Genomics of Selfish DNA - MSc Project

A novel Hybrid Dysgenesis System in Drosophila melanogaster

Are you passionate about genetics and looking to make a significant contribution to the field? We have a thesis position for a groundbreaking project, investigating hybrid dysgenesis caused by the transposable element Transib1. If true, this is the first novel hybrid dysgenesis system discovered in over 40 years, offering a unique opportunity to be at the forefront of genetic research.

Project Overview:

The successful candidate will explore the fascinating world genetics and genomics of selfish DNA in Drosophila. Hybrid dysgenesis is a phenomenon where crosses between certain strains of fruit flies result in sterility and other genetic abnormalities whereas reciprocal crosses are healthy. Understanding this process has far-reaching implications for genetics and evolution.

Research Techniques:

You will gain hands-on experience with a variety of advanced techniques, including:

- Drosophila handling and breeding: Master the art of maintaining and crossing fruit flies

- DNA and RNA extractions: Learn and perfect the methods for isolating nucleic acids from fly tissues, a critical step in molecular analyses.

- Next-generation sequencing (NGS) data analysis: Participate in cutting-edge sequencing data analysis to explore the genomic, transcriptomic and epigenetic (piRNAs) landscapes associated with hybrid dysgenesis.

Why Join Our Lab?

- Cutting-edge research: Be part of a pioneering project with the potential to make landmark discoveries in genetics.

- Skill development: Acquire a diverse set of molecular biology skills that are highly sought after in both academic and industry settings.

- Publication opportunities: Your contributions will be fully acknowledged as authorship in the resulting publication.

Qualifications:

- A background in genetics, molecular biology, or a related field.

- A keen interest in working with model organisms like Drosophila.

- Familiarity with DNA/RNA extraction and sequencing techniques is a plus, but not required.

- Excitement about the opportunity to make a significant contribution to the field of genetics.

Join us and contribute to cutting-edge discoveries that will extend our understanding of genetics

Preferred starting date: asap

Please send inquiries to almorscarpa(at)gmail.com or rokofler(at)gmail.com

If you want to know more about life in our group, you can contact our current Master student, Anna, at anna.haider03(at)gmail.com.

We look forward to your application and the possibility of welcoming you to our dynamic research team!