The phrase "advanced sequencing techniques" is correct and usable in written English.
You can use it in contexts related to genetics, molecular biology, or any field that involves sequencing DNA or RNA.
Example: "The research team employed advanced sequencing techniques to analyze the genetic variations in the samples collected from the patients."
Alternatives: "sophisticated sequencing methods" or "cutting-edge sequencing approaches."
Clinically, as advanced sequencing techniques become available, CH may pave the way for precision medicine in the field of cardio-oncology.
The reason the results were not deemed clinically acceptable in most cases is because, even with the most advanced sequencing techniques, the researchers found that, on average, between 10 and 19percentt of inherited disease genes "were not consistently covered at a read depth that was sufficient for a comprehensive survey of genetic variants".
Advanced sequencing techniques make large genome data available at an unprecedented speed and reduced cost.
The most advanced sequencing techniques, combined with the most sophisticated computational methods are being applied.
Screening of parasite sequence variants allows for reliable detection of cross-species infections and, using advanced sequencing techniques in the near future, for detailed studies of parasite evolution in natural host − parasite systems.
The advent of advanced sequencing techniques has made it feasible to study the composition of this microbial community, and to monitor how it changes over time or how it responds to events such as antibiotic treatment.
Among the most important achievements are the current use of advanced QTL mapping and genomic sequencing techniques for successful cloning and functional analysis of the rice genes controlling agriculturally important traits.
Few years later, as sequencing techniques became more advanced, more accurate and less expensive, the 1000 Human Genome Project[ 4] was launched (January 2008).
Motivation: The analysis and mechanistic modelling of time series gene expression data provided by techniques such as microarrays, NanoString, reverse transcription polymerase chain reaction and advanced sequencing are invaluable for developing an understanding of the variation in key biological processes.
Time series gene expression data from techniques such as NanoString, reverse transcription polymerase chain reaction, microarrays or advanced sequencing are particularly valuable for addressing such tasks especially if the system can be perturbed in an informative way.
For the purpose of advanced analysis of the accrued enrichment within the SELEX library we used sequence information gathered by next generation sequencing techniques in addition to the standard SELEX procedure.
