Real-time observation of functional specialization among phosphorylation sites in CFTR

Overview of attention for article published in Journal of General Physiology, January 2023

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Infield, Ahern et al. introduce an approach for real-time observation of functional specialization among phosphorylation sites in CFTR. https://t.co/XuFnFD9q6l 📒 From our collection on Membrane Protein Function: https://t.co/AJwWv9hmiJ #sgp2024meeting…

RT @JGenPhysiol: Our June cover: CFTR channels w/ encoded caged serine at position 813 are marginally activated w/ protein kinase A, but up…

.@JGenPhysiol June cover: CFTR channels w/ encoded caged serine at position 813 are marginally activated w protein kinase A but upon blue light decaging the channel becomes phosphorylated & activated. By Infield et al https://t.co/ktIvkI3di6 JGP Jun…

Our June cover: CFTR channels w/ encoded caged serine at position 813 are marginally activated w/ protein kinase A, but upon blue light decaging, the channel becomes phosphorylated & activated. By Infield et al (https://t.co/oDX8cWJsjf) JGP’s June Iss…

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