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History of Combinatorial Peptide Libraries
The development of combinatorial chemistry for peptide library screening and drug discovery.
By Encyclopeptide Editorial | 1 min read
combinatorial libraries screening discovery
Overview
Combinatorial peptide libraries revolutionized drug discovery by enabling rapid screening of millions of peptide sequences simultaneously.
Key Developments
- 1984: Geysen’s multipin peptide synthesis
- 1991: Houghten’s tea-bag synthesis method
- 1992: Furka’s split-and-mix synthesis
- 1993: Phage display peptide libraries
- 1990s: Peptide arrays on solid supports
- 2000s: DNA-encoded peptide libraries
Applications
- Epitope mapping for antibody development
- Lead peptide identification for drug targets
- Structure-activity relationship studies
- Peptide-protein interaction discovery
Impact
Combinatorial approaches accelerated the identification of bioactive peptides and inspired modern high-throughput screening methods.
References
- Source: ENCP Peptide Database
- Category: Peptide History
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