| Prof Dr. Annette Beck-Sickinger | University of Leipzig | Innovative Biomaterials: Releasable Proteins on Demand by Ligation Reactions |
| Prof. Dr. Christian Becker | Universität Wien | The impact of (non-enzymatic) posttranslational modifications on Heat Shock Protein 27 (Hsp27) |
| Prof. Dr. Ashraf Brik | Technion - Israel Institute of Technology | Ubiquitin Signaling: Chemistry, Biology and Drug Discovery |
| Prof. Dr. Champak Chatterjee | University of Washington | Chemical Protein Synthesis Sheds Light on Human Gene Regulation |
| Prof. Dr. Yong-Xiang Chen | Tsinghua University | Synthesis of Diverse Phosphorus-Containing Proteins/Peptides |
| Prof. Dr. Anne Conibear | TU Wien | Deciphering the impact of phosphorylation on the structure and chaperoning of Heat Shock Protein 90 |
| Prof Dr. Christian Hackenberger | Leibniz Institute for Molecular Pharmacology | Peptide-conjugates and additives for intracellular protein and antibody delivery |
| Prof. Dr. Nina Hartrampf | Universität Zürich | New tools for flow-based peptide and protein synthesis |
| Prof. Dr. Gosuke Hayashi | Nagoya University | Beyond Conventional One-pot Ligation of Multiple Peptide Segments |
| Prof. Dr. Chunmao He | South China University | Azole reagents enabled ligation of peptide acyl pyrazoles for chemical protein synthesis and modification |
| Prof. Dr. Hironobu Hojo | Osaka University | Use of Dipicolylamino Group as a Leaving Group for Protein Synthesis |
| Prof. Dr. Akhter Hossain | The Florey Institute | Chemical Synthesis and Peptidomimetic Drug Design |
| Prof. Dr. Muhammad Jbara | Tel Aviv University | Deciphering the Role of PTMs on the DNA Binding Activity of bHLH Transcription Factors Using Chemical Protein Synthesis |
| Dr. Marc-André Kasper | Tubulis GmbH | Phosphorus-based Linkers for the Construction of Stable and Efficacious Antibody-Drug-Conjugates: From Bench to Bedside |
| Prof. Dr. Takayuki Katoh | University of Tokyo | tRNA engineering for ribosomal incorporation of D-amino, β-amino, and γ-amino acids into peptides |
| Prof. Dr. Stephen Kent | The University of Chicago | Bringing the Science of Proteins into the Realm of Organic Chemistry |
| Prof. Dr. Xuechen Li | The University of Hong Kong | Handing difficult peptide/protein synthesis |
| Prof. Dr. Yiming Li | Hefei University of Technology | Anionic motif-driven charge interaction for protein cytosolic delivery |
| Prof. Dr. Xiang David Li | The University of Hong Kong | Chemical Approaches to Decoding Histone Epigenetics |
| Prof. Dr. Annemieke Madder | Cancer Research Institute Gent | Furan- and Triazolinedione-based Chemistries for Bio-orthogonal Protein Modification |
| Prof. Dr. Oleg Melnyk | University of Lille | Taking inspiration from nature to design novel chemistries for protein chemical synthesis |
| Prof. Dr. Norman Metanis | The Hebrew University of Jerusalem | Mirror-Image RaPID Technology for the Identification of Highly Stable and Selective Macrocyclic Peptide Inhibitors |
| Prof. Dr. Tom Muir | Princeton University | Illuminating chromatin: chemical biology tools light the way |
| Dr. Shunsuke Oishi | ITbM, Nagoya University | Chemical synthesis of the EPF-family of plant cysteine-rich proteins by ligation reactions |
| Prof. Dr. Ryo Okamoto | Seikei University | Reinforcement of Protein-Protein Interaction by Glycosylation |
| Prof. Dr. Akira Otaka | Tokushima University | Insulin Synthesis Using Stepwise Disulfide Bond Formation Enabled by S-Protected Cysteine and Cysteine Sulfoxide Pairs |
| Dr. Vijaya Pattabiraman | Bright Peak Therapeutics | Chemistry-based Platform Technology for Creating Designer Biomolecules for Cancer Immunotherapy |
| Prof. Dr. Richard Payne | The University of Sydney | New Technologies for the Synthesis and Semi-Synthesis of Modified Proteins |
| Prof. Dr. Bradley Pentelute | MIT | Accelerating Protein Production: Harnessing Folding Selections for Same-Day Access |
| Prof. Dr. E. James Petersson | University of Pennsylvania | Combining Ligation, Chemoenzymatic Modification, and Unnatural Mutagenesis to Study the Structure and Dynamics of alpha-Synuclein |
| Prof. Dr. Stephan Pless | University of Copenhagen | Protein semisynthesis via protein trans-splicing in living cells |
| Dr. Bhavesh Premdjee | Novo Nordisk | Drug discovery and manufacturing powered by ligation chemistry – in search of peptide based CCR5 antagonists |
| Prof. Dr. Monika Raj | Emory University | Chemical Tools to Uncover Hidden Proteome |
| Prof. Dr. Marina Rubini | University of Dublin | Semisynthetic approaches for studying post-translational modifications: lessons learnt from cytokines |
| Dr. Karin Rustler | Iris Biotech | Selectively Cleavable Protecting Group for the epsilon-NH2 of Lys |
| Philipp Schilling | ETH Zurich | KAT ligation for chemical protein synthesis at micromolar concentration |
| Prof. Dr. Ping Wang | Shanghai Jiao Tong University | Chemical synthesis and functional study of complex glycoproteins |
| Prof. Dr. Hisashi Yamamoto | Chubu University | Next-generation peptide synthesis |
| Prof. Dr. Ting Zhu | Westlake University | Building mirror-image biology systems |
