Harvard scientists launched Kebotix, an AI and robotics tech company for rapidly developing new materials.
Results for "brain"
Expansion Microscopy Enabling Nanoscale-Resolution Imaging of Preserved Cells and Tissues
Step‐by‐step Expansion Microscopy protocols for performing analysis of proteins and RNAs using chemicals and hardware found in a typical biology lab.
Hall of Fame Highlight: Frank Caruso
Frank Caruso on nanomaterials for the future of medicine.
Therapeutic Potential of Cyclodextrins for “Childhood Alzheimer’s”
Cyclodextrin-based polymers (CCPs) hold therapeutic potential for Niemann–Pick type C (NPC) disease.
Advanced Nostalgia: Highlights from the Archives
A peek into the Advanced journal archives reveals some of the interesting and creative work published over the years that is still being cited today.
Light-Triggered Dissociation of Alzheimer’s β-Amyloid Aggregates
Expanding beyond traditional photodynamic approach: photoelectrochemical oxidation of toxic Aβ aggregates with an inorganic photoelectrode.
Cancer Cell Death using Magnetic Nanoparticles
Careful design of magnetic properties in nanoparticles of alloyed magnetically hard and soft ferrites leads to high-performing particles.
Gooey Electronic Devices as Neural Probes
Ultracompliant hydrogel-based multielectrode arrays as neural probes.
Machine Learning for Bioinformatics and Neuroimaging
Machine Learning (ML) is a well‐known paradigm that refers to the ability of systems to learn a specific task from the data and aims to develop computer algorithms that improve with experience.
Let’s Get Connected: Understanding Braided River Morphodynamics
There are striking similarities between the structure of natural river networks and others found in systems as diverse as brains, roads and the communication technologies. Using a series of examples, the authors illustrate how a suite of graph theory-based metrics derived from diverse disciplines can be used to provide new insights into the structure and kinematics of braided river networks.
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