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In recent years, quantitative real-time PCR tests have been extensively developed in clinical microbiology laboratories for routine diagnosis of infectious diseases, particularly bacterial diseases.

QIAGEN has introduced two tools designed to advance microbial analysis by allowing researchers to customise their assays and ...

A horse in Barn 4 at the Ohio racetrack tested positive for strangles; the approximately 75 horses stabled in that barn are ...

Using a technique called PCR, which stands for polymerase chain ... round vectors and trimmed the ends of the copied genes. Add bacteria to the vectors to allow the altered vectors to replicate.

Design tool for Custom dPCR Microbial Assays – The first-of-its-kind custom assay design tool enables users to design primers and probes for their specific microbial targets of interest and is ...

Prior to the development of PCR in the 1980s ... This technique involved insertion of the gene of interest into living bacterial cells, which in turn replicated the gene along with their own ...

This innovative kit allows for the rapid detection of bacterial and fungal contamination within a mere 3 hours, leveraging the accuracy and reliability of real-time PCR technology. By combining the ...

In samples gathered at Obsidian Pool, using PCR and other methods, the team found many new life-forms within Archaea, a vast and anomalous domain distinct from bacteria. The park’s role in ...

Unlike real-time PCR, dPCR may yield an absolute nucleic acid count, allowing for the exact measurement of AAV vectors, bacterial contamination and residual host cell DNA. There is no need for a ...

For instance, bacteria contain a single type of RNA polymerase, while eukaryotes (multicellular organisms and yeasts) contain three distinct types. In spite of these differences, there are ...