Sentence examples for multiple pathogen detection from inspiring English sources

Multiple pathogen detection was also successfully conducted in a phosphate buffered saline (PBS) as well as a serum medium with background of other pathogens.

Standardized TaqMan assays for detection of hepatitis viruses A-E have been described and applied to TaqMan Array Cards (TAC) which are capable of multiple pathogen detection using a single set of optimized PCR conditions.

Single target (mono-specific) PCR assays require separate amplification of each target and can be expensive, inefficient and resource intensive where multiple pathogen detection is necessary.

Aside of multiple pathogen detection, the assay has several advantages over conventional methods including higher sensitivity and specificity, decreased cost, smaller sample size, rapidity of processing and the possibility of laboratory automation to suit high throughput veterinary diagnostic laboratories.

Currently, the aetiology of many BRD outbreaks is undiagnosed, in some part due to the range of respiratory pathogens which must be sought and the cost of multiple pathogen detection by mono-specific assays.

The eSensor DNA detection platform successfully detected the correct HPV type in most of these clinical samples, demonstrating that the system provides a rapid, sensitive, specific, and economical approach for multiple-pathogen detection and identification from a single sample.

This rapid multiplex pathogen detection system showed a higher pathogen detection rate in comparison with blood culture analysis.

Despite the attractiveness of these on-chip LAMP systems for rapid pathogen detection, there are multiple limitations that impose restriction on their applications in low-resource settings.

Multiple pathogens were detected in three patients.

Current methods for pathogen detection have limitations in the effectiveness of identifying multiple foodborne pathogens.

This new technology can be used for many applications in the field of in vitro diagnostics: simultaneous detection of multiple pathogens and of polymorphisms (SNPs), as well as simultaneous genotyping of multiple pathogen subtypes.