Project Assistant in Chromatin Biology and Genome Integrity in Cancer Cells
Euraxess, Brockport, NY, United States
Lund University, Department of experimental medical science
Offer Description
The Chromatin & Genome Integrity Lab (Department of Experimental Medical Science, Faculty of Medicine) studies the mechanisms that regulate chromatin structure and genome stability in human cells, and how these processes safeguard human health. The research group, led by Dr. Giulia Saredi, is now seeking a motivated researcher to support our work on chromatin alterations in tumours. The lab fosters a respectful and inclusive environment, with a strong emphasis on open communication and scientific curiosity. We believe that impactful research is best achieved through collaboration and the exchange of ideas; the successful candidate will be encouraged to actively engage in the group’s scientific activities and to develop their skills in a supportive research setting.
We offer
Lund University is a public authority which means that employees get particular benefits, generous annual leave and an advantageous occupational pension scheme. Read more on the University website about being a Lund University employee Work for us | Lund University.
Work duties and areas of responsibility
You will be responsible for developing and implementing assays to investigate the impact of chromatin mutations on cancer cell function. You will establish and validate novel cancer cell models using western blotting and quantitative image‑based microscopy. You will then integrate these models into functional assays to assess how cancer‑associated chromatin alterations affect genome integrity, DNA repair pathways, and sensitivity to anti‑cancer therapies. This work will illuminate previously unexplored aspects of chromatin biology and generate fundamental knowledge that can help inform and advance the development of targeted cancer treatments.
Qualifications
You have a second-cycle qualification (master level), or
You have completed course requirements of at least 240 higher education credits, including at least 60 higher education credits at second cycle.
You have expertise in studying chromatin biology mechanisms in cancer cells.
You have documented experience in human cell culture techniques, molecular cloning, western blotting, and microscopy.
You have documented experience in performing assays to study genome stability and to determine cell survival in response to cancer drug treatment.
You have a high level of fluency in written and spoken English.
You have a high level of self-motivation and the ability to work effectively both independently and as part of a team.
Additional qualifications for the position are
You have experience in quantitative image‑based cytometry.
Further information
This is a fixed‑term position for 5 months at full time (100%) and starting 1st of July 2026 or by agreement. Interviews will be conducted online shortly after the application deadline.
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Offer Description
The Chromatin & Genome Integrity Lab (Department of Experimental Medical Science, Faculty of Medicine) studies the mechanisms that regulate chromatin structure and genome stability in human cells, and how these processes safeguard human health. The research group, led by Dr. Giulia Saredi, is now seeking a motivated researcher to support our work on chromatin alterations in tumours. The lab fosters a respectful and inclusive environment, with a strong emphasis on open communication and scientific curiosity. We believe that impactful research is best achieved through collaboration and the exchange of ideas; the successful candidate will be encouraged to actively engage in the group’s scientific activities and to develop their skills in a supportive research setting.
We offer
Lund University is a public authority which means that employees get particular benefits, generous annual leave and an advantageous occupational pension scheme. Read more on the University website about being a Lund University employee Work for us | Lund University.
Work duties and areas of responsibility
You will be responsible for developing and implementing assays to investigate the impact of chromatin mutations on cancer cell function. You will establish and validate novel cancer cell models using western blotting and quantitative image‑based microscopy. You will then integrate these models into functional assays to assess how cancer‑associated chromatin alterations affect genome integrity, DNA repair pathways, and sensitivity to anti‑cancer therapies. This work will illuminate previously unexplored aspects of chromatin biology and generate fundamental knowledge that can help inform and advance the development of targeted cancer treatments.
Qualifications
You have a second-cycle qualification (master level), or
You have completed course requirements of at least 240 higher education credits, including at least 60 higher education credits at second cycle.
You have expertise in studying chromatin biology mechanisms in cancer cells.
You have documented experience in human cell culture techniques, molecular cloning, western blotting, and microscopy.
You have documented experience in performing assays to study genome stability and to determine cell survival in response to cancer drug treatment.
You have a high level of fluency in written and spoken English.
You have a high level of self-motivation and the ability to work effectively both independently and as part of a team.
Additional qualifications for the position are
You have experience in quantitative image‑based cytometry.
Further information
This is a fixed‑term position for 5 months at full time (100%) and starting 1st of July 2026 or by agreement. Interviews will be conducted online shortly after the application deadline.
#J-18808-Ljbffr