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Multiscale Porosity Microfluidics to study Bacterial Transport in Heterogeneous Chemical Landscapes

Advanced Science: Dr Mehdi Salek

 Our interview with Qunta Magazine

Quanta Magazine

Image credit: Adeian du Buisson for Quanta Magazine


Our review article on Bacterial maze runners published in    microbial cell 

review article on Bacterial maze runners

Image credit: Salek, M.M., Carrara, F. Gorick, G. and Stocker, R.


 Our research highlighted in 

Science Daily
Bacteria reveal strong individuality when navigating a maze

Our research highlighted in

phys.org

 

Bacteria reveal strong individuality when navigating a maze

Our research highlighted in

Technology Networks
Bacteria are individuals too

Our research highlighted in

EurekAlert
EurekAlert

Our research highlighted in

Mind Matters News
Even bacteria are purpose driven

 

Our research highlighted in

Signs of the time
bacteria make individual decisions

DerStandard
DerStandard

Our research highlighted in

UPI

 

Bacteria behave as individuals when navigating a maze

LongRoom

 

innovations report

VBIO

APA SCIENCE

     


Our interview with    

Bacteria reveal strong individuality when navigating a maze (En)

Im Labyrinth offenbaren Bakterien ihre Individualität (De)

Eth News

Image credit: iStock / Christoph Burgstedt


Our article on Microfluidics T-maze published in 

Nature Communiacations

Poster award from ASME for the best poster presentation in the micro and nanotechnology forum at IMECE 2018

Award Ceremony