Grwpiau

Dysgwch am waith ein grwpiau ymchwil a'r bobl sy'n gysylltiedig â'r grwpiau.

Mae'r cynnwys isod ar gael yn Saesneg yn unig.

Intestinal Cancer Research

The Intestinal Cancer Research Group models colorectal cancer in the mouse and assesses pathway synergies and antagonisms in-vivo and validating therapeutic targets.

Tumour Heterogeneity

Led by Deputy Director, Dr Matt Smalley, this research group is trying to understand why tumours which originate in a single tissue can have very different appearances, biology and behaviour.

Targeting Metastasis

The Targeting Metastasis group focuses on identifying novel therapeutic strategies to eliminate or modify the cancer cells responsible for the spread of tumours around the body.

Leukaemic Stem Cells

The Leukaemic Stem Cells group focusses on understanding and therapeutically targeting leukaemic stem cells in acute myeloid leukaemia.

Stem Cell Fate Dynamics

Led by Dr Joaquin de Navascués, this research group focuses on understanding the molecular mechanisms whereby tissue stem cells balance differentiation and self-renewal.

Cell-cell interactions in early carcinogenesis

This research group focuses on the earliest stages of cancer in epithelial tissues.

Understanding the links between diet and cancer

This research group focuses on identifying how dietary components alter the behaviour of normal and cancerous stem cells.

The Skin Cancer Programme

The Skin Cancer Programme uses skin cancer stem cell models to find new ways to prevent, detect and develop novel therapies for all cancer types.

Astroglia Cell Biology

This research group investigates transcriptional regulation of cell plasticity in normal and transformed astrocytes.

Blood Stem Cells and Leukaemia: Developmental Signalling and Niche

The Blood Stem Cells and Leukaemia research group studies the regulation of human normal versus malignant blood development.

Cancer and Cell Signalling

The Cancer and Cell Signalling research group investigates the requirement of cell signalling during homeostasis, to identify novel therapeutic targets and strategies for the treatment of cancer.