Cross-coupling reactions furnishing carbon–carbon (C–C) and carbon–heteroatom (C–X)
bond is one of the most challenging tasks in organic syntheses. The early developed …

The use of transition metals in cross‐coupling reactions has been verified as a powerful tool
in synthetic organic chemistry to access valuable pharmaceutical intermediates and …

Background The efficacy of mRNA-based vaccines and therapies relies on lipid
nanoparticles (LNPs) as carriers to deliver mRNA into cells. The chemical structure of …

A sunlight-promoted three-component reaction involving aryl/alkyl glyoxal hydrates, anilines,
and 4-alkyl DHPs is described herein, which enables the synthesis of various α …

Different intermediates are key molecules to synthesize high-added value bioactive and
pharmacology molecules such as propargylamines may be synthesized in several ways …

The application of multicomponent reactions has been recognized as the most versatile
strategy to achieve molecular diversity in organic synthesis. The reaction pathway and …

An efficient one‐pot, two‐step process of N‐propargylation of amino alcohols involving in
situ protection and deprotection of the amino alcohols. This reaction is initiated by a Cu (I) …

A very attractive approach toward 1, 3‐polyheterocyclic systems was provided exploiting the
copper‐catalyzed reaction of aminoalcohols and diaminoalkanes, in oxidative conditions …

Functionalized heterocycles represent one of the most widespread structural motifs found in
both molecules of natural origin and in synthetic compounds exhibiting diverse activities …

Inflammasjon spiller en sentral rolle i mange kroniske sykdommer og den kan oppløses
gjennom en aktiv prosess som krever samspill mellom en stor gruppe av endogene …