<p>(A) Neuronal expression of <i>dAlk</i> RNAi using <i>Ras2-Gal4</i>, <i>Ras2-Gal4</i>+<i>UAS-Dcr-2</i>, <i>c23-Gal4</i> or <i>n-syb-Gal4</i> drivers suppresses the <i>dNf1</i> size defect. Expression of <i>jeb</i> RNAi with the same neuronal drivers also suppresses. Weaker suppression is observed when <i>jeb</i> RNAi expression is controlled by the pan-glial <i>repo</i>-<i>Gal4</i> driver. Dark grey bars are control measurements of Gal4 drivers in the <i>dNf1</i> background. Light grey bars are sizes of wild-type (<i>w<sup>1118</sup></i>) and <i>dNf1<sup>E2</sup></i> controls. (B) Suppression of the <i>dNf1</i> size defect by the indicated <i>jeb</i>, <i>cnk</i>, <i>Dsor1</i> and <i>amx</i> alleles. (C) Neuronal <i>cnk</i>, <i>Dsor1</i> o...
<p>A) Comparison of the rescue efficacy of <i>DmManf<sup>Δ96</sup></i> mutant lethality between ubiq...
<p>(<b>A</b>) Workflow of the RNAi screen in 66×384-well plates from the DRSC. Knockdown of 13900 ge...
<p>A) The growth defect by RNAi against <i>ykt-6</i>, <i>mrps-2</i>, <i>mrps-10</i>, <i>mrpl-43</i> ...
<p>(A) <i>Ras2-Gal4</i> or <i>C23-Gal4</i> driven neuronal RNAi knockdown of <i>CCKLR-17D1</i> but n...
<p><i>Act5C</i>-<i>Gal4</i> driven ubiquitous <i>dNf1</i> re-expression, or <i>elav</i>-<i>Gal4</i> ...
<p>(A) The elevated larval CNS pERK level of <i>dNf1</i> mutants is reduced by neuronal expression o...
<p>(A) Validation of <i>NAAT1</i>, <i>HERC2</i> and <i>Hs3st-B</i> as <i>dNf1</i> modifiers. All thr...
<div><p>Neurofibromatosis type 1 (NF1), a genetic disease that affects 1 in 3,000, is caused by loss...
<p>(A, B) Representative analyses of two genetic modifiers showing suppression (<i>Vamp7</i><sup><i>...
<p>(A) rAAV construct used to express dnSGK1/EGFP or EGFP alone (control). ITR, inverted terminal re...
<p>In these animals, <i>peb-GAL4</i> was used to drive expression of CD8::GFP, and also Dcr-2. (A, B...
<p>Modifying deficiencies for which the responsible <i>dNf1</i> interacting gene has been identified...
<p>(A–B) Double RNAi experiments in the TRN-autonomous RNAi strain carrying the <i>mec-4d(e1611)</i>...
<p>(A–H) Live confocal images of ddaC neurons expressing <i>UAS-mCD8-GFP</i> driven by <i>ppk</i>-<i...
<p>(A) <i>mnb</i> mRNA in <i>Drosophila</i> neuronal BG2-c6 cells increased in response to treatment...
<p>A) Comparison of the rescue efficacy of <i>DmManf<sup>Δ96</sup></i> mutant lethality between ubiq...
<p>(<b>A</b>) Workflow of the RNAi screen in 66×384-well plates from the DRSC. Knockdown of 13900 ge...
<p>A) The growth defect by RNAi against <i>ykt-6</i>, <i>mrps-2</i>, <i>mrps-10</i>, <i>mrpl-43</i> ...
<p>(A) <i>Ras2-Gal4</i> or <i>C23-Gal4</i> driven neuronal RNAi knockdown of <i>CCKLR-17D1</i> but n...
<p><i>Act5C</i>-<i>Gal4</i> driven ubiquitous <i>dNf1</i> re-expression, or <i>elav</i>-<i>Gal4</i> ...
<p>(A) The elevated larval CNS pERK level of <i>dNf1</i> mutants is reduced by neuronal expression o...
<p>(A) Validation of <i>NAAT1</i>, <i>HERC2</i> and <i>Hs3st-B</i> as <i>dNf1</i> modifiers. All thr...
<div><p>Neurofibromatosis type 1 (NF1), a genetic disease that affects 1 in 3,000, is caused by loss...
<p>(A, B) Representative analyses of two genetic modifiers showing suppression (<i>Vamp7</i><sup><i>...
<p>(A) rAAV construct used to express dnSGK1/EGFP or EGFP alone (control). ITR, inverted terminal re...
<p>In these animals, <i>peb-GAL4</i> was used to drive expression of CD8::GFP, and also Dcr-2. (A, B...
<p>Modifying deficiencies for which the responsible <i>dNf1</i> interacting gene has been identified...
<p>(A–B) Double RNAi experiments in the TRN-autonomous RNAi strain carrying the <i>mec-4d(e1611)</i>...
<p>(A–H) Live confocal images of ddaC neurons expressing <i>UAS-mCD8-GFP</i> driven by <i>ppk</i>-<i...
<p>(A) <i>mnb</i> mRNA in <i>Drosophila</i> neuronal BG2-c6 cells increased in response to treatment...
<p>A) Comparison of the rescue efficacy of <i>DmManf<sup>Δ96</sup></i> mutant lethality between ubiq...
<p>(<b>A</b>) Workflow of the RNAi screen in 66×384-well plates from the DRSC. Knockdown of 13900 ge...
<p>A) The growth defect by RNAi against <i>ykt-6</i>, <i>mrps-2</i>, <i>mrps-10</i>, <i>mrpl-43</i> ...