Our open doctoral student and postdoc positions closed over the weekend, and in total we had 110 applications, although some persons applied to more than one of the positions, bringing the total number of applicants down a bit. Still, this will be a lot of work for me. I will prioritize the postdoc position, as this had the fewest applications. So if you applied to one of the two PhD student positions, please give it some time.
A quick skimming of the applications shows that we have had extraordinary high quality of applications overall, although some of the applicants will be a bit too wet-lab oriented for these specific positions.
Thanks a lot for your interest in the lab’s work! I appreciate all of your efforts!
As I wrote a few days ago, I have now started my new position at Chalmers SysBio. This position is funded by the SciLifeLab and Wallenberg National Program for Data-Driven Life Science (DDLS), which also funds PhD and postdoc positions. We are now announcing two doctoral student projects and one postdoc project within the DDLS program in my lab.
Common to all projects is that they will the use of large-scale data-driven approaches (including machine learning and (meta)genomic sequence analysis), high-throughput molecular methods and established theories developed for macro-organism ecology to understand biological phenomena. We are for all three positions looking for people with a background in bioinformatics, computational biology or programming. In all three cases, there will be at least some degree of analysis and interpretation of large-scale data from ongoing and future experiments and studies performed by the group and our collaborators. The positions are all part of the SciLifeLab national research school on data-driven life science, which the students and postdoc will be expected to actively participate in.
The postdoc and one of the doctoral students are expected to be involved in a project aiming to uncover interactions between the bacteria in microbiomes that are important for community stability and resilience to being colonized by pathogens. This project also seeks to unearth which environmental and genetic factors that are important determinants of bacterial invasiveness and community stability. The project tasks may include things like predicting genes involved in pathogenicity and other interactions from sequencing data, and performing large-scale screening for such genes in microbiomes.
The second doctoral student is expected to work in a project dealing with understanding and limiting the spread of antibiotic resistance through the environment, identifying genes involved in antibiotic resistance, defining the conditions that select for antibiotic resistance in different settings, and developing approaches for monitoring for antibiotic resistance in the environment. Specifically, the tasks involved in this project may be things like identifying risk environments for AMR, define potential novel antibiotic resistance genes, and building a platform for AMR monitoring data.
For all these three positions, there is some room for adapting the specific tasks of the projects to the background and requests of the recruited persons!
We are very excited to see your applications and to jointly build the next generation of data driven life scientist! Read more about the positions here.
Together with Joakim Larsson‘s lab, we now have an open two-year postdoc position in bioinformatics on antibiotic resistance and biocide resistance. The development of antibiotic resistance has been driven by use of antibiotics, but antibacterial biocides also have the potential to select for antibiotic resistance. However, knowledge of which genes that contribute to biocide resistance and could be associated with antibiotic resistance is sparse. To some extent, such genes are documented in the BacMet database which we have developed, but this collection of resistance genes is only scratching the surface of all biocide resistance that exists among bacteria in the environment.
We are now looking for a postdoctoral fellow to continue the important work on bioinformatic analysis of biocide and antibiotic resistance to answer the question whether increasing biocide resistance would be a threat to human health. The postdoc will be working with the development of the BacMet database to make it more targeted towards biocidal substances and products in addition to resistance genes. The tasks include bioinformatic sequence analysis, literature studies and database and web programming. The work will also include investigations of the prevalence of the identified resistance genes in genomes and metagenomes.
The recruited person will work closely with both my group and the group of Prof. Joakim Larsson, and will participate in the JPIAMR-funded BIOCIDE project. You can apply to the postdoc position at the University of Gothenburg application portal: https://web103.reachmee.com/ext/I005/1035/job?site=7&lang=UK&validator=9b89bead79bb7258ad55c8d75228e5b7&job_id=25122
The deadline is May 4, 2022. Come work with us on this exciting topic in the intersect between two great research environments (if I may say it myself!) We look forward to your application!
