An image of the 3D printed nano lattice (left) and a cell of the lattice resting on ... with the strength of steel and the weight of Styrofoam. One major weakness of conventional nanolattices ...

Our platform integrates cutting-edge 3D cell model architectures, matrices, and precision drop-on-demand technology, facilitating a deeper understanding of complex biological systems. We also offer a ...

The pharmaceutical industry globally is realising the growing potential of in vitro tissue models for drug discovery, pathology modelling and validation, safety and toxicity. 3D Cell Culture ...

The progression from traditional 2D cell cultures to advanced 3D cell models has been transformative for drug testing, offering more complex and accurate representations of human tissues, while ...

3D cell models are redefining how we study development and disease. Yet, as adoption grows, so do the challenges; ensuring reproducibility, selecting the right materials and mastering cell maintenance ...

While supervised models are extremely powerful when labeled data is available to train on, in many new applications there is limited to no human-annotated data. Thus, self-supervised methods can be ...

Our napari plugin supports both the pretrained WNet3D and ability to train it and other models presented here (SegRes-Net, SwinUNetR), and has various tools for pre- and post-processing as well as ...