Dr Brendan Curran
Email: email@example.comTelephone: +44 (0)20 7882 3013Room Number: Room 5.14, Fogg building
- Molecular Genetics (BIO163)
- Practical Molecular and Cellular Biology (BIO191)
- Practical Molecular and Cellular Biology (Tutorials) (BIO191T)
- Practical Biology (BIO193)
- Practical Biology (Tutorials) (BIO193T)
- Practical Biochemistry (BIO199)
- Research Methods and Communication (Tutorial) (BIO209T)
- Transmission Genetics (BIO241)
- Chromosomes and Gene Functions (BMD111)
- Chromosomes and Gene Functions (Prac) (BMD111P)
- Research Methods and Communication II (Tutorials) (SBC361T)
- Functional Genomics and Epigenetics (SBC709)
- Project Skills in the Life Sciences (SBS206)
With over 25 years of research experience in studying yeast, a model eukaryotic organism, my current research is focused on the molecular physiology of the yeast Heat Shock Response (HSR).
Heat stress induces a subset of genes that encode protective proteins whenever living cells are exposed to a sub-lethal temperature shock. In 1994 we demonstrated that lipids play a vital role in how cells detect stress thereby successfully challenging the accepted paradigm that heat directly induced proteins to unfold - the latter then triggering the response.
We have published a series of papers since then which demonstrate that lipids are also key players in conferring cross-tolerance between different types of stressing agents. More recently my group has concentrated on the role of Reactive Oxygen Species (ROS) in the HSR and we have published a number of papers implicating ROS as central to the cellular HS response mechanism. We have recently shown that lipids protect anaerobically-grown cells from HS-induced ROS thus relating lipids, ROS and the HSR.
- Browse a list of publications by Brendan Curran