New Post-doc for vessel work position - University of Exeter Medical School
- Details
- Category: Positions
- Created on 25 April 2015
Main purpose of the job:
The post-holder will closely with Prof. Matt Whiteman (Medical School) and Dr. Mark Wood (Biosciences) to study the effects of novel mitochondria-targeted hydrogen sulfide donor molecules on endothelial cells and isolated blood vessels from animals with/without diabetes. Educated to PhD level or equivalent within a Pharmacology background, you will have experience in blood vessel myography and / or endothelial cell biology and an interest in the physiology and pharmacology of ‘gasotransmitters’ and mitochondria. An understanding of pre-clinical drug development and data confidentiality is desirable.
You can see more details here.
New Chemist / Research Technician Position - University of Exeter Medical School
- Details
- Category: Positions
- Created on 25 April 2015
Main purpose of the job:
The post-holder will closely work with Dr. Mark Wood (Biosciences) and Prof. Matt Whiteman (Medical School) to prepare and study the effects of novel mitochondria-targeted (and other) hydrogen sulfide donor molecules in diabetes. Educated to BSc/MChem level or equivalent (PhD level desirable) within a synthetic organic chemistry background, you will have experience in the synthesis, purification and characterisation of organic compounds. An understanding of pre-clinical drug development and data confidentiality is desirable.
You can see more details here.
New postdoctoral researcher (m/f) position - Louvain
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- Category: Positions
- Created on 14 October 2014
The position of a postdoctoral researcher (m/f) is available in the Pole of Pharmacology and Therapeutics, Institute for Experimental and Clinical Research, Université Catholique de Louvain, Brussels. The position focuses on the signaling of cardiovascular remodeling. A major part of the project will be to dissect the role of cardiac beta3-adrenergic receptors and nitric oxide synthase in metabolic remodeling of the stressed myocardium.