What is N-(9-Fluorenyl-Methoxy-Carbonyl)-O-Tertbutyl-L-Tyrosine?
N-(9-Fluorenyl-Methoxy-Carbonyl)-O-Tertbutyl-L-Tyrosine is a compound used in peptide synthesis to protect the tyrosine residue.

How is N-(9-Fluorenyl-Methoxy-Carbonyl)-O-Tertbutyl-L-Tyrosine used in peptide synthesis?
N-(9-Fluorenyl-Methoxy-Carbonyl)-O-Tertbutyl-L-Tyrosine is used as a protecting group for the tyrosine residue during peptide synthesis. It helps prevent unwanted reactions and ensures that the tyrosine residue is added to the peptide chain in a controlled manner.

What are the benefits of using N-(9-Fluorenyl-Methoxy-Carbonyl)-O-Tertbutyl-L-Tyrosine in peptide synthesis?
Using N-(9-Fluorenyl-Methoxy-Carbonyl)-O-Tertbutyl-L-Tyrosine as a protecting group in peptide synthesis offers several benefits. It helps improve the yield and purity of the synthesized peptide by preventing side reactions. It also allows for more control over the peptide synthesis process, enabling researchers to achieve better results.

Are there any considerations to keep in mind when using N-(9-Fluorenyl-Methoxy-Carbonyl)-O-Tertbutyl-L-Tyrosine in peptide synthesis?
When using N-(9-Fluorenyl-Methoxy-Carbonyl)-O-Tertbutyl-L-Tyrosine in peptide synthesis, it is important to follow the recommended protocols and guidelines for handling and storage. It is also crucial to ensure that the purity of the compound is high to avoid any unwanted impurities in the synthesized peptide.

Where can I purchase N-(9-Fluorenyl-Methoxy-Carbonyl)-O-Tertbutyl-L-Tyrosine for peptide synthesis?
N-(9-Fluorenyl-Methoxy-Carbonyl)-O-Tertbutyl-L-Tyrosine is available for purchase from various chemical suppliers and distributors specializing in research chemicals. Researchers and scientists can easily acquire this compound for their peptide synthesis needs.