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This ebook includes a piece by Daniel Morales- Mantilla, Dr Robin Parihar and Dr Katherine King, from Baylor College of Medicine, on a stem and progenitor cell infusion to improve the survival of mice from sepsis as well as an article by Dr Karen Litwa, East Carolina University, that explores…
References for ‘New immune targets to improve survival from sepsis’, in Drug Target Review Issue 2 2022.
A new study highlights how scientists have successfully cultivated human muscle stem cells capable of renewing themselves and repairing muscle tissue damage in mice, findings that could lead to therapeutics to treat muscular dystrophy disorder.
Precision medicine in neurology is limited by a dearth of clinically relevant models. However, here Dr Evangelos Kiskinis, Assistant Professor at Northwestern University Feinberg School of Medicine, discusses how new technologies such as bioelectronic assays enable real-time, long-term analysis of neurological diseases in a dish, offering a pathway towards identifying…
In this ebook, you can find articles on the development of novel assays and technology - download now for free!
A new study led by the Indiana University School of Medicine showed human induced pluripotent stem cells can improve visual acuity, vascular health and other complications related to type 2 diabetes.
An iPSC technology leader taps industry veteran to drive growth in cell therapy and drug discovery markets.
The first patient-derived stem cell model to research eye conditions related to oculocutaneous albinism (OCA) has been created.
Ncardia has formed a strategic partnership with Kiniciti to build GMP capabilities to support iPSC cell therapy platforms and human cell-based in vitro discovery services.
In a new study, researchers at Brigham and Women’s Hospital, US, successfully developed stem cell-derived neuronal profiles from individual patients. Here, Drug Target Review’s Victoria Rees explores the findings and how these new models can help to advance precision and personalised medicine.
This article delves into research at the University of California Los Angeles, US, where stem-cell derived brain organoids that can mimic electrical activity have been developed.
Scientists have developed brain organoids that recapitulate the head size of autism patients to study the condition as well as possible therapies.
Researchers have identified a process that amplifies changes in gene expression, which could be harnessed to accelerate stem cell differentiation.
Researchers have published a step-by-step protocol on how to produce millions of mature human cells in a chimeric mouse embryo.
A team of scientists has found that a type of cell derived from human stem cells and widely used for brain research and drug development may have been leading researchers astray for years. Here, Dr Raphaël Lis from Weill Cornell Medicine explains how forcing the activity of three known endothelial cell transcription…
