List of Articles

• Custom Peptides
  • Peptides for Discovery Research
  • Products and Reagents
  • Literature
  • FAQs
• Peptide Libraries
  • PepSets - Peptide Libraries
  • Peptide Microarrays
  • Applications
    • B-cell epitope mapping
    • T-cell epitope mapping
    • Kinase & Protease Studies
  • Literature
  • FAQs
• Antibodies
  • Polyclonal Antibodies
  • Anti-phosphopeptide Antibodies
  • Literature
• Combinatorial Chemistry
  • Introduction to SynPhase Lanterns
    • Understanding SynPhase Lanterns
    • Lanterns vs Conventional Resin
    • Applications for Research
  • Products and Services
    • SynPhase Lanterns: Functionalized substrates
    • Tagging Systems and Strategies
  • Literature
  • FAQs
• Contract Discovery Research
  • Skills and Experience
  • Medicinal Chemistry
  • Peptide to Drug Development
  • Library Design and Production

Lanterns vs Conventional Resin

The total synthesis cost of SynPhase Lanterns compares more than favourably with that of resins. The use of SynPhase Lanterns offers significant savings in labor, consumables and equipment as well as intangible cost benefits associated with the rapid development of optimized reaction conditions to deliver high purity compounds.

• Chemistry Comparison

  SynPhase Lanterns provide yields and purities comparable to commonly used resins, and the chemistry is fully transferrable.

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• Cost Comparison

  The use of SynPhase Lanterns offers significant savings in labor, consumables and equipment as well as intangible cost benefits associated with the rapid development of optimized reaction conditions to deliver high purity compounds.

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