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Read more at: A novel method for investigating complex bioelectrical pathways
Fig. 1a

A novel method for investigating complex bioelectrical pathways

In a new paper published in the Journal of the American Chemical Society , Joshua Lawrence and colleagues from the research groups of Chris Howe (Biochemistry) and Jenny Zhang (Chemistry) present a novel method for investigating complex bioelectrical pathways using electrodes.

Electron transfer...


Read more at: Two new publications by the Salje Group
Fig 6. TA686 differs from other strains in its subcellular localisation and ScaC expression.

Two new publications by the Salje Group

Jeanne Salje and her group based at CIMR have published two papers on Orientia tsutsugamushi, the bacterium that causes the vector-bourne human disease, scrub typhus . The first paper appears in PLOS Pathogens and is a collaboration with colleagues in Bangkok,...


Read more at: Darius Kosmützky‬'s article features on The Plant Journal cover
Plant Journal cover

Darius Kosmützky‬'s article features on The Plant Journal cover

Darius Kosmützky‬ (Sainsbury Laboratory) has published an article with Jonathan Scarfe and Ellen Nisbet (University of Nottingham), which features work mainly done when he was a member of the Howe Group on the best tags to use to detect, purify or fluorescently label your protein of interest...


Read more at: Science paper examines reactive oxygen species as key signals in plant adaptation to environmental stresses
Fig. 1. Xerobranching response is dependent on ROS.

Science paper examines reactive oxygen species as key signals in plant adaptation to environmental stresses

Kishnor Ingole and Kathryn Lilley have published an article in Science, together with colleagues from Durham, Liverpool, Lyon, Neuchâtel and Nottingham. The study identifies reactive oxygen species (ROS) as a potential early “alarm” signal for fluctuating water availability by modulating the functions of...


Read more at: Landmark study reveals the structural mechanisms of a major DNA repair pathway in human cells
Figure 1, A-D

Landmark study reveals the structural mechanisms of a major DNA repair pathway in human cells

Dr. Luay Joudeh, a former research associate of the Pellegrini group who is now a microscopy manager at the departments of Pathology & Biochemistry, together with Robert Appleby, a former PhD student who is now at the Francis Crick Institute, have published a significant Reviewed Preprint in eLife on how an...