BioMolStruct Associated Students
- Faisal Bashir (PI Monika Oberer)
- Benjamin Bourgeois (PI Tobias Madl)
- Emmanouil Chatzakis (PI Andreas Winkler & Pedro Alejandro Sánchez Murcia)
- Maximilian Fuchs (PI Andreas Winkler): Molecular Mechanisms of LOV-regulated Diguanylate Cyclases
- Hermann Habacher (PI Tobias Madl): Structural and functional mechanisms in the intersection of p53 and Wnt signaling
- Amin Hammani (PI Tobias Madl)
- David Glück (PI Sandro Keller): New applications of polymer-encapsulated lipid-bilayer nanodiscs for membrane-protein studies
- Sajith Kolathuparambil (PI Horst Lechner)
- Kirill Kuhlmann (PI Tea Pavkov-Keller): Structure and reaction mechanism of membrane associated enzyme complexes
- Aneta Lenard (PI Tobias Madl): Regulation of nuclear import and phase separation
- Spela Mandl (PI Pedro Alejandro Sánchez Murcia): Discovery of positive allosteric modulators for the treatment of mannosidosis
- Daniel Mokos (PI Daniel Bastian)
- Jazleena Panikkaveetil Jawaharlal (PI Monika Oberer)
- Lukas Petrovic (PI Nermina Malanovic)
- Daniel de Jesus Platero Rochart (PI Pedro Alejandro Sánchez Murcia)
- Carlos Francisco Rodriguez Gámez (PI Monika Oberer): Struture-function relation of lipolytic proteins, biophysical characterization of G0S2
- Theo Sagmeister (PI Tea Pavkov-Keller): Integrating structure prediction and experimental approaches to elucidate the assembly of Surface Layer Proteins in Lactobacilli
- Felix Sbüll (PI Tobias Madl)
- Emil Spreitzer (PI Tobias Madl)
- Juan Toledo Marcos (PI Pedro Alejandro Sánchez Murcia)
- Massimo G. Totaro (PI: Gustav Oberdorfer): Design, optimization and experimental characterization of photo-switchable bi-specific T-cell engagers (BiTEs)
- Altea Topicu (PI Nermina Malanovic)
- Hieu Tran (PI Andreas Winkler): Analysis of conformational dynamics of red/far-red light activated phytochrome
- Ursula Vide (PI Andreas Winkler): Molecular mechanisms of light regulation in LOV-diguanylate cyclases
- Qishun Zhou (PI Tobias Madl): Molecular characterization of TNPO3 cargo recognition and liquid-liquid phase separation (LLPS) behavior of RSY containing splicing factors
