Molecular genome testing can be difficult, and it is often harder to detect smaller mutations and genetic changes. The most popular methods detect only a small number of genetic issues.

We started with single gene tests, PCR- [polymerase chain reaction] and FISH-based [fluorescence in situ hybridization] analyses of molecular alterations, and we've evolved into a space where when ...

Historically used culture-based methods for diagnosing COVID-19 would be insufficient ... Discuss the current market state of molecular testing with a key focus on pharmacogenomics as well as ...

The Birmingham, UK, firm hopes to develop a broader test menu with industry partners, using AI and machine-learning approaches.

An EMR-based prompt significantly boosted molecular testing rates and detection of actionable mutations in early-stage, non-squamous NSCLC post-surgery.

The high-capacity testing methods could be ready to be considered for use in the ... than a couple of postage stamps is among the innovations that could vastly enhance molecular diagnostic testing ...

Results showed 100% accuracy in identifying abnormal mutations among AATD-affected patients, significantly outperforming the traditional isoelectric focusing gel method and other molecular tests ...

By building up their own molecular testing capabilities, research institutions can gain a deeper understanding of the technology and its applications, potentially leading to the development of new ...

and optimized hybrid capture or amplicon-based methods. FLT3-ITD MRD, once thought unreliable, is now a powerful predictor of relapse and survival. NGS-based MRD testing allows detection of ...

New molecular testing could mean earlier diagnosis and treatment for common vaginal infections. Alberta Precision Laboratories, a subsidiary of Alberta Health Services, is now using molecular ...

Molecular testing is a broad category of tests that ... Mullis developed the PCR method in the early 1980s and won the Nobel Prize in Chemistry in 1993 for this invention. PCR tests fall into ...