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Based on the simulation results shown in Figure 5, the gaps at BER 10−5 in E b /N0 to the theoretical limit were determined and tabulated in Table 1.
The detection and quantification limit were determined based on signal (S) to noise (N) ratio by injecting diluted solutions (made from stock solution (2 mg/mL)) into the HPLC system.
The standard curve and detection limit were determined using a pure culture of B. longum CUETM 172.
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Detection limit was determined for each assay.
Minimum detection limit was determined to be ∼6.6 μM.
Its detection limit is determined to be 77 nM.
The upper frequency limit is determined by the sampling frequency of 65 kHz.
The detection limit was determined to be as low as 3.7 μg mL−1.
A comparable thickness limit is determined to measure surface steps of one atom.
The detection limit was determined to be 12.7 copies per reaction (95% confidence interval 10.2 17.5 copies).
In this paper, the lower noise figure limit is determined for such amplifiers.
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