<div><p>(A) FRAP time courses for Sup35-GFP<sup>[<i>PSI+</i>]</sup> in wild-type (SY360 × SY581; black circles) and in <i>+</i>/<i>KTKT</i> (SY893 × SY581; white squares) zygotes are shown (<i>n</i> = 6). The recovery half-time for the wild-type zygote is 0.92 s (R<sup>2</sup> = 0.85).</p> <p>(B) FRAP time courses for Sup35-GFP<sup>[<i>psi−</i>]</sup> in wild-type (SY360 × SY582; black circles, <i>n</i> = 5) and in <i>+</i>/<i>KTKT</i> (SY893 × SY582; white squares, <i>n</i> = 6) zygotes are shown. The recovery half-time for the wild-type zygote is 0.47 s (R<sup>2</sup> = 0.85) and for the <i>+/KTKT</i> zygote is 0.7 s (R<sup>2</sup> = 0.89). The black arrow marks the bleach point. Error bars represent standard error of the mean...
<p>APs (black) and synaptic inhibition (red) of IB (left column) and RS (right column) cells project...
<p>(A, B) Representative synaptic boutons labeled with anti-HRP (red) and anti-pMad (red) in wild ty...
(A, B) Immunoprecipitation of endogenous GFP-SYD-2 (A) and endogenous mScarlet-SYD-2-λpptase (B). We...
<div><p><i>MAT<b>a</b></i> [<i>psi<sup>−</sup></i>] haploids expressing untagged <i>SUP35</i> and <i...
<div><p>(A) <i>MAT<b>a</b></i> [<i>psi<sup>−</sup></i>] haploids expressing untagged <i>SUP35</i> fr...
<p>Wild-type zygotes (SY876 × 74D-694) constitutively expressing <i>SUP35</i> and <i>GST(UGA)DsRED</...
<p><b>A.</b> Absence of Hsp104 dramatically reduces the frequency of <i>de novo</i> Sup35 aggregates...
<p>(A) A typical FRAP experiment with Zyx FL WT-GFP in zyxin-null fibroblasts. Left panel: A cell ex...
<p><b>(A)</b> Representative examples of evoked fEPSPs changes upon 0,5 μM GW3965 application (Blue ...
<p>A-C, Kyomographs showing examples of fluorescence recovery during the time of the FRAP experiment...
Note the high degree of match between EGFP-Synapsin1a and FM4-64 in both merged images. Bar, 10 μm. ...
<div><p>(A) The metabolic stability of Sup35-GFP was analyzed in [<i>PSI<sup>+</sup></i>] (SY81) or ...
<p>A) Plot of fEPSP slope vs stimulus strength (mean ± SEM) showing that basal synaptic transmission...
<p>Primary hippocampal neurons were transfected with GFP-Bsn or GFP-Bsn<sup>S2845A</sup> at DIV3 and...
<p><b><i>A</i></b>, Example showing the tonic action potentials (APs) remain unchanged before (<i>i<...
<p>APs (black) and synaptic inhibition (red) of IB (left column) and RS (right column) cells project...
<p>(A, B) Representative synaptic boutons labeled with anti-HRP (red) and anti-pMad (red) in wild ty...
(A, B) Immunoprecipitation of endogenous GFP-SYD-2 (A) and endogenous mScarlet-SYD-2-λpptase (B). We...
<div><p><i>MAT<b>a</b></i> [<i>psi<sup>−</sup></i>] haploids expressing untagged <i>SUP35</i> and <i...
<div><p>(A) <i>MAT<b>a</b></i> [<i>psi<sup>−</sup></i>] haploids expressing untagged <i>SUP35</i> fr...
<p>Wild-type zygotes (SY876 × 74D-694) constitutively expressing <i>SUP35</i> and <i>GST(UGA)DsRED</...
<p><b>A.</b> Absence of Hsp104 dramatically reduces the frequency of <i>de novo</i> Sup35 aggregates...
<p>(A) A typical FRAP experiment with Zyx FL WT-GFP in zyxin-null fibroblasts. Left panel: A cell ex...
<p><b>(A)</b> Representative examples of evoked fEPSPs changes upon 0,5 μM GW3965 application (Blue ...
<p>A-C, Kyomographs showing examples of fluorescence recovery during the time of the FRAP experiment...
Note the high degree of match between EGFP-Synapsin1a and FM4-64 in both merged images. Bar, 10 μm. ...
<div><p>(A) The metabolic stability of Sup35-GFP was analyzed in [<i>PSI<sup>+</sup></i>] (SY81) or ...
<p>A) Plot of fEPSP slope vs stimulus strength (mean ± SEM) showing that basal synaptic transmission...
<p>Primary hippocampal neurons were transfected with GFP-Bsn or GFP-Bsn<sup>S2845A</sup> at DIV3 and...
<p><b><i>A</i></b>, Example showing the tonic action potentials (APs) remain unchanged before (<i>i<...
<p>APs (black) and synaptic inhibition (red) of IB (left column) and RS (right column) cells project...
<p>(A, B) Representative synaptic boutons labeled with anti-HRP (red) and anti-pMad (red) in wild ty...
(A, B) Immunoprecipitation of endogenous GFP-SYD-2 (A) and endogenous mScarlet-SYD-2-λpptase (B). We...