conformational entropy
- noun
- /kənˌfɔːrməˈneɪʃənəl ˈɛntrəpi/
- Specialized
:
entropía conformacional
- The conformational entropy of the protein increases as it unfolds at higher temperatures.
Examples
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Chemists calculate conformational entropy to understand how flexible a molecule can be in solution.
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Higher conformational entropy often leads to increased molecular flexibility.
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Changes in conformational entropy may influence the binding of molecules in a biological system.
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The conformational entropy of the protein is crucial for its function.
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Scientists study the conformational entropy of proteins to predict their behavior in different environments.
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The conformational entropy of a molecule can change based on temperature and pressure conditions.
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Understanding conformational entropy helps researchers design more effective drugs by altering molecular shapes.
Antonyms
Surface Forms
Morphology
The compound clearly links 'conformational' (relating to shape) with 'entropy' (a measure of disorder), so a learner who knows both words can infer it refers to a measure of disorder connected to molecular shapes. However, the precise technical sense — counting possible spatial arrangements and deriving probabilities for those states — is specialist knowledge and not fully predictable to a B1 learner, making the term only partially transparent.
Etymology
Conformational entropy comes from a simple image: a molecule or protein can fold into many different shapes called conformations. The word entropy here means how many different ways or how much 'disorder' there is, so conformational entropy measures how many shapes a molecule can take and that tells us how 'flexible' it is.