Quinine-modified rhodium nanoclusters for ethyl pyruvate catalysis

Name: Quinine-modified rhodium nanoclusters for ethyl pyruvate catalysis
SKU: X26-06-ZQ4435

Synonym: Quinine-modified Rh nanoclusters; Quinine-modified rhodium nanoclusters for ethyl pyruvate catalysis; Quinine-Rh zero-valent cinchona catalysts

Product Size

100 mg; 250 mg; 500 mg; 1 g; 5 g

Price

Datasheet

Datasheet

MSDS

MSDS

Properties

Description

This enantioselective catalyst consists of zero-dimensional rhodium (Rh) nanoclusters surface-coordinated with chiral quinine alkaloid modifier ligands. The quinine molecules form a stereochemical pocket on the rhodium surface that guides incoming ethyl pyruvate reactants into a preferred spatial orientation during hydrogenation, yielding high enantiomeric excess.

Source

Custom synthesis

Functional Group

Quinine

Form

Solid or powder

Purity

≥95%

Impurities

No visible impurities to the naked eye.

Identity

HPLC/MS/NMR

Applications

This product can be used for asymmetric heterogeneous catalysis kinetics, chiral pharmaceutical intermediate synthesis modeling, and surface ligand interaction testing.

Publications

Publications (0)

Publications

Thank you for choosing our products for your research. By sharing your publications or experimental feedback, you provide invaluable insights that help fellow scientists accelerate their discoveries. Your contribution also drives our commitment to continuous product optimization.

As a token of our appreciation, verified submissions will receive an exclusive discount code for your next order.

*Submitted research data and images may be featured on our product pages. We strictly protect your personal privacy; no sensitive contact information will ever be disclosed.