Bcl-2 and IP3 compete for the ligand-binding domain of IP3Rs modulating Ca2+ signaling output

Overview of attention for article published in Cellular and Molecular Life Sciences, April 2019

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RT @LMCSLeuven: Very excited to share Hristina's work with the help of several great collaborators on a novel way by which Bcl-2 modulates…

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RT @LMCSLeuven: Very excited to share Hristina's work with the help of several great collaborators on a novel way by which Bcl-2 modulates…

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RT @LMCSLeuven: Very excited to share Hristina's work with the help of several great collaborators on a novel way by which Bcl-2 modulates…

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RT @LMCSLeuven: Very excited to share Hristina's work with the help of several great collaborators on a novel way by which Bcl-2 modulates…

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RT @LMCSLeuven: Very excited to share Hristina's work with the help of several great collaborators on a novel way by which Bcl-2 modulates…

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Very excited to share Hristina's work with the help of several great collaborators on a novel way by which Bcl-2 modulates IP3R. We found that Bcl-2 can compete with channel agonist IP3 for binding to ligand-binding region of IP3R, dampening activity! ht

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