Since 2001, the White House has limited federal support to research that uses only a limited number of existing cell lines.
However, a relatively higher sensitivity can be achieved by the SiMPull approach by using only a million cells.
Two days after transfection, approximately 1% of cells were positive for tdTomato fluorescence when iCre- or PhiC31o-expression vector (5 μg per experiment) was used, but when FLPo-expression vector was used, only a few cells showed tdTomato fluorescence.
The ability to conduct omics level experiments using only a few cells will allow researchers to answer questions that were previously intractable due to the heterogeneous and complex nature of most tissue samples.
The sample therefore includes a representative cross-section of American adults – irrespective of whether they have Internet access, use only a cell phone, etc. Key demographic variables were weighted, post survey, to match US Census Bureau norms.
The sample therefore includes a representative cross-section of American adults – irrespective of whether they have Internet access, use only a cell phone, etc. Key demographic variables were weighted, post survey, to match U.S. Census Bureau norms.
The samples therefore include a representative cross-section of adults in the United States, irrespective of whether they have Internet access, use only a cell phone, etc. Key demographic variables were weighted, post survey, to match U.S. Census Bureau norms.
The sample therefore includes a representative cross-section of American adults – irrespective of whether they have Internet access, use only a cell phone, etc. Key demographic variables were adjusted, post survey, to match US Census Bureau norms.
However, to date, most FRET applications have used only a single sensor in a cell.
To provide a consistent rule for adjacency and basis for specifying distance among marked locations, a requirement was imposed that one could use only a continuous sequence of adjacent cell locations, not allowing inclusion of any cell previously visited.
