Partner with JPT
JPT Peptide Technologies is an ISO 9001:2015 certified innovative service provider and research & development partner. Besides just ordering from our catalog or designing your own custom peptides, you can also reach out to us about your project and collaborate! Our R&D services and cooperations leverage our know-how in peptide technologies to advance projects in various applications such as
- Vaccine target and epitope discovery
- Immune monitoring and diagnostic content research
- Seromarker discovery and validation
- Systematic peptide optimization
- Discovery, clinical and functional proteomics
- Method evaluations
Projects
SARS-CoV-2 T Cell Immunity SARS-CoV-2 B Cell Immunity Peptide Mimotope Optimization
Why partner with JPT?
JPT is the preferred partner for peptide related projects due to its:
- Proprietary technologies for peptide synthesis, analysis and high throughput screening
- In-house R&D team for organic and medicinal chemistry, immunology and assay development, structural biology, bioinformatics and data management
- Solid track record of successful R&D projects
- Flexible business arrangements
- ISO 9001:2015 regulated quality management system
- Professional project organisation and communication
What do we offer?
JPT offers its R&D services and cooperations in the following 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
Track record
JPT has completed many successful projects in different scientific fields:
Proteomics
Drug Discovery
Immunotherapy & Vaccines
- Peptide selection and synthesis for individualized neo-epitope based vaccination strategies
- Peptide pool design and synthesis for adoptive cell transfer in gene therapy
- Design of comprehensive peptide libraries for diagnostics and treatment
- Identification of serological predictive, prognostic, and surrogate biomarkers
- Proteome-spanning target discovery for vaccine development
- T-cell epitope discovery
- Development of next generation reference standards for targeted proteomics
- 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
- Design and synthesis of screening libraries
- Identification and optimization of agonistic and antagonistic ligands
- Identification and optimization of affinity ligands
- Substrate identification and optimization for orphan enzymes
Loading...