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A cross-section of a cell aggregate with several human inner ear organoids, highlighting sensory hair cells (red and yellow), supporting cells (green), the actin-rich luminal surface (purple), and nuclei of all cells (cyan). Koehler et al. (p 583) describe the generation of human inner ear organoids from pluripotent stem cells. Image credit: Emma Longworth-Mills and Karl R. Koehler
Several companies are now banking on bioengineered silk to create a new generation of textiles and materials...and a necktie. Laura DeFrancesco investigates.
Magistral drug preparation offers a model to circumvent many of the technological, regulatory and financial challenges that prevent provision of the right drug at the right time to the right patient.
Insertion of the sequence encoding herpes simplex virus 1 thymidine kinase at the breakpoints of fusion genes in cancer cells causes cell death and regression of mouse xenograft tumors.
Analysis of RNA-seq data from individual developing mouse motor neuron cells with topological data analysis sheds light on crucial cell-fate decisions during neurogenesis.
Synthetic biology–based group activities provide opportunities for integrative STEM training and literacy, while lowering barriers for high school students to become interested in science careers.