CEM Amino Acid Fmoc-Ala-OH (N-Fmoc-Alanine) is part of the ProTide™ Resin series, engineered for advanced peptide synthesis. These optimized PEG and polystyrene-based resins with Cl-TCP(Cl) and Cl-MPA universal linkers provide an ideal environment for synthesizing complex peptides with superior swelling properties and reaction efficiency.
Product Features
- Optimized PEG resin core with Cl-TCP(Cl) and Cl-MPA universal linkers
- Provides an ideal environment for synthesis of difficult peptides with excellent swelling properties
- Eliminates the need for pre-loaded C-terminal amino acid resins
- Automated high-temperature loading procedure completed in 10 minutes using the Liberty Blue microwave peptide synthesizer
- Loading reaction uses KI, DIEA, and microwave irradiation for rapid amino acid attachment
- Avoids coupling reagents, preventing epimerization and dipeptide formation during loading
- Reduces the need to purchase and store multiple pre-loaded acid-linked resins
- Exhibits strong hydrolysis stability during storage and handling
- TCP(Cl) linker is hyperacid-sensitive, producing protected peptides with 1% TFA/DCM
- Minimizes diketopiperazine and 3-(1-piperidinyl)alanine formation
- Pack includes 5 vials, each containing 5 mmol Fmoc-Ala-OH
Key Advantages
- Automated loading completed within 10 minutes using microwave synthesis
- No coupling reagents required — eliminates side reactions
- Minimizes epimerization and dipeptide formation
- Reduces reagent storage requirements and costs
- Excellent resin stability ensures consistent peptide yield
Benefits
- Accelerates peptide synthesis and increases throughput
- Produces high-purity peptides with minimal impurities
- Improves workflow efficiency and reproducibility
- Compatible with CEM Liberty Blue peptide synthesizers
- Reliable and stable under laboratory storage conditions
Why Choose Amino Acid Fmoc-Ala-OH 5 mmol, 5 Pack?
CEM Fmoc-Ala-OH 5 mmol offers reliability, efficiency, and precision in solid-phase peptide synthesis. When used with ProTide™ Resins, it ensures fast loading, high yield, and clean peptide production for research and pharmaceutical applications.
