Prof. Kathryn Lilley
Director of Cambridge Centre for Proteomics
k.s.lilley (at) bioc.cam.ac.uk
01223 760255
Senior Research Associates:
| Name | Research | |
| Dr Mike Deery |
Proteomics Facility Manager |
md289(at)cam.ac.uk |
Fellows:
| Name | Research | |
Postdocs:
| Name | Research | |
|---|---|---|
| Dr. Konstantin Barylyuk | The role of the RAP family of RNA binding proteins in apicomplexa | kb601)at)cam.ac.uk |
| Dr. Lisa Breckels | Organelle proteomics data analysis (in collaboration with L. Gatto) |
lms79(at)cam.ac.uk |
| Dr. Daniel Nightingale | Drosophila development interactome | djhn2(at)cam.ac.uk |
| Dr. David-Paul Minde | Microbial membrane proteomics linked to biocatalysis of toxic products | dpm43(at)cam.ac.uk |
| Dr. Johanna Rees | Novel labelling approaches for in vivo quantitative PPIs | jsr31 (at) cam.ac.uk |
| Dr. Hongtao Zhang | Substrate of target protein degradation in Arabidopsis | hz304 (at) cam.ac.uk |
| Dr. Eneko Villanueva | RNA trafficking and localized translation | ev318 (at) cam.ac.uk |
| Dr. Tom Smith | RNA trafficking and localized translation | tss38 (at) cam.ac.uk |
| Dr. Rayner Queiroz | RNA trafficking and localized translation | rq214 (at) cam.ac.uk |
| Dr. Vadim Demichev | A metabolism-centric proteomic map | vd286 (at) cam.ac.uk |
| Dr. Manasa Ramakrishna | RNA trafficking and localized translation | mr726 (at) cam.ac.uk |
PhD students:
| Name | Research | |
|---|---|---|
| Akaterini Geladaki | Re-localisation of the subcellular proteome upon pertubation | ag817(at)cam.ac.uk |
| Josie Christopher | Spatial proteomics of DNA damage | jac290(at)cam.ac.uk |
| Owen Vennard | Lopit Cho cells | olv20(at)cam.ac.uk |
| Mo Elzek | Spatial proteomics of DNA damage | mawe2(at)cam.ac.uk |
| Oliver Crook | Machine learning | omc25(at)cam.ac.uk |
Visiting workers:
| Name | Research | |
Former members:
| Name | Research |
|---|---|
| Dr. Nick Bond | Quantitative Proteomics, Absolute Quantitation, Membrane proteomics |
| Dr. Floriana Capuano | Purification and Characterization of chimeric plant organelles |
| Mr. Phil Charles | Circadian rhythm and 15N quantitation |
| Dr. Natasha Karp | Optimisation of experimental design and data analysis in quantitative proteomic experiments |
| Dr. Alex-James Painter | Omic Mining through the biostrata of P. aeruginosa colonies and biofilms by DESI-MS |
| Dr. Matthew Russell | Quantitative Proteomics, 15N metabolic labelling |
| Dr. Pawel Sadowski | Quantitative Proteomics, Membrane Proteomics |
| Dr. Denise Tan | Organelle proteomics and endosome structure and dynamics |
| Dr. Ludivine Thomas | Quantitative phosphoproteomics |
| Mrs. Serena Tolin | In vivo proteomics of Drosophila melanogaster by tandem affinity purification and Mass Spectrometry |
| Mrs. Ilona Turek | Quantitative phosphoproteomics |
| Dr. Andy Christoforou | Organelle proteomics |
| Dr Laurent Gatto | Spatial proteomics, machine learning, software engineering and integrative omics |
| Dr. Arnoud Groen | Organelle proteomics and endosome structure and dynamics |
| Dr. Thomas Hiemstra | Urine proteomics, biomarker studies |
| Dr. Isabelle Nett | Quantitative phosphoproteomics |
| Dr. Nino Nikolovski | Golgi protein complexes involved in biosynthesis of xylan in Arabidopsis |
| Dr. Johanna Rees | Novel labelling approaches for in vivo quantitative PPIs |
| Dr. Pavel Shliaha | Label-free quantitation |
| Dr. Irina Armean | AP-MS interactome analysis |
| Dr. Thomas Hiemstra | Urine proteomics, biomarker studies |
| Tracey Hurrell | The dynamic proteome and iPS cells |
| Dr. Bertrand Fabre | Drosophila developmental interactome |
| Dr. May Alqurashi | Effect of drought stress on the Arabidopsis proteome |
| Dr. Claudius Marondeze | The plant RNA binding proteome |
| Adam Guterres | Cancer proteomics and subcellular localization |
| Dr. Harriet Parsons | Characterisation of the plant sub-Golgi compartments |
| Dr. Nina Kočevar Britovšek | Proteome of Antarctic species |
| Dr. Claire Mulvey | Targeted LOPIT in Drosophila |
| Dr. Houjiang Zhou | Myc in tumourigenesis and mechanism of Myc-dependent apoptosis |