STSMs Open for projects until March 31st 2020

The call for Short Term Scientific Missions (STSM) of the COST Action INDEPTH: Impact on Nuclear Domains On Gene Expression and Plants Traits remained OPEN!

Oxford Brookes Brookes alumni leads research publication that could pave the way to identify new drug targets for the treatment of cancer

WG3 Review on Chromatin Dynamics

A review article from Workgroup 3 entitled 'Chromatin dynamics during interphase and cell division: similarities and differences between model and crop plants' has been published in the Journal of Experimental Botany.

Special Issue on Methods in Molecular Biology on Plant Meiosis

This special issue includes plenty of articles that include members of the INDEPTH consortium.

Research team wins award to commercialise oral drug delivery technology

Oxford Brookes University has won its first funding award for a project which will market-validate a technology which enables injection-only pharmaceutical drugs to be formulated into pills for oral dosage.

The genetics of male genital evolution unraveled: the tartan gene underlies differences in the size of genitalia between species

Scientists at Oxford Brookes University have discovered a gene that contributes to differences in the size of male genitalia between different species of flies.

Oxford Brookes Professor of Biodiversity Conservation takes project students to the Greater Mara ecosystem (GME), Kenya, to assist in a long term project assessing the viability of wildlife conservancies.

Professor of Biodiversity Conservation takes project students to the Greater Mara ecosystem (GME), Kenya, to assist in a long term project assessing the viability of wildlife conservancies.

Report from the Olomouc Proteomic Training School

Proteomics is the large-scale study of the structure and function of proteins in complex biological sample. Current proteomic tools allow high-throughput analyses for the detection, identification, characterization of proteins and its posttranslational modifications.

Oxford Brookes leads an international team to unlock the secrets of a new gene

An international collaboration led by a team at Oxford Brookes University has identified an important new gene which could open up new doors for research and developing new therapies for developmental conditions affecting the eye, brain and digits.

Workgroup 1 Review published in Nucleus

Probing the 3D architecture of the plant nucleus with microscopy approaches: challenges and solutions.