SCIENCE
CCMB scientists challenge the old belief: structure alone doesn't define proteins.
By Aniket Chakraborty
May 8, 2025
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New study finds flexibility lets proteins perform multiple tasks efficiently.
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Two identical plant proteins show different RNA binding abilities.
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Flexibility allows proteins to reshape and bind diverse RNA molecules.
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Rare protein states, just 1% of the population, hold the secret.
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Nuclear magnetic resonance (NMR) reveals fleeting shape changes in proteins.
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Dynamic proteins enable plants to control genes with fewer protein types.
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Flexibility, not rigidity, offers a crucial survival advantage at the cellular level.
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“Shape-shifting” proteins reshape gene regulation strategies, say researchers.
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CCMB’s discovery paves way for new insights into plant and human biology.
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