Many molecular details of stress
response networks regulating these responses have been uncovered for
many model bacteria. However, we still lack network-level knowledge of
these responses across species, which is necessary to obtain a deeper
understanding of cellular functions and to best apply results obtained
with model bacteria to bacterial species that are poorly characterized
or cannot be cultured in a laboratory. In this project we are focusing
on two of the common basic building blocks of bacterial stress-response
network to explore how network organization affects the physiologically
relevant dynamical properties.
Requirements:
PhD in science or
engineering is required for this position. The postdoctoral fellow will
work on constructing mathematical models of biochemical and
gene-regulatory networks in several model bacteria. Candidates with
publications in the field of mathematical/computational biology related
to systems biology modeling are strongly preferred. Previous experience
in bioinformatics and/or modeling bacterial networks is a plus. Strong
interest in interdisciplinary collaboration and English proficiency are
also expected. Some of the research will be conducted in tight
collaboration with experimental colleagues and the main results are at
least partially expected to be published in biological journals.
About us:
Rice is consistently ranked as one of the nation’s best teaching and research universities.
It is a member institution of the world largest Medical Center (TMC). The Department of
Bioengineering is consistently ranked among the nation’s top 10 bioengineering graduate programs. Rice is situated in the Museum district of Houston, TX – the fourth largest city in the US.
It is a member institution of the world largest Medical Center (TMC). The Department of
Bioengineering is consistently ranked among the nation’s top 10 bioengineering graduate programs. Rice is situated in the Museum district of Houston, TX – the fourth largest city in the US.
Contact:
Applicants should submit their resume and letter stating their research interests to igoshin@rice.edu
Applicants should submit their resume and letter stating their research interests to igoshin@rice.edu