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We have 33 Medical Research Council (Cambridge) PhD Projects, Programmes & Scholarships

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Medical Research Council (Cambridge) PhD Projects, Programmes & Scholarships

We have 33 Medical Research Council (Cambridge) PhD Projects, Programmes & Scholarships

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Structures of the human replisome

Accurate genome duplication is essential for all forms of life. The molecular machinery that orchestrates this process is collectively termed the replisome. Read more
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Circuit basis of learning and action-selection

The overall goal of our research is to discover the circuit implementation of learning and action selection. Since these functions likely emerge from… Read more
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Mechanism of transcription-coupled splicing

The production of messenger RNA in eukaryotic cells involves precursor mRNA (pre-mRNA) synthesis and processing. During splicing, the spliceosome removes noncoding introns from pre-mRNA in a co-transcriptional manner on the surface of RNA polymerase II (Pol II). Read more
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How to become a germ cell

Primordial germ cells are the undifferentiated precursors of the gametes and the sole mechanism by which animals transmit genetic information across generations. Read more
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Physics of ion interaction with cryoEM specimens

We wish to study the physical mechanisms of energetic ion interaction with frozen biological specimens at temperatures in the range of 4-100K with the goal of improving specimen preparation for in situ cryoEM. Read more
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Cell biology underlying host-mycobacterium interactions

TB remains the world’s greatest infectious killer despite a vaccine (BCG) for a century and effective antibiotics for 60 years. TB’s persistence over millennia in the face of major medical advances underscores the ability of Mycobacterium tuberculosis to evade and exploit host defences and antibiotics. Read more
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Neuroimmune crosstalk in infection and cancer

Immune reactions against pathogens and tumours require several layers of regulation to ensure the appropriate control of infectious agents and cancerous… Read more
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Mechanistic insight into macromolecular machines

Large multiprotein complexes perform many essential functions in eukaryotic cells. My lab purifies, assays and determines structures of these macromolecular machines to understand their mechanisms. Read more
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What makes mammalian cells tick?

Protein homeostasis is essential to the physiological function and viability of eukaryotic cells; particularly neurons, where proteome integrity must be maintained for decades. Read more
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Visualization of mammalian telomeric complexes

The ends of linear eukaryotic chromosomes generally consist of tandem G-rich repeats (TTAGGGn in humans), which specifically recruit telomeric protein factors to form large nucleoprotein structures called telomeres. Read more
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Molecular mechanisms of SMC Complexes

SMC complexes (cohesin, condensin and others) are essential organisers of genomes in all domains of life. At the centre of their activity is the ability to alter the path of DNA in three dimensions in an energy-dependent fashion. Read more
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How signals inside the brain make our brains big

The human brain is unique in many ways, but perhaps the most obvious difference compared with other primates is its size. How the human brain gets to be so large during development specifically in humans is a question that has long intrigued neuroscientists but until recently was difficult to study. Read more

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