Spotlight on tissue engineering
Tissue engineering in regenerative medicine is a dynamic, multidisciplinary field that involves the application of principles from engineering, biology and materials science. ...
Read moreTissue engineering in regenerative medicine is a dynamic, multidisciplinary field that involves the application of principles from engineering, biology and materials science. ...
Read moreCell and gene therapies typically require a substantial number of cells per dose and as the number of diseases that can be targeted by contemporary cell and gene therapies expands from ...
Read moreCryopreservation plays an integral role in the development, manufacturing and transportation of cell therapies to streamline therapeutics to commercial and clinical development. ...
Read moreAfter two long years, the annual meeting of the International Society for Cell and Gene Therapy (ISCT) was back in person (4-7 May, San Francisco, CA, USA). To make the most of ...
Read moreThe growth of cell therapy around the world means accurate and reliable methods of quantifying dose and circulating cell volume are crucial for ensuring safety and effectiveness. ...
Read moreThe use of exosomes as a cell-free therapeutic tool requires the production of clinically relevant amounts of high-quality vesicles. However, as every multistep process, the exosome ...
Read moreIneffective cell monitoring and imaging can have a tremendous impact on cell-based therapies in preclinical, translational and clinical research. Novel imaging approaches would enable ...
Read moreThe creation of induced pluripotent stem cells (iPSCs) revolutionized the regenerative medicine field in 2006 when Shinya Yamanaka created his famous pluripotency cocktail of four ...
Read moreIn this Spotlight feature, 3DMedNet aims to highlight key bioprinting projects, from conventional biofabrication and regenerative medicine research to novel applications of ‘bedside’ ...
Read moreCAR-T therapy involves utilizing a patient’s own T-cells to treat cancer and, as a technique, has rapidly expanded over the past year. However, obtaining patient samples can be ...
Read moreGene therapy has the potential to eliminate a number of diseases which are currently causing distress to patients and burden on the healthcare system. Gene therapies have been tested in ...
Read moreThe manufacture of cell-based products to a clinical standard is a complex and delicate process, but essential in making these therapies more cost-effective and more widely available. ...
Read moreImmunotherapy is a rapidly developing therapeutic approach that involves harnessing a patient’s immune system to fight disease, often cancer or immune disorders such as allergies. In ...
Read moreMSCs can be harvested from several human tissues, or derived from induced pluripotent stem cells (iPSCs), and can differentiate into a range of tissue-specific cells. Various studies ...
Read moreOrganoids offer a unique opportunity to model drugs and diseases in vitro, comprising of a range of organ-specific cell types that are closely biomimetic, enabling more accurate drug ...
Read moreThis spotlight will provide an insight into the challenges, trends, developments and debates surrounding the many factors that influence the commercial viability of a cell therapy. We ...
Read moreThis spotlight on cell therapy regulation will aim to provide insight into challenges, trends, developments and debates in the regulation of cell therapies aimed at regenerative ...
Read moreThe first generation of induced pluripotent stem cells (iPSCs) 10 years ago marked a huge milestone in the field, leading to great progress from disease modeling to development of new ...
Read moreThe MDI Biological Laboratory is a rapidly growing, independent, nonprofit biomedical research institution. Its mission is to improve human health and well-being through basic research, ...
Read moreMany different diseases and injuries such as trauma, surgery, burns, poor circulation and pressure can result in acute or chronic wounds, which can have a significant impact on quality ...
Read moreWith the recent boom in 3D printing and the increasing introduction of hydrogels and scaffolds in research and clinical trials, biomaterials are playing a key role in regenerative ...
Read moreSpotlight on the aims and expertise of King’s College London’s (KCL’s) Centre for Stem Cells and Regenerative Medicine, which officially opens in December 2015. Located in the Guy’s ...
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