If you are skilled in bioinformatics and want to work with one of my favorite persons, you should check out this postdoc ad closing January 9. This two-year position in Erik Kristiansson‘s lab at Chalmers University of Technology is a great opportunity to work with fantastic people on highly interesting questions. It has applications in infectious diseases and antibiotic resistance, and will be focused on genomic analysis of antibiotic resistance and virulence and their evolutionary history. The work includes both the development of new data-driven methodologies and the application of existing methodology to new datasets. The position will involve collaborations with researchers from clinical microbiology and the environmental sciences within the Centre for Antibiotic Resistance Research.
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.
So this morning, I packed my stuff, cleaned out my room and went to WID for the last time this year. I had time to say goodbye to everyone in the lab but Bailey, and I have to admit that I feel a little bit sad leaving. This is a really good place, filled with very good people, in a very beautiful town. I will miss you Handelsman lab, and I will miss you Madison. On the other hand, tomorrow I will be picking up my daughter after preschool for the first time in a month.
I am now waiting for my flight at the airport. I prepare for a long night of lost sleep (as I cannot sleep on airplanes). I am endlessly happy that I will be able to combine these two fantastic worlds next year when we are moving here altogether. Until then, farewell Madison – see you soon again.
I guess this concludes the blog for this time around. Please check back this winter when we’re going here the next time. This is Johan in Madison – over and out.
I’ve spend the lion’s share of the past few days in the lab, working quite late to obtain supercool results that we will now verify over the weekend. It’s very exciting to be able to generate useful data already during your first week in the lab (after not doing wet lab work for years), but mostly this is thanks to Manuel. Anyway, look at the beauty of those plates! My new favorite color must be crystal violet.
Another thing that has happened over the past week is that the students are beginning to come back her for the autumn semester. This means nice little paintings on the ground, lots of things happening downtown, but also that it’s harder to sleep since the previously quiet area of college dorms is not seeing quite a significant amount of nightlife. Large packs of students passing by my window at night, talking loudly. It’s mostly nice though. There are many parallels between Uppsala and Madison – both are cities heavily centered around their universities, and both seem to die a little during summers when the students move out. The differences mainly are that Madison is much more beautifully located between three lakes, that Uppsala has a much older history, and that Madison seems to have quite a bit of nightlife also in the summertime.
On Monday I will go to see a house to rent next year. Please keep your fingers crossed that it’s good and, if so, that we’ll get it! Otherwise housing has been a bit of a hassle, since everyone wants to rent now before the autumn semester. But I hope that that problem will no longer be a problem on Monday. Have a nice weekend!
Okay, first of all this is a shoutout post to Manuel Garavito, who has been putting up with me for the last two days – my first two days in a wet lab for several years. Manuel has been beyond fantastic in showing me their basic protocols and having patience with my rusty lab skills. If this project will work out, it will very much be because of him.
This weekend, there haven’t been a lot of time for other things than lab work, but I spent Friday evening at the Memorial Union where I happened to stumble into a concert with Brazilian (I think, not sure) music. And on Saturday evening I went out to the Hop Cat, where I tasted the fantastic beer Psychedellic Cat Grass and got taught the basics of American football by a woman who was also there on her own, apparently to watch the game. So, I’m doing my well but working my ass off with things I am not really that good at. Yet.
So, I have arrived in Madison, WI. I had a 17 hour flight yesterday, and I am quite messed-up with my perception of time, but except for that i’m good. I spend the morning walking around in Madison (and found a really nice coffee place – Colectivo) and getting a phone contract. Madison really is a very beautiful and green town, which reminds me quite a lot of an “American Uppsala”. After that, I had lunch with the majority of the Jo Handelsman lab at the Wisconsin Institute of Discovery Building, and then Manuel spent the afternoon showing me the experimental system we’re going to use (and its quirks). Lots and lots of new things to take in and choices to consider. This will be an interesting year. Now, I will try to find a place to eat and get a beer before I’m too tired (it’s half past one in the morning in Sweden as I’m writing this…) I look forward to my coming month here, but I also miss my family a lot already.
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?