Conference Lectures:


2017    Mechanisms & Models of Cancer, the Salk Institute, USA.  “NUAK1 protects colorectal tumours from oxidative stress.”
 
2017    Genes & Cancer, Cambridge, UK. “The AMPK-related kinase NUAK1 protects colorectal cancer from oxidative stress.”
 
2016    Arbeitsgemeinschaft Internistische Onkologie 8th International Symposium, Berlin, Germany.  “NUAK1 protects colorectal cancer from oxidative stress.”
 
2016    Beatson Institute Annual Conference, Glasgow, UK. “The ERBB network facilitates KRAS driven lung cancer.”
 
2015    CRUK Lung Cancer Centre of Excellence Conference, Manchester, UK. “KRas mutant NSCLC retains a requirement for signal transduction through EGFR-family receptors.”
 
2015    Cancer Metabolism Conference, San Francisco, USA.  “The AMPK related kinase NUAK1 is a target for treatment of Colorectal Cancer.”
 
2015    DACH Retreat, Obergurgl, Austria. "MYC is insufficient for tumour initiation in the lung even in the             absence of functional p53."
 
2014    International Society for Transgenic Technologies, Edinburgh, UK. "Temporally tractable    systems for interrogating tumour progression in vivo."
 
2014    CRUK Beatson Institute Annual Conference, Glasgow, UK.  "Deletion of the AMPK related kinase   Nuak1/Ark5 prevents KRas accelerated Colon Cancer."  Co-Organiser

Invited Lectures:


2018    McGill University, Canada.  By invitation.
 
2018    Imperial College London.  "Dangerous Liaisons between MYC and NUAK1”
 
2017    Queens University, Belfast, Northern Ireland.  “Translatable insights into lung cancer progression from GE mouse models.”
 
2017    University of Tubingen, Germany.  “Exploiting Metabolic stress to treat Cancer.”
 
2017    National University Ireland, Galway.  “Targeting MYC-induced metabolic stress in Cancer.”
 
2017    MRC Toxicology Centre, Leicester, UK.  “Phenotypic evolution of a GEMM model reveals a druggable requirement for ERBB in KRAS-driven lung cancer.”
 
2017    University of Salamanca, Spain. “Phenotypic evolution of a GEMM model reveals a requirement for the ERBB network in KRAS-driven lung cancer.”
 
2016    University College London, Cancer Institute, UK. “Phenotypic evolution of a GEMM model reveals an unexpected role for ERBB in KRAS-driven lung cancer.”
 
2016    CRUK Oxford Cancer Center, UK. “Phenotypic evolution of a mouse model exposes therapeutic opportunities in Kras mutant NSCLC.”
 
2015    CRUK Edinburgh Cancer Centre. "Disentangling MYC from the ARF-p53 axis."
 
2015    University of British Columbia, Prostate Cancer Center, Vancouver, Canada.  "Bim, not Arf,    mediates MYC induced apoptosis in multiple tissues."

2014    University of Cambridge, England.  "Undermining Myc: Mitochondria hold the key."