Full project title: Multiscale mechanics and self-organizing processes in developing systems. Anillo ACT192015, funded by ANID-PIA.
Leadership: Andrea Ravasio, Mauricio Cerda, Cristina Bertocchi and Miguel Concha.
Institutions: Pontificia Universidad Católica de Chile and Universidad de Chile.
Collaborating Institutes: Weizmann Inst. (Israel), CNRS (France), Max Planck Inst. Heidelberg (Germany), MBI Singapore, James Hutton Inst. (UK), CGR Barcelona (Spain), Nagoya Univ. (Japan)
Vacancies deadline: Until Jan. 15th – only selected candidates will be notified.
About the Anillo for Developmental Mechanobiology (DevMech)
We are an interdisciplinary collaborative research team interested in understanding how system-level complexity emerges from the multiscale integration of functions during embryo development as this is one of the most exciting frontiers in biology, with profound implications for the origin and persistence of life. Proper organization of the embryonic tissues and execution of developmental processes depend on the ability of cellsto reliably migrate in coordinated fashion. However, cell migration is largely dominated by stochastic molecular and cellular processes. Here, we aim to understand the mechanical determinants driving the integration of low-level molecular functions into reliable migratory patterns and tissue structures.
Your profile and Desirable skills
We are seeking for highly motivated enthusiastic scientists with a PhD in one of the following disciplines: Biology, Bioengineering or Biophysics or similar. Previous experience with one or more of the following topics will be an advantage: cell biology, stem cell research, developmental biology, mechanobiology, microscopy, image analysis, microfabrication, microfluidics, tissue engineering, mathematical and computational modelling.
We value the ability to think outside the box, and to work with scientists from different backgrounds. Proficiency in written and spoken English is mandatory due to the highly international environment.
Your mission
You will work in an exciting stimulating interdisciplinary and international environment. As such, you will be expected to lead the experimental part of the work by applying cutting-edge microscopy, cell biology, bioengineering techniques to answer challenging scientific questions. You will also be required to effectively coordinate with the theoretical and analytical parts of the project. Furthermore, you will lead, train and supervise undergraduate students, PhD students and RAs working on the project. By joining our team, you will contribute to our effort to provide the global scientific community with pioneering understanding of the mechanical bases of biological processes driving embryonic development.
How to apply:
Please send an email to andrea.ravasio@uc.cl including:
- letter of interest
- Curriculum Vitae
- short description of your previous experience and, of the most relevant papers you have published explaining how your previous experience is relevant to this call.
Please use the subject ¨ACT192015-application¨ in your email to avoid the spam box. Applications must be sent (in English) before December 29, 2021. Position starts on March 1 st , 2022. Generous salary will be provided. Please do not hesitate to contact us.
Fecha de publicación: 21 diciembre 2021
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