The next step in mutation breeding is to detect which plants have ... tolerance screening methods or disease screening protocols, are efficient methods for mutant phenotyping detection. One such tool ...

AI algorithms can identify genetic mutations or signatures for early cancer detection and targeted therapies ... Artificial ...

This new system combines advanced DNA detection technology with computational algorithms to offer a quicker and more ...

An alternative method is digital polymerase ... and even though some dPCR systems have two or three detection channels, searching for all the possible mutations is a time consuming and costly ...

Mutation induction, together with mutation detection a key element of mutation breeding, has been an important tool for plant breeders for more than 70 years to increase the genetic diversity of ...

Current mutation detection methods focus on the coding regions of genes and are aimed at the detection of small mutations. Analysis of noncoding sequences and approaches for detecting large ...

Accurate detection of driver gene mutations is essential for effective treatment planning and prognosis prediction in lung cancer. Traditional genomic testing, which relies on high-quality tissue ...

Assays are designed and optimized to ensure detection of ... standard Sanger sequencing methods. Sequenom's OncoCarta Panel was validated using samples with known mutations and was used to ...

Recent health developments include the FDA's proposal for standardized testing of talc products for asbestos detection and ...

IGIB and AIIMS develop a CRISPR-based FELUDA test for detecting H. pylori using en31-FnCas9 tech, aiding rural diagnostics.