The phrase "ability to detect all" is correct and usable in written English.
It can be used when discussing a skill or capability to identify or recognize everything within a certain context.
Example: "The new software boasts an impressive ability to detect all anomalies in the data set."
Alternatives: "capacity to identify everything" or "capability to recognize all".
We found that a cell input number of 200,000 cells/well provided a good balance between limited availability of cells due to blood volume restrictions and ability to detect all cytokine secretion patterns.
The paper applies graph-based analysis of functional system structure to find a novel fault-tolerant architecture for an electrical steering where a dedicated AC-motor design and cheap voltage measurements ensure ability to detect all relevant faults.
Neural network models have the ability to detect all possible interactions between predictor variables.
In addition, the relatively small number of children less than 1 year of age with MRSA colonization might have limited the ability to detect all risk factors.
In the current study FISH was assessed for its ability to detect all populations of M. tuberculosis in vitro and in vivo by targeting M. tuberculosis 16 s ribosomal RNA.
This methodology still presents some inconvenience because it allows one to evaluate a method only in terms of sensitivity – the ability to detect all horizontal transfers – and not in terms of specificity – the ability to avoid detecting native genes – because by definition, the horizontal transfers already present in the genome under study impede this evaluation.
"The ability to detect a lie and the ability to lie successfully are completely unrelated," he says.
The highest weight is put on missing nodes in the weighted sum; therefore, the ability of the method to detect all the cells is important for achieving low score.
Whatever method is used to improve the reliability of the test, it must retain its ability to detect nearly all cancers.
From the ROC curve (Fig. 5) we can see that both the wavelet-based method using a low threshold and our method could achieve a maximum sensitivity of nearly 95%, i.e. both methods have the potential ability to detect nearly all peaks.
The investigation involved a baseline assessment of trainees' (n = 4) ability to detect and characterize all lesions in PI, followed by a 4-wk training period on PII and a post-training assessment using PIII.
