A comprehensive review of 121 studies examines how untethered magnetic microrobots overcome physiological barriers through specialized locomotion modes, functional materials, ...
A systematic review of 48 preclinical investigations demonstrates that gold nanoparticle-based nanocarriers improve targeted drug delivery and reduce toxicity toward ...
A systematic review indicates that while engineered exosomes offer unique biological delivery advantages for cancer therapy, their clinical translation remains ...
Researchers engineered Bacillus subtilis extracellular vesicles displaying superoxide dismutase to target the liver and attenuate alcohol-induced hepatic injury through the ...
In vitro tests demonstrate that engineered lectin-conjugated liposomes selectively bind high-mannose bladder cancer cells and boost gemcitabine cytotoxicity under simulated ...
A comprehensive scientific review evaluates the translational progress and clinical barriers of stimulus-responsive smart nanocarriers designed to unify cancer therapy ...
A scientific perspective details how ligand conjugation platforms overcome biological delivery barriers to advance antisense oligonucleotide and small interfering RNA ...
A new review examines how zinc oxide nanoparticles kill cancer cells selectively through reactive oxygen species, zinc ion imbalance and ...
Researchers built macrophage membrane-coated nanoparticles that co-deliver celastrol and ADAM17-silencing siRNA to injured heart tissue, easing doxorubicin-induced cardiomyopathy in mice.
A new review maps how lipid nanoparticles, polymeric carriers, nanomicelles, macrophage-targeted immunotherapy and nanoparticle-driven photothermal and magnetic ablation could shift ...
A 2026 review finds that miRNA nanocarriers may help overcome delivery barriers in osteosarcoma, while emphasizing unresolved safety, manufacturing, regulatory ...
A review evaluates mitochondria-targeted nanomedicines designed to reduce oxidative stress in acute kidney injury while identifying barriers to clinical translation.
A systematic review finds that nanoparticles conjugated with fibroblast activation protein inhibitors show strong preclinical promise for targeted cancer imaging ...
A new review of preclinical evidence shows that precision-engineered nanocarriers, from platelet-hitchhiking cancer drugs to brain-penetrating siRNA particles, are transforming ...
Johns Hopkins engineers have developed wireless, magnetically steered millirobots that travel through the bloodstream to dock on a beating heart ...
In a groundbreaking advancement at the crossroads of immunotherapy and regenerative medicine, researchers have unveiled an innovative drug delivery system ...
In a groundbreaking stride toward revolutionizing the treatment of inflammatory bowel disease (IBD), researchers have engineered a novel biological system ...
Groundbreaking research is emerging in the field of oncology, particularly regarding drug-resistant breast cancer, a dire challenge in modern medicine. ...
In a groundbreaking advancement that merges biotechnology with robotics, a team of researchers has unveiled an innovative approach to managing ...
In recent years, the fight against infectious diseases caused by parasites has grown more complex, with researchers constantly seeking innovative ...
