Genetic modification of cells and organisms is now a very well established technology. There are a range of tools capable of achieving transfection with high-fidelity, ease and efficiency. The challenge has now moved to the characterisation of phenotype for the modified organism, with a particular technology gap existing in accessing single-cell, dynamic data for metabolic processes.
Dr. Menolascina’s laboratory at the University of Edinburgh is looking to recruit a Research Associate to work on the automatic engineering of synthetic promoters for yeasts.
Dr. Menolascina’s laboratory at the University of Edinburgh is looking to recruit a Research Associate to work on the automatic (re)design of synthetic promoters for mammalian cells.
The University of Edinburgh is looking to recruit a bright Post-Doctoral Research Associate to work on the automatic identification of mathematical models of biomolecular networks in live cells.
As part of this project, the successful candidate will:
The University of Edinburgh is one of the world’s top 20 institutions of Higher Education and provides exceptional research, teaching, and living environments. The School of Engineering reflects all of the University’s principal characteristics, with a cosmopolitan academic staff numbering over 110, and with a body of 1,550 undergraduate and 500 postgraduate students from all over the world.
The University of Edinburgh is one of the world’s top 20 institutions of Higher Education and provides exceptional research, teaching, and living environments. The School of Engineering reflects all of the University’s principal characteristics, with a cosmopolitan academic staff numbering over 110, and with a body of 1,550 undergraduate and 500 postgraduate students from all over the world.
A postdoctoral research associate position for three years is available as part of the UK Centre for Mammalian Synthetic Biology in the lab of Professor Susan Rosser at the University of Edinburgh. The project is to conduct key research on using synthetic biology to develop a suite of mammalian cell lines for drug discovery and testing applications.
When doing tasks we are often confronted with a fundamental question: shall I do it fast or do it precisely? From experience we know that achieving both is exceedingly difficult; compromise is the best bet. But can speed and precision be maximised at the same time? A new study from Dr.
