Chirality of pharmaceutical substances is an important aspect in drug research because it
determines how enantiomers will interact with chiral biological targets. Enantiomers of a …

Many drugs are chiral with their chirality determining their biological interactions, safety, and
efficacy. Since the 1980s, there has been a regulatory preference to bring single enantiomer …

Chirality plays a crucial role in drug discovery and development. As a result, a significant
number of commercially available drugs are structurally dissymmetric and enantiomerically …

Pharmaceuticals in water bodies have led to severe water pollution, posing adverse human
and ecological health effects. These pollutants enter water bodies through various sources …

Catecholamine‐triggered β‐adrenoceptor (β‐AR) signaling is essential for the correct
functioning of the heart. Although both β1‐and β2‐AR subtypes are expressed in …

Chirality recognition of pharmaceutical products plays a significant part in asymmetric
synthesis, stereoselective catalysis, supramolecular chemistry, and the development of new …

Stereochemistry plays an important role in drug design because the enantiomers of a drug
frequently vary in their biological action and pharmacokinetic profiles. Racemates of a drug …

Chiral organic pollutants including pharmaceuticals, pesticides, herbicides, flame retardants,
and polycyclic musk cause significant risks to both the environment and human health …

Analytics employed in modern doping controls are designed to cover an extensive range of
rather diverse classes of substances, all of which are banned in sport according to the list of …

Recently, chiral ionic liquids have attracted increasing attention in analytical chemistry.
However, only a few papers focus on the application of them in visual chiral recognition …