Sentence examples for microscopic and flow from inspiring English sources

Confocal microscopic and flow cytometric analyses showed that MnMEIO-silane-NH2- Erb -mPEG MnMEIO-silane-NH2- Erb -mPEG MnMEIO-silane-NH2- Erb -mPEG MnMEIO-silane-NH2- Erb -mPEG MnMEIO-silane-NH2- Erb -mPEG

Figure 3 Microscopic and flow cytometric photographs of Y. lipolytica cells transformed with pKOV410- mCherry-YlCWP1 (A & B) and pKOV410- YlC & D(C & D) expression cassettes.

Efficient and active internalization of mesoporous silica particles of different sizes was observed by transmission electron microscopic and flow cytometric analysis and studies using pharmacological inhibitors suggested that uptake occurred through a process of endocytosis.

In order to compare the role of Abi1 isoforms in macropinocytosis we applied both confocal microscopic and flow cytometric observations of living cells.

After confirming the effectiveness of gene transfer, in vitro cardiac differentiation was assessed and confirmed when spontaneous beating embryoid bodies were visualized under microscopic and flow cytometry analysis.

Tissues were harvested and then evaluated by molecular, microscopic and flow cytometric analyses for evidence of HIV infection as we have previously described [22], [24], [26].

To examine the integrity and heterogeneity of nuclear DNA in the sperm population, microscopic and flow-cytometric analyses were performed.

For qualitative microscopic and flow-cytometric observations, representative results out of at least 3 independent experiments are presented.

The in vitro cellular uptake of SWCNT- KWKG 7- PEG 12/pDNA complex prepared with fluoreSWCNT- KWKG 7- PEG 12/pDNAaluated with fluorescomplexcroscopreparedrvation and flowithtometry.

This labeling approach is compatible with microscopic imaging and flow cytometry, providing a solid platform for examining protein trafficking in living cells.

The parallelism between microscopic observation and flow cytometry measurement indicates that the combination of spore microencapsulation and COPAS technology is a valid high-throughput method for the analysis of filamentous fungal growth.