Go to the profile of Sharon Longford

Sharon Longford

Communications Manager, SCELSE

Influencer Of

Go to the profile of Scott A Rice

Scott A Rice

Associate Professor, Singapore Centre for Environmental Life Sciences Engineering

Go to the profile of Magdalena Skipper

Magdalena Skipper

Editor in Chief, Nature, Nature Research, Springer Nature

Go to the profile of Nicolas Fanget

Nicolas Fanget

npj Managing Editor, Nature Publishing Group

Go to the profile of Emma Hedington

Emma Hedington

Senior Marketing Manager, Nature Research

Go to the profile of Jen Thoroughgood

Jen Thoroughgood

Former Head of Communities, Springer Nature

Go to the profile of Diane McDougald

Diane McDougald

Associate Professor, Singapore Centre for Environmental Life Sciences Engineering

Go to the profile of Jen Thoroughgood

Jen Thoroughgood

Managing Director, Thoroughly Good Consulting

Go to the profile of Joe Bennett

Joe Bennett

Publisher, Nature Research

Go to the profile of Elisabeth M. Bik

Elisabeth M. Bik

Science Editor, uBiome

Go to the profile of Ben Libberton

Ben Libberton

Science Communicator, Freelance

Go to the profile of Mithu Lucraft

Mithu Lucraft

Marketing Director, Outreach and Open Research , Springer Nature

Go to the profile of Martin Delahunty

Martin Delahunty

Global Director, Nature Partner Journals, Nature Research

Popular Contributions

Research

Modifying microbes to work for us

Interdisciplinary researchers at the Nanyang Technological University and SCELSE in Singapore have significantly boosted both energy generation and hydrogen production by coupling chemically modified bacteria with Au-TiO2 photo-anodes.
Go to the profile of Sharon Longford
Sharon Longford
Dec 11, 2015

Topics

Channels contributed to:

Events Research