Amine protection
Amine protection reagents are compounds used to temporarily block the reactivity of an amine group during a multi-step synthesis, allowing chemists to control exactly when and where a reaction takes place. This category includes classic protecting group reagents such as Fmoc and Alloc-based compounds, widely used in peptide synthesis and organic chemistry. These standards support peptide synthesis method development, multi-step synthesis planning, and structure confirmation work. Sourcing from a dedicated supplier means each protecting group reagent arrives with verified identity, documented purity, and a certificate of analysis, supporting reliable, reproducible synthesis outcomes.
Showing all 2 results
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Allyl Chloroformate
CAS Number: 2937-50-0
Molecular Formula: C4 H5 Cl O2
Catalogue Number: RCLS2L103149
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Fmoc N-Hydroxysuccinimide Ester
CAS Number: 82911-69-1
Molecular Formula: C19 H15 N O5
Catalogue Number: RCLS2L145793
Amine Protecting Group Reagents for Peptide and Organic Synthesis
Reliable protecting group reagents matter throughout multi-step synthesis, since introducing or removing a protecting group at the wrong time, or with impure reagent, can derail an entire synthetic route. Confirmed identity and purity reduce that risk considerably.
Clinivex supplies amine protection reagents, including Fmoc and Alloc-based compounds, each backed by a certificate of analysis. Our technical team can help source related protecting group reagents through our global supplier network as your synthesis route requires.
As an ISO 9001:2015 and GMP certified supplier working with laboratories and pharmaceutical researchers across the USA and Canada, we focus on accurate documentation and dependable delivery for every order.
These reagents are often used alongside compounds from our amine monomers category in polymer and dendrimer synthesis. Peptide bond formation more broadly is covered under active esters and additives.
Contact our team to request a quote or check availability for a specific amine protection reagent.
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Frequently Asked Questions
Amines are highly reactive, so protecting them temporarily prevents unwanted side reactions, allowing a chemist to control exactly when and where a reaction takes place in a multi-step route.
Both temporarily block an amine’s reactivity, but they’re removed under different conditions, Fmoc typically with base and Alloc with a palladium catalyst, giving chemists flexibility when a synthesis requires more than one protecting group strategy.
No. While common in peptide chemistry, protecting groups are used broadly across organic synthesis whenever a reactive functional group needs to be temporarily masked.
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