insights.bio
Stem cell-based therapies require innovative solutions to close the gaps existing between research and commercialization. Allogeneic cell therapy indications that target large patient populations will necessitate the use of flexible cell production platforms to meet the increasing demand of cell quantities. In addition, process control and monitoring, along with cell quality, are key parameters in clinical cell therapy product manufacturing. Human pluripotent stem cells (hPSCs) hold great promise for regenerative medicine and therefore, are a key intermediate cell therapy product.
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Scientist must look beyond studying individual proteins and examine the structure and assembly of protein complexes within cells in order to truly understand how proteins function in their native environment.
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Manufacturing processes for gene therapy products are generally low yielding compared to production processes for other biologics.
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bitesizebio
Cryo-electron tomography can visualize macromolecular structures in situ, inside the cell. Vitreous frozen cells are first thinned with a focused ion beam and then imaged in three dimensions using a transmission electron microscope. This transformative method has the power to revolutionize our understanding of cell biology, revealing native cellular architecture with molecular clarity.
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