Genome stability and inheritance

Research groups addressing how cell division, mitosis and meiosis effect biological processes and disease.

Understanding the mechanism of chromosome segregation.

Mechanisms of chromosome segregation and genome stability.

Microscopic image of cells in green, red and purple on a black background

Investigating the temporal dynamics of DNA replication and its role in epigenetic inheritance.

Structural biology of meiotic chromosome synapsis and recombination.

Structural models of budding yeast and human replisomes

Mechanisms and regulation of chromosome replication.

WCB Earnshaw overview

Rebuilding nuclei into mitotic chromosomes.

image of chromosome segregation

Mechanisms for microcephaly, cancer and autoinflammation.

Systems biology of proteome dynamics.

Cartoon of chromosome structure

Biophysical mechanisms of chromosome organisation and transcription.

Chromosome segregation in mitosis and meiosis.

cilia coloured red

Genetics of cilia biology.

The meiotic spindle and chromosomes in oocytes.

Mechanistic cell biology of cell division of somatic and germ cells in health and disease.

Chemically induced protein degradation

Genetic technologies to control proteins, cells and tissues.