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Search results for: 'pseudoproline'
PotM: Aminoprolines - Controlling the Folding
You are looking for a building block suitable to control the folding...
Read more...Acylation Efficiencies on Ser and Thr Pseudoproline Monomers
In two joint studies together with Prof. F. Albericio we investigated the...
Read more...Incorporation of pseudoproline monomer (Fmoc-Thr[ψMe,Mepro]–OH) facilitates efficient solid-phase synthesis of difficult peptides
Herein we investigate the incorporation of the Fmoc-Thr-pseudoproline monomer...
Read more...Solid-Phase Synthesis of an “Inaccessible” hGH-Derived Peptide Using a Pseudoproline Monomer and SIT-Protection for Cysteine
Herein, we report the first-time SPPS of a special peptide sequence via...
Read more...Review – Product Highlights 2021
Herein, we summarize certain product highlights and innovations, which we...
Read more...Pseudoproline Monomers
Typically known and employed as preformed dipeptides, we are presenting...
Read more...Measures to Prevent Aspartimide Formation
Aspartimide formation remains one major hurdle during peptide synthesis. Read...
Read more...PotM: Methanoprolines and Dimethylprolines - Constraining the Conformation of Peptides
Interested in structure-activity studies of your Proline-containing peptide...
Read more...About the Advantages of Pseudoproline Dipeptides
Serine- and Threonine-derived oxazolidines as well as Cysteine-derived...
Read more...Product of the Month: Fluorinated Amino Acids
One approach for the design of bioactive peptides with improved...
Read more...New: Cysteine-Pseudoproline
Pseudoprolines derived from Serine and Threonine have developed to standard...
Read more...Improved Synthesis with Dmb-Glycine Dipeptide Building Blocks
Positions next to Glycine are often reasons for side reactions, as...
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