Conducting Polymers with Immobilized Fibrillar Collagen for Enhanced Neural Interfacing This study demonstrates that the direct coupling of extracellular matrix components such as collagen, followed by their further self-assembly into three-dimensional matrices, has the potential to improve the neural-electrode interface of implant electrodes by encouraging nerve cell attachment and differentiation. [Biomaterials]
Extracellular Matrix Fluctuations during Early Embryogenesis Researchers show that the extracellular matrix moves as a composite material, whereby distinct molecular components as well as spatially separated layers exhibit similar displacements. [Phys Biol]
Researchers Receive Grants from NCCN Oncology Research Program Funded Through Pfizer The National Comprehensive Cancer Network (NCCN) Oncology Research Program received $2.1 million in research funding from Pfizer, Inc. to support research at NCCN Member Institutions in order to gain further insight into the use of axitinib in various tumor types. [National Comprehensive Cancer Network Press Release]
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