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...

Planning your fall conference schedule? Don’t miss this one! Join us this October in Belgrade for our Nature Conference 'Engineered models of human disease'! Abstract submissions are welcome!
All info here: go.nature.com/4nGAcZ0

Our June issue is live! Large-language models in medicine, bioelectronics, genetic tools for extracellular vesicles, women’s health, nanomedicine–lipoprotein interactions, monoclonal antibodies, and more #AcademicSky
Read it here: go.nature.com/3ZA9czL

Our May issue is live! Inclusive bioengineering, extracellular vesicles for gene therapy delivery, transcriptional enhancers, personalized implant scaffolds, vibration-based cell engineering, and more #AcademicSky #SciPol
Read it here: go.nature.com/42YiuYu

Our April issue is live! Circular RNA, wearable haptic devices, protein sequencing with nanopores, multi-omics in nanomedicine, bioelectronics meets synthetic biology, and more #AcademicSky
Read it here: go.nature.com/4il4ufP

Registration and abstract submission for our Nature Conference 'Engineered models of human disease' are now open! Take advantage of early-bird rates and send us an abstract!
Register here: go.nature.com/41isWrM

#AcademicSky #organonchips #TissueEngineering #WomenInSTEM

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:

Our March issue is live! Photoacoustic imaging, re-engineering of antibiotics, optimization of lignocellulosic biorefineries, precision hyperthermia, nucleic acid detection, hormone monitoring, and more #Academicsky
go.nature.com/4i8Xrrq

Our February focus issue delves into advancements in biofabrication technologies, showcasing how they are transforming our capacity to create complex biological structures with unmatched precision, control and speed – all free to access
Read it here: go.nature.com/3WTonm7

We want to take a moment to thank you for your support this year—whether contributing, reading or refereeing our articles! It's been an incredible year! We're taking a break now and will return in full strength in 2025. Happy holidays, everyone!