Tumoroids (“tumor-like organoids”) are valuable tools in personalized medicine. They are...
4 minute read