Job Title:
Cell Biology Researcher "> About the Role
This position is a hybrid working opportunity based at the LIfT BioSciences facility in London and the research laboratory of Dr Luigi Ombrato (Barts Cancer Institute). The role offers an exciting chance to collaborate with a team from LIfT BioSciences and Queen Mary University of London to develop innovative 3D co-culture systems. You will be responsible for optimizing platforms to study neutrophil cytotoxicity in solid tumours. A strong scientific background in cell biology and immunology, along with experience in tissue culture, flow cytometry, and molecular mechanisms of action, is essential for this role. A proven ability to communicate effectively with various individuals and maintain good laboratory records is also crucial. An appropriate publication record, with first author publications, would be advantageous. The project focuses on establishing 3D tumoroid models to recreate the tumour microenvironment (TME) of different cancers, including pancreatic, breast, and lung cancer. These models will be used to study the role of neutrophils in the TME and understand how neutrophil cytotoxicity towards cancer cells can be enhanced.
Cell Biology Researcher "> About the Role
This position is a hybrid working opportunity based at the LIfT BioSciences facility in London and the research laboratory of Dr Luigi Ombrato (Barts Cancer Institute). The role offers an exciting chance to collaborate with a team from LIfT BioSciences and Queen Mary University of London to develop innovative 3D co-culture systems. You will be responsible for optimizing platforms to study neutrophil cytotoxicity in solid tumours. A strong scientific background in cell biology and immunology, along with experience in tissue culture, flow cytometry, and molecular mechanisms of action, is essential for this role. A proven ability to communicate effectively with various individuals and maintain good laboratory records is also crucial. An appropriate publication record, with first author publications, would be advantageous. The project focuses on establishing 3D tumoroid models to recreate the tumour microenvironment (TME) of different cancers, including pancreatic, breast, and lung cancer. These models will be used to study the role of neutrophils in the TME and understand how neutrophil cytotoxicity towards cancer cells can be enhanced.
