Examples of 'pcr-based' in a sentence
Meaning of "pcr-based"
pcr-based (verb): 'PCR-based' refers to a technique or process that relies on the polymerase chain reaction (PCR) method for analysis or testing
How to use "pcr-based" in a sentence
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Advanced
pcr-based
This was accomplished by a PCR-based mutagenesis method.
A PCR-based diagnostic test has also been developed.
As determined by a standard immunohistochemical or a PCR-based method.
This is a powerful PCR-based modification of primer extension.
Adding an extra step to conventional PCR-based procedures.
Pseudoclonality in PCR-based clonality studies is more difficult to recognize.
The mutants were generated through PCR-based mutagenesis.
These PCR-based results are generally in agreement with the toxin measurements.
Nucleic acid manipulation and PCR-based cloning.
For example an automated PCR-based nucleic acid detection system is described.
These early techniques have been supplanted by PCR-based assays.
For example an automated PCR-based nucleic acid detection system.
The hybrid cDNA clones were prepared using a PCR-based approach.
One limit of PCR-based diagnosis is that it provides no information on antimicrobial susceptibility.
Such mutant sites may be constructed by PCR-based mutagenesis.
See also
Any PCR-based amplification method can be used to preamplify the cfDNA.
Nucleic acid amplification primers for PCR-based clonality studies.
Typically, PCR-based techniques are applied according to this aspect of the invention.
Application of the invention greatly benefits PCR-based detection assays.
Additionally, a fluorescent PCR-based method was generated for a panel of haemorrhagic fever viruses.
A kit of the invention is highly suitable for PCR-based clonality diagnostics.
Automated PCR-based nucleic acid sequence detection systems have been recently developed.
Genotyping services that utilize PCR-based screens can be employed.
One protocol is a PCR-based assembly procedure that utilizes six overlapping oligonucleotides.
Exemplary assays include in situ hybridization assays and PCR-based assays.
The sequences find use in the PCR-based identification of the pathotypes of interest.
Immunological monitoring using CAR-specific staining is used to augment PCR-based analysis.
Several issues may be considered when PCR-based site-directed mutagenesis is performed.
Specialized training and facilities are required for technicians to perform PCR-based testing.
Positive clones were detected by PCR-based colony screening with the following primers,.
These methods provide enhanced specificity and are applicable in any PCR-based amplification scheme.
For example, recombinant and PCR-based techniques to produce longer peptides are useful.
To be confident that viral clearance has been achieved, PCR-based assays must be used.
One of the advantages of PCR-based methods is the ability to generate full-length cDNA.
In order to screen for deletions in a target gene, a PCR-based method may be applied.
A typical PCR-based detection assay consists of at least two primers and a fluorescent probe.
A particular embodiment of this object is an automated PCR-based nucleic acid detection system.
However, PCR-based methods require genomic sequences to be known for each pathogen of interest.
A commercial immunochromatographic assay and a PCR-based method are used to troubleshoot conflicting results.
Such mutations may be generated using site-specific mutagenesis techniques or a PCR-based strategy.
The present inventors have employed a PCR-based approach to generate the full sequence.
Based on the results EIS-sensor might be suitable detection technology for PCR-based test.
Nucleic acid amplification primers for PCR-based clonality studies of the TCR-beta gene.
The complete coding region of the gene was then reconstructed using a similar PCR-based strategy.
In addition previous PCR-based methods do not easily differentiate between live and dead cells.
The practicality and usefulness of melting curve analysis in PCR-based detection systems is well known.
PCR-based assays are useful for the detection of.
Such assays would preferably be PCR-based and would be highly sensitive, rapid and inexpensive.
These data correlated well with the quantitative digital PCR-based assay described above.
PCR-based screening methods have also been described.
