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FDE achieves the same tracking speed as TDE.
The result of TDE can be used as strategic inputs in the company's technology roadmapping process.
The FDE approach reduces the computational complexity significantly compared to the TDE while maintaining the same performance.
Utilizing these improved assays along with more traditional biochemical analysis enable the TDE to be manufactured more consistently, leading to improved performance consistency between lots.
It is shown here that the TDE-MSE depends on the unknown delay.
On a benchmark with over 200 transformation tasks, TDE generates correct transformations for 72% tasks, which is considerably better than other systems evaluated.
These results show that a highly purified and defined TDE preparation can be formulated that provides excellent performance with respect to viability, yield, and functional activity of the isolated cells.
In this case a past TDE is preferred given that the spatial extension and radio luminosity of the elongated component are consistent with the theoretical predictions for a TDE outflow.

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