What problem does this new service solve?

Previously, measurements were taken from large cell populations, making it impossible to evaluate cell-to-cell variability. This service measures individual cells, enabling quantitative assessment of heterogeneity.

How much is fg (femtogram)?

1 fg is an extremely small unit, one-quadrillionth of a gram (10^-15 g). Quantifying at this level allows us to capture the behavior of trace elements within cells that were previously difficult to detect.

In which fields can this be utilized?

It can be used in pharmaceuticals for intracellular drug distribution and mechanisms of action, in biotechnology for cell function and differentiation control, in food science for elemental absorption and accumulation, and in environmental science for assessing the impact of toxic elements.

What are the advantages of scICP-MS technology?

It achieves high-sensitivity and reproducible single-cell analysis while minimizing damage to cells. Combined with microdroplet generator (μDG) technology, it reduces loss and damage during cell introduction.

What new insights can be gained with this technology?

It enables evaluation of differences in metabolic states between cells, variability in stress responses, and homogeneity of quality. This deepens the understanding of abnormal cells and drug selectivity.

AI News NQ Analysis

Launch of Trace Element Analysis Service for Single Cells

AI Summary (NQ-processed)

Toray Research Center, Inc. has launched a contract analysis service capable of quantifying trace elements in single cells at the fg level. This service is expected to enable the evaluation of cell-to-cell variability and find applications in the pharmaceutical and biotechnology fields.

AI Analysis

Frequently Asked Questions

Q: What problem does this new service solve?: A: Previously, measurements were taken from large cell populations, making it impossible to evaluate cell-to-cell variability. This service measures individual cells, enabling quantitative assessment of heterogeneity.
Q: How much is fg (femtogram)?: A: 1 fg is an extremely small unit, one-quadrillionth of a gram (10^-15 g). Quantifying at this level allows us to capture the behavior of trace elements within cells that were previously difficult to detect.
Q: In which fields can this be utilized?: A: It can be used in pharmaceuticals for intracellular drug distribution and mechanisms of action, in biotechnology for cell function and differentiation control, in food science for elemental absorption and accumulation, and in environmental science for assessing the impact of toxic elements.
Q: What are the advantages of scICP-MS technology?: A: It achieves high-sensitivity and reproducible single-cell analysis while minimizing damage to cells. Combined with microdroplet generator (μDG) technology, it reduces loss and damage during cell introduction.
Q: What new insights can be gained with this technology?: A: It enables evaluation of differences in metabolic states between cells, variability in stress responses, and homogeneity of quality. This deepens the understanding of abnormal cells and drug selectivity.