Towards customizable and biomimetic 3D-printed cardiac construct with contractile properties for drug testing.
Results for "stem cells"
The Effects of Nanomaterials on Blood Coagulation in Hemostasis and Thrombosis
Investigating how nanomaterials interact with the components involved in blood coagulation is an important step towards utilizing nanomedicine safely without causing dysregulation of hemostasis that could result in serious thrombotic and/or hemorrhagic pathologies.
Blood-Detox with Red Blood Cell Microreactors
Red blood cell (RBC)-based delivery systems are emerging as natural biocarriers in a wide range of clinical applications, including blood detoxification.
Insights into Nuclear Dynamics using Live-Cell Imaging Approaches
CRISPR is a newly developed, but rapidly advancing, genome editing technique that has advanced the nuclear imaging field by providing a means to fluorescently label a dead Cas9 protein fused with green fluorescent protein (dCas9-GFP), allowing scientists to microscopically track where certain proteins bind to the DNA.
The Jack-of-all-Trades for Neuroendocrine Tumor Therapy
Upconversion nanoparticle-based micelles for neuroendocrine tumor theranostics.
Featuring Photoacoustic Imaging, Nanosafety and More: January’s Advanced Healthcare Materials Covers
Research highlights from this month’s Advanced Healthcare Materials issues.
Printing Life – Bioprinting of Thermoresponsive Hydrogels
The properties and use of thermo-responsive hydrogels in bioprinting are discussed in a recent review by R. Suntornnond et. al.
Weapons of Mass Construction in the War on Climate Change: Heterogeneous Catalysis and Electro-Catalysis
In the war against climate change two promising approaches are being developed for catalytically converting CO2 to value-added chemicals and fuels
Targeted Chemotherapy with Nicotinylated Liposomes
Liposomal formulations of two novel nicotinylated amphiphiles for targeting potent chemotherapeutics to mouse glioblastoma.
Does Nicotine Affect “Recycling” of Cellular Components?
Using a proteomics approach, Drs. Paulo and Gygi from the Harvard Medical School provide evidence that nicotine exposure changes the abundance of membrane proteins implicated in signal transduction and autophagy.
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