Decoding stem cells for personalised regenerative medicine
Researchers developed a personalised stem cell therapy using a data-driven, single-cell technique based on swift subcellular proteomic imaging.
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Researchers developed a personalised stem cell therapy using a data-driven, single-cell technique based on swift subcellular proteomic imaging.
Understanding the involvement of Nod1 in the development of blood stem cells could greatly improve blood disorder treatments.
From a database of more than 200,000 high-resolution, three-dimensional images of human induced pluripotent stem cells, researchers have devised a model to quantify cell shape and internal organisation. Susanne Rafelski, Deputy Director of the Allen Institute for Cell Science, revealed details of their study to Drug Target Review.
21 December 2023 | By
A new Drug Target Review issue is now ready to download! This issue features articles on CRISPR, personalised medicine and screening.
A 2D neuromuscular junction model enables high-throughput screening to discover new treatments for neuromuscular diseases.
NETs require epidermal growth factor to grow, meaning that inhibiting EGF receptors could treat these types of tumours.
Astrocyte plasticity is correlated with upregulation of the Galectin 3 protein, which may greatly contribute to biomarker discovery.
Intestinal organoids allowed researchers to understand how Rnf43 and Daam1 influence the balance of stem cell renewal and differentiation.
A continuous sorting technique of stem cells on a DLD microfluidic platform may greatly advance cell therapy.
Researchers have developed organoids with naturally occurring early-stage immune cells, which could lead to effective personalised treatment.
Don’t miss out on the easier way to do flow cytometry. Learn how to bring speed, throughput, multiplexing and miniaturization, to your bench.
How stem cells become enteroendocrine cells using gut organoids could have positive implications for many gastrointestinal diseases.
Researchers have improved the method of regenerating heart muscle after a heart attack using a combination of iPSC-derived cells.
A study led by scientists from the Center for Genetic Epidemiology at the Keck School of Medicine of USC and USC Norris Comprehensive Cancer Center has made a significant leap in our understanding of aggressive prostate cancer.
Researchers from the University of Helsinki and the National Institutes of Health (NIH) in the United States have made a new discovery: the ectoderm, one of the germ layers, does not lose its pluripotency during gastrulation, contrary to prior beliefs.