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Jagiellonian University in Kraków, through the Malopolska Centre of Biotechnology, invites applications for a Researcher (F/M) postdoc role in biological and chemical sciences. The position focuses on structural biology, biochemistry and medicinal chemistry with potential for long-term collaboration within the NCN OPUS 24 project.
The post requires a doctoral degree, strong publication record, and experience in the listed techniques.
Organisation/Company Malopolska Centre of Biotechnology Research Field Biological sciences » Other Chemistry Researcher Profile Recognised Researcher (R2) Positions Postdoc Positions Application Deadline 31 Oct 2026 - 23:59 (Europe/Warsaw) Country Poland Type of Contract Temporary Job Status Full-time Hours Per Week 40 Is the job funded through the EU Research Framework Programme? Not funded by a EU programme Is the Job related to staff position within a Research Infrastructure? No
Jagiellonian University in Kraków promotes cooperation and cares for a good atmosphere based on mutual trust. It implements the strategy resulting from The Human Resources Strategy for Researchers, creating stable conditions for employment as well as the development of academic career, which resulted in the award of the HR Excellence in Research by the European Commission
Group of employees (F/M) Research staff
JU organisational unit (place of work performance) Polyamine Networks Research Group
Małopolska Centre of Biotechnology
Field of science Science and life sciences
Discipline Biological sciences or Chemical sciences
Scope Structural biology, biochemistry, medicinal chemistry, molecular biology, biophysics, synthetic chemistry or related
Number of posts 1
Type of employment Employment contract
Working time Full time
Planned duration of employment 12 months
Expected date of employment commencement First quarter 2027
Remuneration
Benefits — Institutional Social Benefits Fund (depending on the income per family member, in accordance with the Regulations for Granting Benefits from the Company Social Benefits Fund of the Jagiellonian University):
The selection procedure is open for all individuals, who meet the requirements set out in Articles 113 and 116.2.3) of the Act of 20 July 2018 – Law on Higher Education and Science, and who meet the following eligibility criteria according to ¡65 of the Statute of the Jagiellonian University:
Additional requirements necessary for employment (indicated in order of priority)
Ideal Candidates (F/M):
The ideal Candidate (F/M) will possess:
Project Title: NCN OPUS 24, "Targeted inhibition of hypusination pathway".
PSP: K/NCN/000211
Hypusination is a modification described only for one protein: the eukaryotic translational factor eIF5A, and spermidine is used as a substrate in this process. In the first step of hypusination, the enzyme deoxyhypusine synthase (DHS) attaches the 4-aminobutyl moiety of spermidine to the lysine residue present in eIF5A, resulting in the formation of a non-standard amino acid residue: deoxyhypusine. The deoxyhypusine is then modified to hypusine by deoxyhypsuine hydroxylase (DOHH). eIF5A is involved in the protein translation process, and hypusinated lysine is essential for its activity. eIF5A is also involved in the development of certain diseases such as diabetes, certain types of cancer, and malaria. Furthermore, hypusinated eIF5A promotes cell proliferation. Much attention is currently being paid to the molecular mechanism of selective control of protein translation by hypusinated eIF5A. Hypusinated eIF5A is indispensable for tumor growth and is closely related to the aggressiveness of cancers. Moreover, the expression of the second eIF5A-2 variant is a hallmark of many cancers. Furthermore, mutations in proteins involved in the hypusination pathway are the cause of neurological disorders. To date, we are simply lacking molecular compounds that enable us to specifically modulate the hypusination pathway, and the structure — activity relationship of the currently used inhibitors is vaguely defined, as there are major concerns about the specificity of these molecules. Hence, the ultimate goal of the project is to obtain lead compounds selectively modulating the hypusination pathway that can be further optimized as pro-–drugs or tool compounds to be used in diagnostics and clinical treatment. In detail, we plan to transform the small molecules obtained in our previous research into novel lead compounds that can serve as pro-–drug molecules. These molecules will be thoroughly tested in various activity screens, and we will obtain crystal structures of DHS in complexes with developed compounds. Furthermore, using high-–throughput crystallographic screening, we will discover new small-molecule DOHH binders, which will pave the way for the synthesis of novel inhibitors and thus, together with DHS-interacting compounds, complement the landscape of hypusination pathway modulators. Last but not least, we plan a multifaceted strategy in which not only small compounds but also nucleic acid-based aptamers will be tested as possible hypusination modulators.
Scope of duties
According to the Work Regulations of the Jagiellonian University Annex 1 to the Work Regulations of the Jagiellonian University – Model scopes of responsibilities and duties of academic teachers (F/M)
The hired person will be responsible for independently coordinating tasks, making rational and logical decisions to solve problems, and introducing new techniques and tools. The best‐selected Candidate (F/M) will be required to learn and optimize new methods in the fields of structural biology, biochemistry, biophysics, and medicinal chemistry. The work will include optimizing selected activity assays, conducting experiments based on activity tests, designing new inhibitors, preparing samples for structural studies, and preparing reports.
We offer
Required application documents
Declaration forms (no. 5–7) and personal questionnaire template (no. 2) can be obtained at:
https://cso.uj.edu.pl/en_GB/dokumkandyd
Questions
For further information please contact by e‑mail: job.mcb@uj.edu.pl
Jagiellonian University does not provide housing.
The selection procedure does not provide for any preferences or decisions that differentiate between Candidates (F/M) on the basis of gender; the evaluation process is conducted in accordance with the principles of equal treatment and gender neutrality.
Jagiellonian University has an internal procedure for reporting violations of the law and protecting persons making such reports (whistleblowers), in accordance with applicable regulations. Order of the Rector of Jagiellonian University on the Procedure for reporting violations of the law and taking follow‐up action at Jagiellonian University.
On behalf of
the Rector of the Jagiellonian University
Director of the Malopolska Centre of Biotechnology
dr Serghei Mangul, prof. UJ
Personal data processing information for job applicants
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