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Scientists track cell development from within, using a nanodevice

Forces of physics act in a programmed pattern to drive cellular behaviour

30-May-2020

Key points from article :

Scientists got an inside view on how cell material moves around and organizes itself for the first time.

Injected a silicon-based nanodevice together with sperm into the egg cell of a mouse.

Fertilized egg contained a spider-like tracking device with eight highly flexible ‘legs’.

Measured movements using video recordings taken via a microscope as the embryo developed.

Cytoplasmic motions were not random and appeared to be pre-determined, as if programmed.

Future implications for understanding cellular ageing and loss of cellular function.

Collaborative research published Nature Materials.

Mentioned in this article:

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Institute of Microelectronics of Barcelona IMB-CNM

Center for research, development, education and training in micro and nanotechnologies

José Antonio Plaza

Research Professor of CSIC since 2018 with expertise on microtechnology, nanotechnology and intracellular chips

Nature Materials

Journal providing information from all areas of materials science and engineering.

Tony Perry

Professor of Mammalian Molecular Embryology at the Department of Biology and Biochemistry at the University of Bath

University Of Bath

One of the top 10 universities of UK, located in Bath, United Kingdom

Topics mentioned on this page:
Nanobots