We are hiring a postdoc to work with environmental monitoring of antimicrobial resistance. The project is part of the EMBARK program and will consider different aspects of establishing a baseline for background antibiotic resistance in the environment, standardization of monitoring protocols and development of methods to detect emerging resistance threats. The project will involve work with environmental sampling, DNA extractions, bacterial culturing and generation of large-scale DNA sequence data. In terms of bioinformatic analyses, the project will encompass analysis of next-generation sequence data, genome-resolved metagenomics, short-read assembly and network analysis.
We look for a skilled bioinformatician, preferably with experience of experimental laboratory work. If you feel that you are the right person for this position, you can apply here. More information is also available here. We look forward to your application! The deadline for applications is January 3.
I just wanted to very quickly brief applicants to the recently announced PhD position in the lab. We got 71 applications in total, most of which I consider relevant for the position. The bottom line is that this will take a few days to go through, but we are working on it, and will get in touch with the top candidates when we are done. I would, however, already like to thank everyone who applied – it’s amazing that you want to spend your time doing research that I find exiting!
We are hiring a PhD student to work with effects of antibiotics on microbial communities! The project will use large-scale techniques to investigate how sub-inhibitory concentrations of antibiotics affect microbial communities. Specifically, the project will examine how the ability for bacteria to colonize and invade established microbial communities is impacted by antibiotics. The project will also explore how antibiotics influence the interactions between different species in bacterial communities and if this may change their ability to withstand invasions. The goal is to identify the genes and mechanisms that contribute to change and stability in microbial communities.
A cool thing about this position is that it is fairly adaptable to the eventual candidate, and the project can be somewhat tailored to suit the profile of the PhD student. This means that we’re looking for someone who is either a bioinformatician or an experimentalist (or both). Previous experience with microbial communities is a plus, but not a must.
If you feel that you are the right person for this position, you can apply here. More information is also available here. We look forward to your application! The deadline for applications is December 9.
Today, I started my new position at the University of Gothenburg as a non-tenured assistant professor (forskarassistent)*. In essence, this means that I have a position funded by my own grant until the end of 2020, although I will be on a leave-of-absence while doing my PostDoc with Jo Handelsman in Wisconsin. Speaking of which, I will be leaving to the US on Thursday next week for a month of setting things up at her lab (and also going to the EDAR4 conference in Lansing). I will return to Sweden in mid-September and leave for the US for real early next year.
In terms of actual work, this change of position will not mean very much at the moment. I will continue to do the same things for some time, and I will remain closely associated with Joakim Larsson’s lab at the Dept. of Infectious Diseases. And luckily, I will retain my lovely roommates for at least the time being. In the long run, however, this means that I will shift my research focus slightly, away from antibiotic resistance risk management towards interactions in microbial communities (still related to antibiotics though). Exciting times ahead!
* For some reason, the university administration refuses to call this position assistant professor in English at this time, instead referring to the position as “Postdoctoral research fellow”. I guess that it might be bloody annoying explaining that this is not the same as “postdoctoral researcher” and virtually everywhere else would be called “(non-tenured) assistant professor”, but then on the other hand, who cares about titles anyway?
If you’re looking for super-interesting jobs within bioinformatics, you don’t need to look any further. Instead, you should apply for a position at 1928 Diagnostics here in Gothenburg and join them in the fight against antibiotic resistant bacteria. The position is in the development team and the deadline for application is December 19. All the details can be found here.
If you’re looking for a PhD position in bioinformatics, working with antibiotic resistance, there’s an opening in Erik Krisiansson’s (best bioinformatician in Gothenburg? I think so) group. To apply you need to have a master’s level degree in bioinformatics, mathematical statistics, mathematics, computer science, physics, molecular biology or any equivalent topic, obtained latest June 2014. If you’re a master student and want to join us, this is your chance! You can read more and apply for the position here.
I feel very sorry that I have been a little bit unresponsive for the last couple of weeks. I have received several questions regarding the PETKit and ITSx that i have not yet got around to answer. I am very sorry for that inconvenience. The reason (not a good excuse, but still) is that I have been overloaded with grant applications. This will continue through the rest of september, so please be patient until October if I don’t reply e-mails. If you need a quick response, please state so very clearly, and I might be able to squeeze you in before the start of October. Otherwise, see you at the other end of the tunnel! Thanks for the understanding.
Last Friday, our research group moved into our new facilities at the Department of Infectious Diseases. I am very happy with my new room and my new view, both depicted below.
Our new affiliation is:
Department of Infectious Diseases, Institute of Biomedicine, Sahlgrenska Academy, University of Gothenburg
The Core Facilites at Sahlgrenska are looking for a skilled bioinformatician that can support research projects employing the Core Facilites’ services. The employee will e.g. deal with setting up analysis pipelines for next generation sequencing data. They (of course) want an experienced bioinformatician, who also knows programming (Java, C and/or C++, and scripting languages such as Perl or Python). It is also preferable if the applicant knows how to set up secure systems and manage work with the Unix/Linux terminal. More on the position can be found at GU’s web site. The application time closes on the 17th of September.
So, last week I started my Ph.D. in Joakim Larsson’s group at the Sahlgrenska Academy. While I am very happy about how things have evolved, I will also miss the ecotox group and the functional genomics group a lot (though both do their research within 10 minutes walking distance from my new place…) I spent last week getting through the usual administrative hassle; getting keys and cards, signing papers, installing bioinformatics software on my new monster of a computer etc. Slowly, the new room starts to feel like it is mine (after nailing phylogenetic trees, my favorite map of the amino acids, and my remember-why-Cytoscape-visualisation-might-not-be-a-good-idea-for-all-network-like-structures poster to the billboard).
So what will this change of positions mean? Will I quit doing research on microbial communities? Of course not! In my new position, my subject of investigation will be bacterial communities subjected to antibiotics. We will look for resistance genes in such communities, and try to answer questions like: How do a high antibiotic selection pressure affect abundance of resistance genes and mobile elements that could facilitate their transfer between bacteria? Can resistance genes found in environmental bacteria be transferred to the microbes of the human gut? Can the environmental bacteria tell us what resistance genes that will be present in clinical situations in the near future? All these questions could, at least partially, be answered by metagenomic approaches and good bioinformatics tools, and my role will be to come up with the solutions provide answers to them.
I am excited over this new project, which involves my favorite subject – metagenomics and community analysis – as well as important factors, such as the clinical connections, the possibility to add pieces to the antibiotic resistance puzzle, and the role of gene and species transfer in resistance development. I also like the fact that I will need to handle high-throughput sequence data, meaning that there will be many opportunities to develop tools, a task I highly enjoy. I think the next couple of years will be an exciting time.