Prof. Dr. Hans B?rner

Contact

Facility

Faculty of Mathematics and Natural Sciences

Department of Chemistry

Organic Synthesis of Functional Systems

Email

h.boerner? Please insert an @ at this point ?chemie.hu-berlin? Please insert a period at this pointde

Telephone

030 2093-82852

Postal address

Unter den Linden 6, 10117 Berlin

Registered office

Emil Fischer-Haus, Institutsgeb?ude, Brook-Taylor-Stra?e 2, 12489 Berlin

Room

2'115

Research projects

Project
Horizon Europe: ERC Advanced Grant03/2026 - 02/2031
Digging Deep into the Sequence Space of Electrochemical Debonding of Peptides to Impact Next Generation Polymer Adhesives (IDefix)
Project management: Prof. Dr. Hans B?rner
Project
DFG Individual Research Grant03/2020 - 02/2024
DFG Research Grant: Mussel-Inspirit Polymerization: The Enzyme Free Route of an Tyrosinase Activated Polymerization
Project management: Prof. Dr. Hans B?rner
Project
Alexander von Humboldt Foundation: Research subsidy04/2018 - 03/2020
Advanced cohesion of mussel-inspired adhesives by switchable β-sheet segments
Project management: Prof. Dr. Hans B?rner
Project
DFG Individual Research Grant02/2015 - 12/2018
DFG Research Grant: Template Directed Synthesis of Complex Monomer Sequences in Chain-Growth Polymerizations
Project management: Prof. Dr. Hans B?rner
Project
01/2015 - 12/2018
EU: Monomer Sequence Control in Polymers: Toward Next-Generation Precision Materials (EURO-SEQUENCES)
Project management: Prof. Dr. Hans B?rner
Project
DFG Individual Research Grant01/2014 - 12/2017
DFG Research Grant: Designing Collagen-Inspired Template-[Protein]3-Hybrids: From Switchable High Molecular Weight Nanostructures Towards Processing Collageneous Materials for Cell Culture
Project management: Prof. Dr. Hans B?rner
Project
DFG Individual Research Grant01/2014 - 12/2017
DFG Research Grant: Mussel-Adhesion Derived Polymerization: From Tyrosinase Activated Polymerization Towards Multifunctional Polymers
Project management: Prof. Dr. Hans B?rner
Project
01/2013 - 12/2017
ERC: SPECIFICALLY INTERACTING POLYMERS – From Selective Adhesion Toward Specific Recognition (SIP)
Project management: Prof. Dr. Hans B?rner
Project
02/2012 - 10/2014
Frauenf?rderung
Project management: Prof. Dr. Hans B?rner
Project
DFG Individual Research Grant03/2011 - 03/2015
Biocombinatoric Approach Towards Enzymatically Active Glues
Project management: Prof. Dr. Hans B?rner
Project
DFG Individual Research Grant01/2011 - 12/2013
Orthogonal Modification of Biopolymers With Variable Peptide Sequences via Ultra-Rapid Covalent Modification
Project management: Prof. Dr. Hans B?rner
Project
01/2011 - 07/2013
Bio-Hybridpolymere
Project management: Prof. Dr. Hans B?rner
Project
DFG Individual Research Grant02/2010 - 01/2013
Colloid-Supported Synthesis of Peptides and Peptide-Polymer Conjugates
Project management: Prof. Dr. Hans B?rner
Project
12/2009 - 09/2010
Chimera for Industry (Henkel 1)
Project management: Prof. Dr. Hans B?rner

Prof. Dr. Hans B?rner

Contact

professor

Research projects

Digging Deep into the Sequence Space of Electrochemical Debonding of Peptides to Impact Next Generation Polymer Adhesives (IDefix)

DFG Research Grant: Mussel-Inspirit Polymerization: The Enzyme Free Route of an Tyrosinase Activated Polymerization

Advanced cohesion of mussel-inspired adhesives by switchable β-sheet segments

DFG Research Grant: Template Directed Synthesis of Complex Monomer Sequences in Chain-Growth Polymerizations

EU: Monomer Sequence Control in Polymers: Toward Next-Generation Precision Materials (EURO-SEQUENCES)

DFG Research Grant: Designing Collagen-Inspired Template-[Protein]3-Hybrids: From Switchable High Molecular Weight Nanostructures Towards Processing Collageneous Materials for Cell Culture

DFG Research Grant: Mussel-Adhesion Derived Polymerization: From Tyrosinase Activated Polymerization Towards Multifunctional Polymers

ERC: SPECIFICALLY INTERACTING POLYMERS – From Selective Adhesion Toward Specific Recognition (SIP)

Frauenf?rderung

Biocombinatoric Approach Towards Enzymatically Active Glues

Orthogonal Modification of Biopolymers With Variable Peptide Sequences via Ultra-Rapid Covalent Modification

Bio-Hybridpolymere

Colloid-Supported Synthesis of Peptides and Peptide-Polymer Conjugates

Chimera for Industry (Henkel 1)