This study highlights a comparative study of short tandem repeat (STR) loci with modified protocols of AmpFlSTR Identifiler and AmpFlSTR MiniFiler STR Kits for typing 27 old skeletal remains collected from 100–1000-year-old mass graves in Pakistan. DNA profiles were obtained from minute quantities of DNA (even from ≤ 10 pg/μL) with modified protocols of these kits, which is a significant achievement in this study. Consensus profiles were produced for each bone sample. A comparison was carried out between Identifiler and Minifiler successfully genotyped STR loci. Full concordance was perceived in 97.33% (146/150) of the compared STR loci, while discordant STR loci were 2.67% (4/150) of the total successfully genotyped STR loci due to either ...
AbstractEfficient DNA extraction procedures, as well as accurate DNA amplification, are critical ste...
ABSTRACT: The AmpF‘STR MiniFilerTM polymerase chain reaction amplification kit developed by Applied...
To increase the success rate of Y-STR genotyping for degraded DNA, we have developed two multiplex P...
Aim To comparatively test nine co mmercially available short tandem repeat (STR)-multiplex kits (Pow...
Since the beginning of our work in 2003 our laboratory has focused exclusively on STR DNA from bone,...
DNA analysis of degraded samples and low-copy number DNA derived from skeletal remains, one of the m...
amplification protocol for the AmpFSTR® Yfiler™ PCR Amplification Kit (Applied Biosystems) and explo...
Background Factors affecting the success of short tandem repeat (STR) amplification of poorly preser...
Bones are a valuable source of DNA in forensic, anthropological, and archaeological investigations. ...
The AmpFℓSTR Yfiler PCR Amplification (Yfiler) kit continues to be improved for a better analytical ...
DNA analysis from human remains is of immense relevance in missing persons identification and disast...
ABSTRACT: A new set of multiplexed PCR primers has been applied to the analysis of human skeletal re...
2siThe genetic identification of skeletal remains found in Second World War mass graves is complicat...
Aim To report on the use of STR, Y-STRs, and miniSTRs typing methods in the identification of victim...
Forensic and ancient DNA samples often are damaged and in limited quantity as a result of exposure t...
AbstractEfficient DNA extraction procedures, as well as accurate DNA amplification, are critical ste...
ABSTRACT: The AmpF‘STR MiniFilerTM polymerase chain reaction amplification kit developed by Applied...
To increase the success rate of Y-STR genotyping for degraded DNA, we have developed two multiplex P...
Aim To comparatively test nine co mmercially available short tandem repeat (STR)-multiplex kits (Pow...
Since the beginning of our work in 2003 our laboratory has focused exclusively on STR DNA from bone,...
DNA analysis of degraded samples and low-copy number DNA derived from skeletal remains, one of the m...
amplification protocol for the AmpFSTR® Yfiler™ PCR Amplification Kit (Applied Biosystems) and explo...
Background Factors affecting the success of short tandem repeat (STR) amplification of poorly preser...
Bones are a valuable source of DNA in forensic, anthropological, and archaeological investigations. ...
The AmpFℓSTR Yfiler PCR Amplification (Yfiler) kit continues to be improved for a better analytical ...
DNA analysis from human remains is of immense relevance in missing persons identification and disast...
ABSTRACT: A new set of multiplexed PCR primers has been applied to the analysis of human skeletal re...
2siThe genetic identification of skeletal remains found in Second World War mass graves is complicat...
Aim To report on the use of STR, Y-STRs, and miniSTRs typing methods in the identification of victim...
Forensic and ancient DNA samples often are damaged and in limited quantity as a result of exposure t...
AbstractEfficient DNA extraction procedures, as well as accurate DNA amplification, are critical ste...
ABSTRACT: The AmpF‘STR MiniFilerTM polymerase chain reaction amplification kit developed by Applied...
To increase the success rate of Y-STR genotyping for degraded DNA, we have developed two multiplex P...