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Department of Biochemistry

 
Phase-separated dense liquid droplets formed from histone H1 C-terminal tail/DNA complexes
Read more at: Biochemistry PhD student's "High Impact Social Enterprise"
Department of Biochemistry news archive

Biochemistry PhD student's "High Impact Social Enterprise"

Grecia Gonzalez has written an article about the social enterprise SimPrints.


Read more at: Takashi Ochi wins Gordon Conference Poster Prize
Department of Biochemistry news archive

Takashi Ochi wins Gordon Conference Poster Prize

Congratulations to Takashi Ochi who has won a poster prize at the recent Gordon Research Conference on Genomic Instability.


Read more at: High speed enzyme evolution
Department of Biochemistry news archive

High speed enzyme evolution

The Hollfelder Group have published a new paper in Nature Chemistry.


Read more at: Myc inhibition is effective against glioma
Department of Biochemistry news archive

Myc inhibition is effective against glioma

The Evan Group and collaborators have published a new paper in Nature Communications.


Read more at: New insight into Golgi apparatus organisation
Department of Biochemistry news archive

New insight into Golgi apparatus organisation

The Lilley and Dupree Groups have published a new paper in the journal Plant Physiology.


Image

Phase-separated dense liquid droplets formed from histone H1 C-terminal tail/DNA complexes, viewed under a microscope.

Credit: Matthew Watson and Ian Hu, Department of Biochemistry, University of Cambridge.