Dynamic precision cancer nanomedicine

ICYMI: Rethinking the scientific article in the age of AI

ICYMI: Rethinking the scientific method in the age of AI

ICYMI: CAR T cell therapy in solid tumour-on-a-chip

Rethinking the scientific article in the age of AI

Rethinking the scientific method in the age of AI

CAR T cell therapy in solid tumour-on-a-chip

ICYMI: Wearable technology in clinical practice: The Basel Wearable Clinic

ICYMI: From rodents on the ISS to humans in commercial LEO

ICYMI: Bioinspired engineering

ICYMI: A template for class III active implantable device research in the UK

Wearable technology in clinical practice: The Basel Wearable Clinic

From rodents on the ISS to humans in commercial LEO

Bioinspired engineering

A template for class III active implantable device research in the UK

Nanomedicines can enhance the properties of immunologic agents for preventing and treating respiratory infections. This article covers engineering strategies for nanomedicines across various administration routes:

Our November issue is live! Bioinspired robot design, artificial vision, organic afterglow luminescence, aggregation-induced emission, and more Read it here: www.nature.com/natrevbioeng...

ICYMI: Sustainability and energy consumption of farm-free cellular agriculture

Sustainability and energy consumption of farm-free cellular agriculture

ICYMI: Nano-bio interfaces for electrical and biochemical signal transduction

Nano-bio interfaces for electrical and biochemical signal transduction

ICYMI: Engineering and biofabrication of early cancer models

Engineering and biofabrication of early cancer models

Infections associated with medical device use can have serious consequences for patients, which might be addressed using medical devices with antimicrobial effects. This article discusses preclinical performance testing of medical devices with antimicrobial effects:

ICYMI: Bacteria as living biosensors for DNA

Bacteria as living biosensors for DNA

Ischaemic stroke remains a leading cause of disability. This article discusses the design of biomaterials that can engage and modulate pro-repair mechanisms in the brain to improve repair after ischaemic stroke:

Kidney transplantation is the only definitive treatment for end-stage kidney disease. This article explores challenges in renal replacement and highlights the clinical potential of bioengineering approaches to restore kidney function:

The clinical application of CAR T cell therapy remains limited owing to off-target toxicity. This article discusses the remote and spatiotemporal control of CAR T cells by combining stimuli-responsive nanotechnologies with immunoengineering:

ICYMI: Molecular bioengineering of functional nucleic acids

Molecular bioengineering of functional nucleic acids

ICYMI: Synthetic mechanotransduction

Synthetic mechanotransduction

ICYMI: Modelling sex differences of neurological disorders in vitro

Synthetic mechanotransduction

Modelling sex differences of neurological disorders in vitro

ICYMI: Turning smartphones into medical devices

Turning smartphones into medical devices

Nanomedicines can enhance the properties of immunologic agents for preventing and treating respiratory infections. This article covers engineering strategies for nanomedicines across various administration routes:

ICYMI: Bioprinted placenta organoids

Bioprinted placenta organoids

ICYMI: Bioengineering a live biotherapeutic product from bench to business

Genetically targeted chemical assembly uses cell-specific genetic information to guide the assembly of functional materials in situ. This article discusses how this concept can be applied for fundamental research and the treatment of diseases:

Bioengineering a live biotherapeutic product from bench to business

ICYMI: Low-dimensional materials for bioelectronic devices

ICYMI: Magnetobacterial microrobots

Magnetobacterial microrobots

Low-dimensional materials for bioelectronic devices

Infections associated with medical device use can have serious consequences for patients, which might be addressed using medical devices with antimicrobial effects. This article discusses preclinical performance testing of medical devices with antimicrobial effects:

ICYMI: Bio-inspired navigation systems for robots