Featured Articles

  1. Organoids And Organ Regeneration: Cracking The Code 1/18/2022

    We might still be decades away from organ regeneration, but organoids have helped researchers bridge gaps in pathologies and therapies for a myriad of diseases.

  2. Developing An Organoid On A Chip For Cardiac Research 1/18/2022

    With cardiac organoid on a chip, embedded electrodes can read the electrical activity of the cell culture in three dimensions and report readings to researchers.

  3. What Is High Throughput Screening And How Is It Evolving? 1/14/2022

    HTS is an assay process that can quickly run hundreds — even thousands — of drug screens at a given time. But HTS has applications well beyond disease targeting.

  4. Biofabrication And Cell Therapy: Where We Are (And Where We're Going) 1/14/2022

    Cell therapy and regenerative medicine has greatly benefited from biofabricating has been cell therapy and regenerative medicine and there are opportunities in this next frontier which could someday make whole-organ bioprocess engineering.

  5. Prostate Cancer Researchers Use Organoids To Identify Critical Risk Factors 1/10/2022

    With the introduction of widely available prostate organoids researchers have a powerful new tool at their disposal allowing them to conduct accurate, patient-specific research.

  6. Organoid vs. Spheroid: What's The Difference? 1/10/2022

    We explain the distinct differences between organoids and spheroids in how they're made and what they do.

  7. Could Halting Cancer Cell Motility Stop Metastasis In Its Tracks? 1/5/2022

    Learn how 3D models could fill knowledge gaps in many areas, including those studying the role of cell motility in how cancer spreads.

  8. The Next Frontier In Disease Modeling: Human Liver Spheroids And Ready-Made Kits 1/5/2022

    It would make sense that if the drugs are to be used in humans, the testing models should be human, too. Enter liver spheroids, the 3rd dimension.

  9. 3D Cell Culture Could Drive The Fight Against Infectious Diseases 12/30/2021

    3D cell culture models allow for faster identification of compounds that could counteract or interfere with disease mechanisms and, through that, faster development of cures for infectious disease.

  10. Cell Contamination, Containment, And Correction: Good Cell Culture Practices In 3D 12/30/2021

    Understanding cell culture contamination best practices ensures that your research quality does not have to suffer due to an unexpected occurrence, whether big or small.