DOIAbstract
Developmentally programmed cell–cell fusion in Caenorhabditis elegans requires the EFF-1 protein, which is sufficient to cause normally non-fusing cells to fuse. EFF-1 localizes to fusion-fated membranes, implicating it as a direct fusogen
Developmentally programmed cell–cell fusion in Caenorhabditis elegans requires the EFF-1 protein, which is sufficient to cause normally non-fusing cells to fuse. EFF-1 localizes to fusion-fated membranes, implicating it as a direct fusogen
AbstractMutations in the eff-1 gene of Caenorhabditis elegans, which prevent all cell–cell fusions i...
Fusogens are membrane proteins that remodel lipid bilayers to facilitate membrane merging. Although ...
SummaryCell fusion is fundamental for reproduction and organ formation. Fusion between most C. elega...
AbstractMultinucleate cells are widespread in nature, yet the mechanism by which cells fuse their pl...
AbstractBackground: Many animal tissues form via fusion of cells. Yet in all instances of developmen...
Despite the identification of essential processes in which cell fusion plays spectacular roles such ...
SummaryDuring cell-cell fusion, two cells' plasma membranes merge, allowing the cytoplasms to mix an...
AbstractDespite the identification of essential processes in which cell fusion plays spectacular rol...
Cell fusion is the biological process underlying the merger of cells into giant syncytia. Though cel...
Regulatory and biophysical mechanisms of cell-cell fusion are largely unknown, despite the fundament...
<div><p>Background</p><p>Regulatory and biophysical mechanisms of cell-cell fusion are largely unkno...
BACKGROUND:Regulatory and biophysical mechanisms of cell-cell fusion are largely unknown despite the...
International audienceCell-cell fusion proteins are essential in development. Here we show that the ...
Developmental cell fusion in Caenorhabditis elegans has been studied as a model system for understan...
SummaryCell-cell fusion initiates fertilization, sculpts tissues during animal development, reprogra...
AbstractMutations in the eff-1 gene of Caenorhabditis elegans, which prevent all cell–cell fusions i...
Fusogens are membrane proteins that remodel lipid bilayers to facilitate membrane merging. Although ...
SummaryCell fusion is fundamental for reproduction and organ formation. Fusion between most C. elega...
AbstractMultinucleate cells are widespread in nature, yet the mechanism by which cells fuse their pl...
AbstractBackground: Many animal tissues form via fusion of cells. Yet in all instances of developmen...
Despite the identification of essential processes in which cell fusion plays spectacular roles such ...
SummaryDuring cell-cell fusion, two cells' plasma membranes merge, allowing the cytoplasms to mix an...
AbstractDespite the identification of essential processes in which cell fusion plays spectacular rol...
Cell fusion is the biological process underlying the merger of cells into giant syncytia. Though cel...
Regulatory and biophysical mechanisms of cell-cell fusion are largely unknown, despite the fundament...
<div><p>Background</p><p>Regulatory and biophysical mechanisms of cell-cell fusion are largely unkno...
BACKGROUND:Regulatory and biophysical mechanisms of cell-cell fusion are largely unknown despite the...
International audienceCell-cell fusion proteins are essential in development. Here we show that the ...
Developmental cell fusion in Caenorhabditis elegans has been studied as a model system for understan...
SummaryCell-cell fusion initiates fertilization, sculpts tissues during animal development, reprogra...
AbstractMutations in the eff-1 gene of Caenorhabditis elegans, which prevent all cell–cell fusions i...
Fusogens are membrane proteins that remodel lipid bilayers to facilitate membrane merging. Although ...
SummaryCell fusion is fundamental for reproduction and organ formation. Fusion between most C. elega...
Add to ORKG