These 3D model brains with cells from several people are first of their kind Chimeric brain ‘organoids’ promise to help reveal individual variation in brain development and in drug responses.

New human cell-based 3D model reveals insights into how immune cells contribute to Alzheimer's disease The model provides insights into the progression of AD and could help to accelerate the ...

The ACE-3M Core leverages sophisticated 3D models with cell engineering technologies to provide enhanced, cutting-edge functional genomics and genome editing services. Additional services offered by ...

Scientists from the University of Edinburgh, Harvard, and John Hopkins use 3D models to visualize the growth and differentiation of cancer cells in a tumor.

To predict drug response or toxicity, the pharmaceutical industry is increasingly performing smaller-scale validation studies of experimental drug compounds in novel 3D cell culture models ...

However, an ideal 3D culture model has not been defined. 3D cell culture models are used to illustrate the cellular structure in humans and are gradually finding applications in therapeutic ...

The Allen Institute used AI to create the first complete 3D model of a cell and all its inner workings, which they say can be used to monitor disease.

Advanced Cell Engineering and 3D Models Services 3D Models Services PDXO 3D Culture in Matrigel. Maintenance and/or expansion of active PDX-derived organoids growing in Matrigel. PDO and PDXO-PDX ...

Using an advanced 3D spheroid model can better enable assessment of immune cells killing 3D tumor spheroids. This can be achieved in a 96-well live-cell assay.

But cells are vastly more complicated than that, not to mention 3-dimensional. Allen Integrated Cell is a new tool that lets anyone visualize cells the way they actually exist in the body.

This article from Molecular Devices explores how cell painting can be used in a 3D breast cancer spheroid model for image-based phenotypic profiling.