Sentence examples for monitoring of deep from inspiring English sources

Spearheaded by Alexander van Geen, a senior research scientist at the Lamont-Doherty Earth Observatory, Habibul Ahsan, an associate professor of epidemiology, and Joseph Graziano, associate dean of research at the Mailman School of Public Health, their proposed strategy includes the installation and monitoring of deep community wells in affected villages throughout Bangladesh.

The CRP, ESR and microbiological cultures are shown to be accurate monitors of deep infection [12].

Most of the studied solutions hold the possibility to extend the application area from positioning to additional tasks like acoustic particle detection or monitoring of the deep-sea acoustic environment.

The presence of these nine miRNAs was not significant at 7 and 14 d after nerve allotransplantation with or without immunosuppression, showing that these miRNAs are not ideal biomarkers for monitoring rejection of deep-buried nerve allografts, a response usually observed later.

In the future, our method to infer the primary site of tumor cells may be applicable to mutations discovered by sequencing of circulating tumor DNA in blood or urine, which may be applied for early detection or monitoring of cancer, as deep sequencing of low levels of tumor DNA becomes increasingly possible [ 44].

Inference is often justified by the overheads of deep monitoring and by the difficulty of tracking execution paths of individual requests [25].

Villemant et al. (2005) remark that it remains very difficult to interpret monitoring data in terms of deep volcanic processes, for example to identify or differentiate between magmatic activity and purely hydrothermal activity.

With the increase of frequency, the eddy current is concentrating on the surface of the structure which will reduce the capability of monitoring the deep crack in the structure.

However, the NSA did just spend $2 billion on the biggest surveillance data center ever, for the main purpose of monitoring the Deep Web and solving advanced encryption.

In contrast, in this study that used C57BL/6 mice as recipient animals and BALB/c mice as donor animals, no ideal upregulated miRNAs are identified for monitoring the status of deep-buried nerve allografts.

The presence of these nine upregulated circulating miRNAs only at 3 d, but not at 7 d or 14 d, after nerve allotransplantation with FK506 immunosuppression, indicates that these upregulated miRNAs are not ideal biomarkers for monitoring the status of deep-buried nerve allografts.