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Dr. Aymar A. Ganguin
PhD student @ University of Bern (2020-2023)
Michelle Arnet
Master student in Nanoscience @ University of Basel (2023)
Dr. Christoph Zimmermann
External PhD student @ University of Bern in collaboration with Prof. Dr. Olivia Merkel @ LMU Munich (2022)
Louis Robbe
Master student from the “École de Chimie, Polymères et Matériaux” and “École Supérieure de Biotechnologie de Strasbourg”, France (2022)
Tijana Dudevic Abramovic
BNF Intern @ University of Bern (2022)
Niklaas Manten
Bachelor student in Chemistry and Molecular Sciences @ University of Bern (2022)
Dr. Gina Valentino
PhD student @ FSU Jena and University of Bern (till 2020), then postdoc @ University of Bern (2021-2022)
Dr. Marianna Carone
PhD student @ University of Bern (2020-2023)
Elena Allegritti
Visiting PhD student @ University of L’Aquila (2022-2023)
Garima Yadav
Intern/Master student in Molecular Life Science @ University of Bern (2022)
Jessica Weber
Master student in Pharmacy @ University of Bern (2022)
Danilo König
2nd year Laboratory Apprentice @ University of Bern (2022)
Michael Cibien
Master student in Molecular Life Sciences @ University of Bern (2022)
Dr. Despo Chatzikleanthous
Postdoc @ University of Bern (2021-2022)
Dr. Cristina Zivko
PhD student @ FSU Jena and University of Bern (till 2021)
Gloria Garcia Ortega
Visiting Ph.D. student from Universidad Autònoma de Barcelona @ University of Bern (2021)
Jana Leuenberger
Bachelor student in Biochemistry and Molecular Biology @ University of Bern (2020)
Giarita Ferraro
Guest PhD student @ FSU Jena – University of Naples, Italy. In cooperation with Prof. Wolfgang Weigand @ FSU Jena (2017)
Bianca Fiedler
Trainee @ FSU Jena (2017)
Adelina Mustafa
Master student in Pharmacy @ University of Bern (2021)
Dr. Florian Weber
Ph.D. student @ FSU Jena and @ University of Bern (till 2020)
Dr. Lorine Brülisauer
Postdoc @ FSU Jena (2017)
Elsie Quansah
Master student @ Abbe School of Photonics Jena, in cooperation with Prof. Popp, IPHT, Leibniz Institute Jena (2017)
Ala’a Malouhie
Trainee @ FSU Jena (2017)
Tobias Fischer
Diploma student in Pharmacy @ FSU Jena (2017)
Rosanne Marxer
Master student in Pharmacy @ University of Bern (2021)
Dr. Lisa Rahnfeld
Ph.D. student @ FSU Jena and @ University of Bern (till 2020)
Dr. Andjelka Kovacevic
Postdoc @ FSU Jena (till 2019)
Chengang Shen
Bachelor student @ FSU Jena – Wuhan University. In collaboration with Prof. Kalina Peneva @ FSU Jena (2016)
Federica Novelli
Guest PhD student @ FSU Jena – University of Rome (2017)
Mareike Adler
Trainee @ FSU Jena (2016)
Maria Patschin
Intern @ Ernst Abbe Hochschule Jena (2016)
Sara Lusa
Guest PhD student @ FSU Jena – University of Naples, Italy (2016)
Senior scientist
PhD, Sapienza University of Rome, Italy
Since the beginning of my studies, I have been interested in working at the interface of chemistry and biology. Through the years, I investigated the biophysical characteristics of bio-membrane; their interaction with drugs, proteins, and fluorescent probes. I had the chance to characterize lipid formulations for different purposes and use them as drug carriers systems. My research is now focused predominantly on the development of a lipid based gel delivery systems. These materials exhibit a unique combination of properties: they are biocompatible and able to entrap molecules of various polarities and sizes; they have a soft-gel consistency that enables them to act as depot and thus enhance the epithelium drug permeability achieving exquisite spatial, temporal and dosage control when administered topically or subcutaneously.
PhD student
M.Sc. in Industrial Pharmacy & B.E. in Chemical Technology at University of Ljubljana
By transplanting composite grafts such as faces or limbs, vascularised composite transplantation (VCA) has a potential to radically improve patients’ lives. A major challenge is the need for life-long systemic immunomodulatory therapy for these patients, which leads to their shorter life expectancy. My research focuses on building depot delivery systems that bring the drug in the right doses where it’s needed, without doing harm to the other parts of the body. Using biocompatible phospholipids and gels to build these delivery systems, the VCA patients could live longer and with less frequent drug administration.
PhD student
M. Sc. In Pharmacy, University of Trieste, Italy
M.Sc. in Neuroscience, University of Trieste, Italy
PhD student
M. Eng. (Hons) Chemical Engineering, University of Edinburgh, Scotland, UK
Ph.D. student in Pharmaceutical Technology
Department of Chemistry, Biochemistry and Pharmaceutical Sciences
University of Bern, Switzerland
PhD student
MSc in Drug Discovery and Development, University of Vienna, Austria, AT
BSc in Life Science Technology – Pharmaceutical Technology, University of Applied Sciences Northwestern Switzerland, CH
The development of lipid-based depot formulations for subcutaneous administration is driven by patient needs. Injectable depot formulations can overcome drawbacks of conventional subcutaneous drug delivery. By local deposition of the delivery system, the immediate systemic exposure can be limited. Further, the frequency of administration can be reduced, due to the sustained release properties of the lipid-based formulation. Developing drug delivery systems for sustained release provides me with the opportunity to help solving complex health problems in a patient centric manner.
LinkedIn: Remo Eugster
PhD student in Pharmaceutical Technology
MSc in Pharmaceutical Sciences, Federal University of Rio Grande do Sul, Brazil
