What question did this study set out to answer?

To develop a reliable and stereochemically controlled synthetic route for producing optically pure beta-hydroxy alpha-amino acids.

April 1, 1989The Journal of Organic Chemistry

Chirospecific synthesis of .beta.-hydroxy .alpha.-amino acids

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Authors

RRRenee C. RoemmeleTeva Pharmaceuticals (United States)HRHenry RapoportUniversity of Maryland, Baltimore

Discussion

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Implication

Chemical synthesis study demonstrates stereospecific preparation of beta-hydroxy alpha-amino acids, enabling precise molecular building blocks for complex bioactive targets.

Key Points

To develop a reliable and stereochemically controlled synthetic route for producing optically pure beta-hydroxy alpha-amino acids.
Organic synthetic methodology was designed to establish defined stereocenters across the alpha and beta positions.
Chiral precursors and stereoselective transformations were employed to ensure optical purity throughout the synthetic sequence.
Synthesized targeted beta-hydroxy alpha-amino acid analogs with high chirospecific control.
Preserved stereochemical integrity at both chiral centers without racemization during functional group manipulations.

Cite This Study

Roemmele et al. (1989) studied this question.

synapsesocial.com/papers/6a98675ff9699afc51e02af2 https://doi.org/10.1021/jo00269a023

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April 1, 1989The Journal of Organic Chemistry

Chirospecific synthesis of .beta.-hydroxy .alpha.-amino acids

View Full Paper

Ask AI

Bookmark

Authors

RRRenee C. RoemmeleTeva Pharmaceuticals (United States)HRHenry RapoportUniversity of Maryland, Baltimore

Discussion

Member takes

Implication

Chemical synthesis study demonstrates stereospecific preparation of beta-hydroxy alpha-amino acids, enabling precise molecular building blocks for complex bioactive targets.

Key Points

To develop a reliable and stereochemically controlled synthetic route for producing optically pure beta-hydroxy alpha-amino acids.
Organic synthetic methodology was designed to establish defined stereocenters across the alpha and beta positions.
Chiral precursors and stereoselective transformations were employed to ensure optical purity throughout the synthetic sequence.
Synthesized targeted beta-hydroxy alpha-amino acid analogs with high chirospecific control.
Preserved stereochemical integrity at both chiral centers without racemization during functional group manipulations.

Cite This Study

Roemmele et al. (1989) studied this question.

synapsesocial.com/papers/6a98675ff9699afc51e02af2 https://doi.org/10.1021/jo00269a023

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