New announcement – 05. 08. 2024
A open PhD position, Reciprocal relationship between pericyte heterogeneity and neuronal development in the postnatal mouse brain, with a particular focus on how neuronal activity influences pericyte diversity.
Description:
Pericytes, specialized cells enveloping brain capillaries, are critical for regulating blood flow and maintaining vessel integrity. Emerging evidence suggests that pericytes exhibit diverse characteristics and functions. Our research aims to characterize these pericyte subtypes, investigating their developmental trajectories, regional variations, and potential impact on brain health and disease. Specifically, we will explore how pericyte properties change across different brain regions during early postnatal development and examine the role of neuronal activity in shaping pericyte identity during this critical period. To accomplish this, we will utilize Cre-based genetic tools, lineage tracing, transcriptomic profiling, chromatin analysis, and advanced imaging techniques.
Candidate Profile:
We expect candidates to have a relevant background in cell biology and/or neuroscience.
What we offer:
We offer an exciting position in a stimulating environment, dynamic and interdisciplinary teams and the opportunity to utilize state-of-the-art equipment and facilities.
The position is available with a flexible start date possibly as soon as possible. Please contact Annika directly via email if you are interested.
Master students
We have vacancies for candidates performing their master’s thesis (6-12 months) or master’s rotation (3 months) in our lab. We favor internal students (ETH Zurich and UZH). Please contact Annika directly via email if you are interested. In your email, indicate when (and for how long) you would like to join the group, what percentage of your time you can devote to this project (100% preferred), and also attach your CV.