Free Scholarship Search Findings recently we have shown that patterns of electrical signals between cells of Wnt11 clutch develop cardiomyocyte through an effect on transmembra
ne calcium conductance mediated through calcium channel L type Some exciting projects are available focusing on: (i) the molecular mechanisms to Wnt-mediated attenuation of calcium channel type L, (ii) describe how non-canonical Wnt signal splitting and domain affect calcium differently in various tissues, and (iii) determine how the electrochemical signal modulated by Wnt11 regulate heart morphogenesis and function.
Skills: Free Scholarship Search Candidates must have obtained a PhD in a relevant research area (ie Molecular and Development Biology, Biochemistry, Physiology, or Biophysics).http://www.callforpapersinfo.com
http://thescholarshipprogramme.com Experience in protein biochemistry or electrophysiology is an asset. We offer an expert on the excellent research environment in a variety of techniques that we hope are highly motivated individuals will apply both to the project described, and development projects of their own.
Scholarship Application Deadline: 30 June2011
Further Scholarship Information and Application
