ICYMI: Aesthetics as a core design dimension for human-centred robotic systems

Aesthetics as a core design dimension for human-centred robotic systems

ICYMI: A gut–liver axis governs the fate of drug delivery vectors

A gut–liver axis governs the fate of drug delivery vectors

ICYMI: Expanding global access to mRNA vaccines

Expanding global access to mRNA vaccines

ICYMI: Bioresorbable microneedles track organ health

Bioresorbable microneedles track organ health

Nature Reviews Computing is hiring! What is Nature Reviews Computing, you ask? A new Nature Reviews journal launching in 2027! Our colleagues are recruiting two Editors with backgrounds in computer science and/or AI to join the launch team @natrevcomputing.nature.com: go.nature.com/3PtRqvS

ICYMI: The importance of particle shape in drug delivery

ICYMI: The force awakens in mechanomedicine

The importance of particle shape in drug delivery

The force awakens in mechanomedicine

ICYMI: Rational design of serum-free media for cultivated meat

Once largely a basic science discipline, mechanobiology has evolved into the field of mechanomedicine, shaping new approaches to disease detection, targeted therapies and tissue repair -> www.nature.com/articles/s44...

Our March issue is live! Mechanomedicine, bio-nano interfaces, hyaluronic acid products, 4D bioprinting, mechanochemistry, autonomous robotic surgery, and more Read it here: www.nature.com/natrevbioeng...

Rational design of serum-free media for cultivated meat

ICYMI: Portable AI tool helps triage breast cancer risk

ICYMI: Engineering considerations for paediatric drug delivery

Portable AI tool helps triage breast cancer risk

Engineering considerations for paediatric drug delivery

ICYMI: Biophysics-informed design of biohybrid microrobots

Biophysics-informed design of biohybrid microrobots

ICYMI: Human protein-based biomaterials in preclinical modelling

Human protein-based biomaterials in preclinical modelling

ICYMI: Flexible AI chips

Flexible AI chips

ICYMI: In vivo imaging of gasotransmitters

In vivo imaging of gasotransmitters

ICYMI: Multi-framework validation of wearable cuffless blood pressure monitors

ICYMI: A universal membrane-centric mechanotransduction mechanism for vibrationally stimulated cells

Multi-framework validation of wearable cuffless blood pressure monitors

A universal membrane-centric mechanotransduction mechanism for vibrationally stimulated cells

ICYMI: Electronic hairs for prosthetic control

Electronic hairs for prosthetic control

ICYMI: De novo design of synthetic microbial genomes

ICYMI: Overcoming xenotransplantation barriers through gene editing and immunomodulation

Overcoming xenotransplantation barriers through gene editing and immunomodulation

De novo design of synthetic microbial genomes

ICYMI: Multi-device collaborative theranostics across tissue depth

ICYMI: Responsible innovation in bioengineering

Multi-device collaborative theranostics across tissue depth

Responsible innovation in bioengineering

ICYMI: Sex as a biological variable in biomedical engineering

Sex as a biological variable in biomedical engineering

Integrating sex as a biological variable in bioengineering should not be viewed as a women’s health concern but as a requirement for reproducible, rigorous research that ultimately benefits everyone. But what does truly meaningful integration look like in practice? www.nature.com/articles/s44...

Our February issue is live! Sex as a biological variable, models of early cancer, molecular bioengineering of nucleic acids, low-dimensional materials for bioelectronics, bacteria as living biosensors for DNA, and more Read it here: go.nature.com/4tFFxTb

ICYMI: Engineering long-term stability in soft bioelectronics for clinical translation

Engineering long-term stability in soft bioelectronics for clinical translation

Excited to share our comprehensive analysis in @natrevbioeng.nature.com examining where extracellular vesicles (EVs) stand as drug carriers and therapeutics. A labor of love synthesizing preclinical, clinical, biodistribution, and nanoparticle comparison data. nature.com/articles/s44...