Research project

Salah Mansour: CRUK: A new class of tumour-associated lipid antigens for recognition by CD1c-restriced T Cells

Research groups:

Cancer Sciences Computational Systems Chemistry Molecular and Cellular Biosciences Organic Chemistry, Synthesis, Catalysis

Lead researcher:

Doctor Salah Mansour
Other researchers:

Doctor Ivo Tews,

Professor Jonathan Essex,

Professor Chris Skylaris,

Professor Bruno Linclau
Research funder:

Cancer Research UK
Status:

Not active

Staff

Lead researcher

Doctor Salah Mansour PhD

Associate Professor

Research interests

Unconventioanl T cells in health and disease
CD1 group 1 restricted T cell immunity

Connect with Salah

Email: s.mansour@soton.ac.uk

Other researchers

Doctor Ivo Tews

Associate Professor

Research interests

Natural products biosynthesis: a complex cascade of catalytic steps in vitamin B6 biosynthesis is characterised by structures or reaction intermediates in the large PLP syntase complexEdit
Bacterial biofilms: understanding of RedOx regulated phosphodiesterase activity in dispersal of biofilms to address chronic infections

Connect with Ivo

Email: ivo.tews@soton.ac.uk

Professor Jonathan Essex

Head of School

Connect with Jonathan

Email: j.w.essex@soton.ac.uk

Professor Chris Skylaris

Professor of Computational Chemistry

Research interests

the computational study of chemical processes, especially in problems involving nanostructures and biological molecules.

Connect with Chris

Email: c.skylaris@soton.ac.uk

Professor Bruno Linclau

Professor of Organic Chemistry

Connect with Bruno

Email: bruno.linclau@soton.ac.uk

Collaborating research institutes, centres and groups

Cancer Sciences

Our research works towards improving treatment for patients with cancer.

Computational Systems Chemistry

Our research covers a broad range of domains from nanoscale materials properties, atmospheric chemistry, through to biological systems.

Molecular and Cellular Biosciences

We explore how molecular interactions between proteins and small molecules, defined at atomic resolution, govern biochemical output and in turn control cell behaviour.

Organic Chemistry, Synthesis, Catalysis

We develop environmentally sustainable approaches to chemical manufacture that minimise chemical waste, improve product velocity and reduce the need to isolate intermediates.