New magnetically-activated drug delivery systems offer a potentially more effective tool to fight tuberculosis

New magnetically-activated drug delivery systems offer a potentially more effective tool to fight tuberculosis
Check out the latest covers of Advanced Healthcare Materials!
This non-viral CRISPR-Cas9 delivery vector is ten times as effective at genome modification as the standard plasmid transfection techniques, down-regulating Plk1 expression over 70% to inhibit tumor growth.
A technique using gold nanoparticles and laser pulses can successfully destroy retinoblastoma cells.
Polymers could provide the basis for alternative wound closure options that are more effective and less painful than the traditional sutures or staples.
Stimulation of nerves by an artificial retina toward therapeutics for blindness.
Small molecules have been used to study several mammalian RNA elements in disease. These advances encourage exploration of newly discovered RNA interactions with therapeutic potential.
AM30 events in Hong Kong, Dresden, Beijing, and Singapore.
Microrobots mimic the motion of living microorganisms to deliver target-specific therapeutics.
A strategy to transform various photosensitizers into activatable ones for photodynamic therapy is reported.