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Context-Dependent Regulation of Receptor Tyrosine Kinases
Receptor tyrosine kinases (RTKs) are cell membrane proteins that provide cells with the ability to sense proteins in their environments. Many RTKs are essential to development and organ growth. Derangement of RTKs—by mutation or by overexpression—is central to several developmental and adult disorders including cancer, short stature, and vascular pathologies.
Environmental Influences On RNA Processing: Regulators Of Cellular Response
RNA processing has emerged as a key mechanistic step in the regulation of the cellular response to environmental perturbation.
Virtual Issue in Small Methods: Biomaterials and Life Sciences
The Editors of Small Methods are pleased to publish this special biomedical virtual issue. This collection highlights outstanding research in Small Methods from the very first issue to now, in the areas of biosensing, biomedical engineering, nanomaterials,...
![Monitoring Reactive Oxygen Species in Cells and Tissue [Video]](https://www.advancedsciencenews.com/wp-content/uploads/2018/09/smll201800310_ASN_image.jpg)
Monitoring Reactive Oxygen Species in Cells and Tissue [Video]
Researchers report a highly sensitive detection method for monitoring the nanotoxicity associated with reactive oxygen species (ROS).
Fast Tracking the Immune Response
A platform to self‐assemble immune signals into nanostructured capsules is discussed.
Putting Fungus on the Back Foot: Effective Therapy for Fungal Nail Infections
Photodynamic therapy used to combat common fungal foot infection.
Thermoresponsive Peptide Platform for Smart Drug Delivery
A facile strategy to use elastin-like peptides for thermoresponsive drug delivery applications.
From E. Coli to Your Plate? Engineering Curcuminoids from Glucose
Curcumin produces the intense golden-yellow of curries. It’s also being explored as an antioxidant. A reliable source can now be generated from glucose.
Glycogen Synthase Kinase-3 and Alternative Splicing
Sequencing of the human genome led to the surprising discovery that we do not have many more protein coding genes than presumably simpler organisms.
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