Partners & Collaborators

JPT Peptide Technologies is an established partner in research projects worldwide. Our network combines partners within universities, research organizations and industry that value JPT’s unmatched peptide synthesis power, R&D specialists and high quality standards according to DIN ISO 9001:2015 certification and GCLP regulations. 

JPT offers its services and contract research and development project participation in flexible business arrangements.

Our Business Models are:

  • Fee-for-service projects
  • FTE based and milestone driven collaboration projects
  • Shared risk, partnered development projects
  • Participation on publicly granted R&D projects (SME qualification)

Our Track Record

JPT has run several successful projects in different scientific fields:

Drug Discovery

  • Substrate identification and optimization for several orphan enzymes for enabling of screening assays
  • Design and production of screening libraries of peptides and peptidomimetics
  • Identification and optimization of agonistic and antagonistic ligands
  • Identification and optimization of affinity ligands
  • Identification and optimization of stabilizing peptides as excipients
  • Development of surrogate bioassays for antigen-free detection of therapeutic proteins


  • Identification of serological predictive, prognostic and surrogate biomarkers
  • Seromarker identification as immune correlate for protection
  • Proteome wide identification of T-cell epitopes for pathogens
  • Companion diagnostic for vaccination studies in cancer and infectious diseases
  • Design of comprehensive peptide libraries for companion diagnostics and treatment  


  • Characterization of specificity profiles for proteins and protein families
  • Design and synthesis of peptide libraries for proteome-wide detection and quantification of proteins
  • Development of molecular probes for the multiplexed detection and quantification of proteins from biological samples
  • Discovery of proteotypic peptide markers for functional proteomics
  • Analysis of epigenetic modifiers including enzymatic characterization of epigenetic writers and erasers as well as profiling the binding potential of epigenetic readers
  • Development of next-generation standards for targeted proteomics


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