MScRes Clinical Sciences
About This Course
The School of Medical Sciences is always interested to hear from prospective research students.
Medical or clinical related topics include, but is not limited to, the following:
Behavioral neurology
Neuro-rehabilitation
Effects of antipsychotic medication on neutrophil morphology and oxidative stress
History of Medicine
Parkinson’s disease
Evidence based healthcare
Translation of research evidence to practice
Clinical research into the assessment and development of new anti-cancer drugs
Assessment of the effects of chemotherapy
Intensive care medicine
Chronic disease patient care
The genetics and molecular aeteology of cancer development / oncogenesis
Molecular mechanisms of disease related DNA repair pathways
The molecular basis of the cell division cycle (using human cells and model systems)
The molecular basis of cancer drug resistance
Molecular mechanisms of chromosomal translocations Molecular regulation of telomere biology
The role of human germ line genes in cancer development
The identification of new cancer-specific drug targets
The development of patient stratification strategies
Human stem cell biology
Human cancer stem cell biology
The molecular basis for human gut homeostasis
Molecular cancer immunology
Molecular autoimmunity
About This Course
The School of Medical Sciences is always interested to hear from prospective research students.
Medical or clinical related topics include, but is not limited to, the following:
Behavioral neurology
Neuro-rehabilitation
Effects of antipsychotic medication on neutrophil morphology and oxidative stress
History of Medicine
Parkinson’s disease
Evidence based healthcare
Translation of research evidence to practice
Clinical research into the assessment and development of new anti-cancer drugs
Assessment of the effects of chemotherapy
Intensive care medicine
Chronic disease patient care
The genetics and molecular aeteology of cancer development / oncogenesis
Molecular mechanisms of disease related DNA repair pathways
The molecular basis of the cell division cycle (using human cells and model systems)
The molecular basis of cancer drug resistance
Molecular mechanisms of chromosomal translocations Molecular regulation of telomere biology
The role of human germ line genes in cancer development
The identification of new cancer-specific drug targets
The development of patient stratification strategies
Human stem cell biology
Human cancer stem cell biology
The molecular basis for human gut homeostasis
Molecular cancer immunology
Molecular autoimmunity