Dimerization is the process by which two identical or similar molecules combine to form a paired structure called a dimer, a fundamental mechanism in molecular biology and chemistry that regulates protein function, DNA binding, and cellular signaling. Research published in New Developments in Chemistry examines dime…
Dimerization is the process by which two identical or similar molecules combine to form a paired structure called a dimer, a fundamental mechanism in molecular biology and chemistry that regulates protein function, DNA binding, and cellular signaling. Research published in New Developments in Chemistry examines dimerization across multiple biological contexts, including structural studies of plant transcription factors where disulfide bond-mediated dimerization of BASIC PENTACYSTEINE domains proves essential for DNA-binding activity in GAGA-factors. The journal has also explored dimerization in the context of transcription factor binding site analysis, particularly examining computational approaches to understanding how protein-protein interactions influence gene regulation in physiological adaptation processes. Additionally, published work addresses dimerization phenomena in natural compounds, specifically anthraquinones, where molecular pairing affects the biological activity and therapeutic potential of these naturopathic substances. Understanding dimerization mechanisms is critical because this molecular association directly controls whether proteins can perform their cellular functions, influences drug efficacy, and provides insight into both normal physiological processes and disease states where aberrant dimerization may contribute to pathology.
3 peer-reviewed articles, ranked by relevance. Each links to its DOI.
The 3 articles above have been cited 41 times in the scholarly literature. Citation data via OpenAlex and Crossref, updated Jun 2026.
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