Team

Finished PhD Thesis (since 2014)

  1. Fabian Falk (Biologist): Biologische Assays in ultrahochdichten Peptidarrays (PhD Thesis, expected for end of 2021)
    Topic: Array-based screening assays; readout of the antibody-based immune system
  2. Andreas Klinkusch (Chemical Biologist): Miniaturisierte Synthese von kombinatorischen Fluorophor-Arrays via nano3D-Laserprinting (PhD Thesis, expected for end of 2021)
    Topic: complex chemical synthesis in the array format using the nano3D printer
  3. Zekun Zhou (Chemist): Stochastisches Mikroarray: Partikelunterstützte Peptidsynthese (PhD Thesis, expected for end of 2021)
    Topic: Synthesis of peptide arrays with the one-cavity-one-peptide method
  4. Andrea Palermo (born. Fischer; Bioengineer): Development of immuno assays for the investigation of peptide antibody interactions in array format. (PhD Thesis, 2020)
    doi:10.5445/IR/1000105997
    Topic: readout of the antibody-based immune system with peptide arrays
  5. Clemens von Bojničić-Kninski (Engineer): Entwicklung von optischen Systemen für die kombinatorische Materialablagerung und die großflächige Detektion im Rahmen von Hochdurchsatzverfahren. (PhD Thesis, 2018)
    doi:10.5445/IR/1000081334
    Topic: Development of a method to synthesize high-density peptide arrays
  6. Roman Popov (Chemical Engineer): Process Development for Manufacturing Stochastic Peptide Microarrays. (PhD Thesis, 2018)
    doi:10.5445/IR/1000081335
    Topic: Synthesis of peptide arrays with the one-cavity-one-peptide method with dry particles
  7. Daniela Mattes (Chemist): Synthese von Peptiden, Peptoiden und Protein-ähnlichen Strukturen im µ Arrayformat. (PhD Thesis, 2018)
    doi:10.5445/IR/1000084265
    Topic: using the nano3D printer to do extremely miniaturized chemical synthesis in the array format
  8. Laura Weber (Bioengineer): Deciphering antibody fingerprints with high density peptide arrays: from methodological development toward disease etiology. (PhD Thesis, 2017)
    doi:10.5445/IR/1000076324
    Topic: readout of the antibody-based immune system without any pre-information.
  9. Tobias Förtsch (Physicist): Kombinatorischer laserinduzierter Vorwärtstransfer zur Herstellung von biomolekularen Mikroarrays. (PhD Thesis, 2017)
    doi:10.5445/IR/1000074023 doi:10.5445/IR/1000074023
    Topic: advancing the nano3D printer
  10. Valentina Bykovskaya (Physicist): Microstructure-Assisted Particle Pattern Generation for High Density Peptide Arrays. (PhD Thesis, 2016)
    doi:10.5445/IR/1000054492
    Topic: Development of a method to synthesize high-density peptide arrays
  11. Martin Schlageter (Chemist): Click chemistry modification of surface-bound peptides towards applications in printable electronics. (PhD Thesis, 2015)
    doi:10.5445/IR/1000051881
    Topic: Development of a method to synthesize high-density peptide arrays
  12. Frieder Märkle (Physicist): Laserbasierte Verfahren zur Herstellung hochdichter Peptidarrays. (PhD Thesis, 2014)
    doi:10.5445/KSP/1000041118
    Topic: advancing the nano3D printer
  13. Bastian Münster (Chemist): Entwicklung von Mikropartikeln für die kombinatorische Synthese hochdichter Peptidarrays durch laserbasierte Verfahren. (PhD Thesis, 2014)
    doi:10.5445/IR/1000044271
    Topic: Development of a particle-based method to synthesize high-density peptide arrays
  14. Sebastian Schillo (Engineer): Prozessentwicklung für die Automatisierung der Herstellung und Anwendung von hochdichten Peptidmicroarrays. PhD dissertation. (PhD Thesis, 2014)
    doi:10.5445/KSP/1000043424
    Topic: Development of a particle-based method to synthesize high-density peptide arrays
  15. Jakob Striffler (Chemist): Replikation von µ-Peptidarrays. (PhD Thesis, 2014)
    doi:10.5445/IR/1000041690
    Topic: replication of high-density peptide arrays

Alumni

Name Title  
Golla, Anitha Dr.  
Liu, Fanny Caroline Dr.  
Münster, Bastian Dr.  
Ridder, Barbara Dr.  
Striffler, Jakob Dr.