1
SV40 sequences were confirmed by Southern blot and DNA sequence analysis.
2
Methods and results: We performed DNA sequence analysis of LMNA.
3
The allele size determined by DNA sequence analysis agreed with the laboratory developed tests.
4
Specific PCR amplification and DNA sequence analysis were preformed to confirm the beta-lactamase type.
5
Internal transcribed spacer r- DNA sequence analysis supported for molecular identification of all the isolates.
1
Patients with positive target gene or mitochondrial DNA sequencing results were excluded.
2
After DNA sequencing 23 species of different lambdaN-lacZ fused genes were obtained.
3
Cycle-based DNA sequencing from separate reactions was used to confirm p53 mutations.
4
DNA sequencing shows a familial relationship among individuals buried in the tomb.
5
Background: DNA sequencing is at the core of many molecular biology laboratories.
6
Direct DNA sequencing alone is not sufficient as a diagnostic screening test.
7
DNA sequencing radiographs were compared between one study patient and five controls.
8
The mutational patterns observed by PCR-SSCP were subsequently confirmed by PCR- DNA sequencing.
9
Mutant DNA samples as well as controls were confirmed by DNA sequencing.
10
DNA sequencing of the FSH beta gene in one patient was normal.
11
DNA sequencing showed mostly missense mutations resulting from G or C substitutions.
12
The constructed recombinant plasmids were identified by enzyme digestion and DNA sequencing.
13
Functional profiling is a promising adjunct to DNA sequencing for precision oncology.
14
Recent findings: Advances in instrumentation have dramatically reduced the cost of DNA sequencing.
15
Rapid advances in DNA sequencing promise to enable new diagnostics and individualized therapies.
16
Current somatic mutation calling tools were designed for DNA sequencing data.
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