Significance of Molecular model
The term "molecular model" encompasses a variety of conceptual and practical representations in chemistry. It refers to models developed during pharmaceutical research, such as those created with Hyperchem software to explore interactions between Levodopa and nitrogenous bases. Molecular models are crucial for predicting physicochemical properties and assessing biological activity in in silico tests. Additionally, these models can be physical or computer-generated, serving both educational and experimental purposes in the study of molecular structures and their interactions.
Synonyms: Molecular structure, Molecular framework, Structural model
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The concept of Molecular model in local and regional sources
The keyphrase "Molecular model" denotes a conceptual representation of a molecule, utilized in the early stages of pharmaceutical product development, aiding researchers in understanding molecular structures and guiding drug design.
From: Triveni Journal
(1) A conceptual representation of a molecule developed during the initial research phase of pharmaceutical product development.[1]
The concept of Molecular model in scientific sources
The keyphrase "Molecular model" encompasses representations utilized in computational chemistry to analyze molecular properties and interactions, predict biological activity, and facilitate educational and experimental studies, such as those involving Levodopa interactions with nitrogenous bases.
From: The Malaysian Journal of Medical Sciences
(1) Molecular model is used to predict the physicochemical properties and biological activity, and is part of the in silico test to assess potential inhibitors.[2]