Training grants available to early career researchers

+1

Samantha Zimbler and 1 other

Oct 15, 2020

3D Reconstruction of neuronal activity using diamond nitrogen-vacancy magnetometry

Contributor Comms Physics

Behind the paper

3D Reconstruction of neuronal activity using diamond nitrogen-vacancy magnetometry

Madhur Parashar

Oct 05, 2020

Contributor Comms Physics

Behind the paper

Remember what you encounter as you swim! (How memory helps microscopic swimmers navigate and search their environment)

Simple intracellular reaction pathways perform surprisingly sophisticated signal processing functions. We study their relevance for microbial swimming and navigation.

Adam Gosztolai

Mar 09, 2020

Using light to trigger the collective extrusion of transformed cells

Contributor Comms Physics

Behind the paper

Using light to trigger the collective extrusion of transformed cells

Isabelle Bonnet

Sep 05, 2019

Nature Portfolio Bioengineering Community

Comms Physics

Aspiration-assisted freeform bioprinting: 3D positioning of tissue spheroids in a yield-stress gel

Training grants available to early career researchers

3D Reconstruction of neuronal activity using diamond nitrogen-vacancy magnetometry

Remember what you encounter as you swim! (How memory helps microscopic swimmers navigate and search their environment)

Using light to trigger the collective extrusion of transformed cells

Register to Nature Portfolio Bioengineering Community

Comms Physics

Aspiration-assisted freeform bioprinting: 3D positioning of tissue spheroids in a yield-stress gel

Training grants available to early career researchers

3D Reconstruction of neuronal activity using diamond nitrogen-vacancy magnetometry

Remember what you encounter as you swim! (How memory helps microscopic swimmers navigate and search their environment)

Using light to trigger the collective extrusion of transformed cells

Cookies