<p>(A) Validation of <i>NAAT1</i>, <i>HERC2</i> and <i>Hs3st-B</i> as <i>dNf1</i> modifiers. All three genes were identified by systematic RNAi screening of genes uncovered by suppressing deficiencies. (B) Loss-of-function alleles of Class C Vacuolar Protein Sorting complex subunits <i>carnation</i> (<i>car/Vps33A</i>) and <i>deep-orange</i> (<i>dor/Vps18</i>) increase <i>dNf1</i> pupal size. C) RNAi-mediated neuronal <i>car</i> or <i>dor</i> knockdown was not particularly effective, suggesting these genes may function elsewhere to modify <i>dNf1</i>-dependent growth.</p
The peripheral nervous system of Drosophila melanogaster contains a variety of sense organs, ranging...
Cyclin E together with its kinase partner Cdk2 is a critical regulator of entry into S phase. To ide...
Cyclin E together with its kinase partner Cdk2 is a critical regulator of entry into S phase. To ide...
<p>Modifying deficiencies for which the responsible <i>dNf1</i> interacting gene has been identified...
<p>(A) <i>Ras2-Gal4</i> or <i>C23-Gal4</i> driven neuronal RNAi knockdown of <i>CCKLR-17D1</i> but n...
<p>(A) Neuronal expression of <i>dAlk</i> RNAi using <i>Ras2-Gal4</i>, <i>Ras2-Gal4</i>+<i>UAS-Dcr-2...
<p>Isogenic 1<sup>st</sup> and 2<sup>nd</sup> chromosomes deficiencies from the Exelixis, DrosDel an...
<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...
<div><p>Neurofibromatosis type 1 (NF1), a genetic disease that affects 1 in 3,000, is caused by loss...
Neuronal remodeling involves both progressive and regressive events. Regressive events such as pruni...
<p>A) UAS-RNAi lines were crossed to MS1096-GAL4 and 69B-GAL4 driver lines in wild type and <i>DmMan...
<p><i>D. melanogaster</i> genes (column A) are matched to their human orthologs (column B). Positive...
Neurofibromatosis type 1 (NF1) is caused by loss of a negative regulator of Ras oncoproteins. Unknow...
Pruning, which selectively eliminates superfluous neuronal processes without causing neuronal death,...
The peripheral nervous system of Drosophila melanogaster contains a variety of sense organs, ranging...
Cyclin E together with its kinase partner Cdk2 is a critical regulator of entry into S phase. To ide...
Cyclin E together with its kinase partner Cdk2 is a critical regulator of entry into S phase. To ide...
<p>Modifying deficiencies for which the responsible <i>dNf1</i> interacting gene has been identified...
<p>(A) <i>Ras2-Gal4</i> or <i>C23-Gal4</i> driven neuronal RNAi knockdown of <i>CCKLR-17D1</i> but n...
<p>(A) Neuronal expression of <i>dAlk</i> RNAi using <i>Ras2-Gal4</i>, <i>Ras2-Gal4</i>+<i>UAS-Dcr-2...
<p>Isogenic 1<sup>st</sup> and 2<sup>nd</sup> chromosomes deficiencies from the Exelixis, DrosDel an...
<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...
<div><p>Neurofibromatosis type 1 (NF1), a genetic disease that affects 1 in 3,000, is caused by loss...
Neuronal remodeling involves both progressive and regressive events. Regressive events such as pruni...
<p>A) UAS-RNAi lines were crossed to MS1096-GAL4 and 69B-GAL4 driver lines in wild type and <i>DmMan...
<p><i>D. melanogaster</i> genes (column A) are matched to their human orthologs (column B). Positive...
Neurofibromatosis type 1 (NF1) is caused by loss of a negative regulator of Ras oncoproteins. Unknow...
Pruning, which selectively eliminates superfluous neuronal processes without causing neuronal death,...
The peripheral nervous system of Drosophila melanogaster contains a variety of sense organs, ranging...
Cyclin E together with its kinase partner Cdk2 is a critical regulator of entry into S phase. To ide...
Cyclin E together with its kinase partner Cdk2 is a critical regulator of entry into S phase. To ide...