Sentence examples for pathogenic detection from inspiring English sources

In our previous study, we successfully prepared fluorescent MNPs composed of silica-coated CdTe QDs and magnetic nanoparticles (FMNPs), and used as-prepared FMNPs to label biomolecules for tumor imaging and hyperthermia therapy, and actively investigated their potential applications in bio-labeling, bio-separation, immunoassay, target imaging, and pathogenic detection [32 36].

Additionally, FGF has several applications in microbial genomics such as pathogenic detection and strain identification.

The early pathogenic detection in spaceflight was feeble and delayed which could confer a critical time advantage to the pathogen, facilitating an opportunistic invasion.

In general, the etiology of ALRI, and pneumonia in particular, remains difficult to establish [ 8, 9] using either insensitive or non-specific indirect methods such as blood culture, diagnostic serology and pathogenic detection of the upper airway [ 10].

This study demonstrated that both of the pathogenic detections are time-saved and reliable.

We believe that these prepared FMNPs have great potential in applications such as bio-labeling, bio-separation, immunoassay, in vivo targeting imaging and pathogenic detections.

In this work, we have developed a simple microfluidic approach for pathogenic microorganism detection (not just pathogen DNA).

The fact that syndromic CHD patients have a higher pathogenic CNV detection rate than cases with only DD/ID/ASD suggests that not all CNVs detected in our syndromic CHD patients can be attributed to the DD/ID or ASD phenotype.

The method holds great promise in pathogenic bacteria detection due to its accuracy, specificity, sensitivity and low-cost.

This study offers an efficient alternative to routine foodborne pathogenic bacteria detection in a fast, reliable, and sensitive way.

DNA analysis is taking a more and more important position in pathogenic microorganism detection, for their remarkable advantages like analysis speed, specificity, sensitivity and high-throughput.