In this Review, Silvestro Micera and team discuss neuroprosthetic solutions to restore voluntary hand movements by bypassing the neural lesions. Now free to access as part of our new Collection! nature.com/articles/s4422…

In their new Comment, Daniel Ahmed et al discuss how AI-driven microrobots can leverage reinforcement learning and generative algorithms to navigate the body’s complex vascular network and deliver precise dosages of medication to targeted lesions. bit.ly/3AqgWLa

This Comment discusses how aDBS and BCIs aim to achieve long-term therapeutic benefit but from distinct ends of the complexity spectrum, and how this can provide new opportunities for collaborative work. Now free to access as part of our new Collection! bit.ly/3UF6reF

BCIs can also model the brain response to stimulation and decode the symptom state of a patient with neuropsychiatric disorders from brain activity as feedback to personalize the stimulation therapy in closed loop. Now free to access! Maryam Shanechi bit.ly/3RcD5Sr

This Review from Hugh Herr et al (himself an amputee using ionic limbs) discusses different mechanoneural interface architectures and presents preclinical and clinical evidence of their afferent and efferent properties. Now free to access! bit.ly/3X3buGH

This Review in Nat Rev Neurology discusses the use of AI in epilepsy and the challenges that must be addressed to integrate this technology into clinical practice. Now free to access as part of our joint Collection! bit.ly/3WIOYSh

Volumetric compression is a pervasive phenomenon in the human body, manifesting during development, limb movement, digestion, tumorigenesis and injury. This Review discusses how to leverage and engineer this phenomenon for biomedical applications. bit.ly/4cwIvPW

Our paper in Nature Reviews Bioengineering on developing brain-computer interfaces as potential therapies for neuropsychiatric disorders is now free to access! ⬇️ We provide a roadmap for their design, discuss how AI can help and review progress. #BCI w/Lucine Oganesian nature.com/articles/s4422…

Despite inspiring proof-of-concepts, only few neurotechnologies have firmly established themselves as clinical solutions! So where are we with the clinical translation of neurotechnologies? Check out our new collection - all articles free to access! go.nature.com/3Mjavfe

Brain–machine interfaces have the potential to restore functions in people with neurological disorders, but issues of hype, access, user-centred design and long-term support will need to be addressed to ensure their responsible innovation and adoption go.nature.com/3AyqPq0

New Review! Microbial catalysts must partition incoming substrate between synthesis of biomass and a desired product. Two-stage bioprocesses can accommodate this trade-off and maximise productivity by temporal separation of growth and production phases. bit.ly/3YVLUoj

Projection-based 3D bioprinting has the highest resolution/time for manufacturing ratio among all 3D printing technologies. This new Review discusses its main components and summarizes the steps and challenges to improve bioprinting resolution. bit.ly/4e310gq

Injectable biomaterials can be delivered in a minimally invasive way, but are complex to design. In their Review, Christman Lab outline design considerations for injectable bulk and particle materials, and examine safety and testing considerations UC San Diego Bioengineering go.nature.com/3Xkkx6e

Congrats to Dr. Michael Nguyen and Maria Karkanitsa 🌻 on their review article now out in Nature Reviews Bioengineering. If you are interested in designing injectable biomaterials, check it out.

Few neurotechnologies have firmly established themselves as clinical solutions. A collection from Nature Reviews Bioengineering explores where we are with the clinical translation of neurotechnologies, in particular, brain-machine interfaces. go.nature.com/3ARZ6R7

Biodegradable tent electrodes are designed to measure physiological data from the brain and then dissolve naturally within the body. go.nature.com/4cVkUsp Seoul National University Nature Electronics

A new approach to the design of living materials, leveraging core metabolic processes in human cells to use cells as active crosslinkers for the creation of macroscale living materials João Mano Vítor Gaspar Nature Materials go.nature.com/3AO0nca

Calling all students to take part in the 1st Springer Nature Berlin Slam! Are you passionate about your research and want to talk about it in front of a live audience during Berlin Science Week? Get in touch and become one of our Slammers! More info: go.nature.com/SNBerlinSlam20….

Wondering what we're all about? Check out a collection we assembled with articles from across the Nature Portfolio (inc. Nature Energy NatureSustainability Nature Water Nature Chemical Engineering NatRevMaterials Nature Reviews Chemistry) to show some of the topics we're interested in! nature.com/collections/cd…