12 Months of #Neuroscience #URochesterResearch Oct 2022 | https://t.co/1c5UqQrtpw Research via @FrontiersIn by Houhui Xia, @kfwfoley, et al, demonstrates a molecular mechanism by which Inhibitor-2 positively regulates protein phosphatase-1 function in s
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RT @URNeuroscience: OUT NOW via @FrontiersIn➡️ target="_blank" href="https://t.co/1c5UqQrtpw">https://t.co/1c5UqQrtpw #URochesterResearch - by Houhui Xia, @kfwfoley, et al - demonstrates…
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RT @URNeuroscience: OUT NOW via @FrontiersIn➡️ target="_blank" href="https://t.co/1c5UqQrtpw">https://t.co/1c5UqQrtpw #URochesterResearch - by Houhui Xia, @kfwfoley, et al - demonstrates…
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OUT NOW via @FrontiersIn➡️ target="_blank" href="https://t.co/1c5UqQrtpw">https://t.co/1c5UqQrtpw #URochesterResearch - by Houhui Xia, @kfwfoley, et al - demonstrates a molecular mechanism by which Inhibitor-2 positively regulates protein phosphatase-1 function in synaptic transmission. @URochester_SM