Sentence examples for based on a dna from inspiring English sources
He dissented when the court upheld the taking of a DNA sample from the mouth of someone arrested on one offense and then charged with another crime based on a DNA match.
Data published by George and Kishen (2008) based on a DNA damage study indicated that photoinactivation using methylene blue (MB) could cause extensive damage to the chromosomal DNA of Enterococcus faecalis cells when more than 3 log10 unit reduction in cell concentration was obtained.
Police in Newport said the man was not Timmothy Pitzen but Brian Michael Rini, from Medina, Ohio, whom they identified based on a DNA test.
The aim of this study was to investigate the existence of genetic loci associated with lipomatous myopathy in Piedmontese cattle breed through a genome wide association study based on a DNA pooling design.
The issue of law enforcement comparing DNA to samples in genealogical databases garnered national attention several years ago when a New Orleans filmmaker was identified in an Idaho murder based on a DNA sample that his father had given years earlier.
Following the validation guidelines of the Scientific Working Group on DNA Analysis Methods (SWGDAM), we carried out a validation process for the Low Cost and Density (LCD) Array (MEAT 5.0 version) kit for food forensics based on a DNA biochip technology that simultaneously detects 24 animal species.
Herein, we investigated a relatively efficient system based on a DNA-lipid-apatite composite layer (DLp-Ap layer): an apatite (Ap) layer with immobilized DNA and lipid (Lp) complexes (DLp complexes).
(8, 9) This method is based on a DNA-binding protein protecting its target DNA against exonuclease III digestion.
Another method for genetic diagnosis of ADH is based on a DNA-array platform that is able to detect 242 different point mutations in LDLR and 3 in APOB (Lipochip version 8, http://www.progenika.com).
In this work, we designed an electrochemical telomerase biosensor based on a spired DNA tetrahedron TS primer (STTS).
An international team led by Ivan Simko, of the USDA in Salinas, California, have developed a genetic assay to distinguish fast- from slow-deteriorating lettuce varieties based on a single DNA region identified in a previous study.
