Reactions of chiral molecules
Chemistry on a 2D chalkboard is a lie. Real life—and real medicine—happens in 3D. When we talk about the reactions of chiral molecules, we…
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Chemistry on a 2D chalkboard is a lie. Real life—and real medicine—happens in 3D. When we talk about the reactions of chiral molecules, we…
Read ArticleNature doesn’t like symmetry. Our bodies are built of ‘left-handed’ amino acids and ‘right-handed’ sugars and is essentially a giant chiral environment. Everything from…
Read ArticleIntroduction: Why Should Pharmacy Care? In pharmacy, we are not just dealing with chemicals — we are dealing with molecules that interact with the…
Read ArticleUnderstanding stereochemistry isn’t just about passing an exam. It’s about understanding how drugs interact with the body. Some molecules are like “chemical illusions,” and…
Read ArticleIn the world of chemistry, molecules can be like twins. Sometimes they are perfect mirror images (Enantiomers), and sometimes they are related but not…
Read ArticleSymmetry is the balanced arrangement of atoms in a molecule. In Pharmaceutical Chemistry, a molecule’s elements of symmetry tells us if a drug is…
Read ArticleStereochemistry can feel like learning three different “languages” to describe the same object. There are different stereochemistry nomenclature system for organic compounds. One language…
Read ArticleThe D/L system (also known as the Fischer-Rosanoff convention) is one of the oldest method used to designate the configuration of optical isomers. While…
Read ArticleIt is the standard nomenclature used to describe the absolute configuration of a chiral center (usually a carbon atom) in a molecule. To talk…
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