promega powerquant® system (Promega)
90
Structured Review
Promega
promega powerquant® system
Promega Powerquant® System, supplied by Promega, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/promega+powerquant%C2%AE+system/powerquant+system+promega/10__1016_slash_j__scijus__2025__01__001-76-1-1
Average 90 stars, based on 1 article reviews
Promega Powerquant® System, supplied by Promega, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/promega+powerquant%C2%AE+system/powerquant+system+promega/10__1016_slash_j__scijus__2025__01__001-76-1-1
Average 90 stars, based on 1 article reviews
promega powerquant® system - by Bioz Stars,
2026-10
90/100 stars
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Real-time Polymerase Chain Reaction:Article Title: Overall Proportion of Total DNA Consistent with an Individual Briefly Handling a Firearm Article Snippet: The total nanograms (ng) obtained was calculated by taking the value in ng/μL obtained from the Article Title: A performance study on three qPCR quantification kits and their compatibilities with the 6-dye DNA profiling systems. Article Snippet: DNA quantification plays an integral role in forensic DNA profiling.. Not only does it estimate the total amount of amplifiable human autosomal and male DNA to ensure optimal amplification of target DNA for subsequent analysis, but also assesses the extraction efficiency and purity of the DNA extract.. Latest DNA quantification systems even offer an estimate for the degree of DNA degradation in a sample. Article Title: Overall Proportion of Total DNA Consistent with an Individual Briefly Handling a Firearm. Article Snippet: All samples were quantified using the Article Title: Processing biological samples from simulated radiological terrorist events using Rapid DNA instruments. Article Snippet: Two commercially available portable Rapid DNA instruments were evaluated for their ability to process 1 μL and 10 μL saliva samples deposited on metal and plastic surfaces and contaminated with surrogates of cesium (Cs)137, strontium (Sr)-90 and cobalt (Co)-60; radioactive materials potentially released during a nuclear weapon accident or a radiological dispersal device detonation.. A comparable success rate was noted for both Rapid DNA instruments when considering the number of complete and balanced DNA profiles, the number of profiles with a minimum of 10 autosomal STR loci (out of 23 [FlexPlexTM 27] or 21 [GlobalFilerTM Express]), and the possibility to search a national DNA database in Canada and the United States.. Cobalt had an adverse impact on the quality of the megaplex short tandem repeat (STR) DNA profiles derived on each instrument for two of the three contamination levels tested in this study, i.e., 0.05 M and 0.1 M as reflected by a reduced number of detected alleles and decreased profile peak heights. Article Title: Comparative analysis of two Rapid DNA technologies for the processing of blood and saliva-based samples. Article Snippet: Rapid DNA technologies recently gained significant momentum as a means to generate DNA profiles faster than with standard laboratory workflows.. Initially developed for the analysis of buccal reference samples, applications are being considered for other types of forensic samples.. In this study, an identical set of 150 blood and salivabased samples was processed using two different Rapid DNA technologies, the Applied BioSystemsTM RapidHITTM ID System using the RapidINTELTM sample cartridge and the ANDETM 6C Rapid DNA AnalysisTM System using the I-Chip. Article Title: Establishing a baseline for background and purchaser DNA in new unwashed underwear for the purpose of evaluative reporting Article Snippet: The total nanograms (ng) obtained was calculated by taking the value in ng/μL obtained from the Article Title: Transfer and persistence of owner DNA on domestic pets Article Snippet: The Software:Article Title: Overall Proportion of Total DNA Consistent with an Individual Briefly Handling a Firearm Article Snippet: The total nanograms (ng) obtained was calculated by taking the value in ng/μL obtained from the Article Title: A performance study on three qPCR quantification kits and their compatibilities with the 6-dye DNA profiling systems. Article Snippet: DNA quantification plays an integral role in forensic DNA profiling.. Not only does it estimate the total amount of amplifiable human autosomal and male DNA to ensure optimal amplification of target DNA for subsequent analysis, but also assesses the extraction efficiency and purity of the DNA extract.. Latest DNA quantification systems even offer an estimate for the degree of DNA degradation in a sample. Article Title: Overall Proportion of Total DNA Consistent with an Individual Briefly Handling a Firearm. Article Snippet: All samples were quantified using the Article Title: Processing biological samples from simulated radiological terrorist events using Rapid DNA instruments. Article Snippet: Two commercially available portable Rapid DNA instruments were evaluated for their ability to process 1 μL and 10 μL saliva samples deposited on metal and plastic surfaces and contaminated with surrogates of cesium (Cs)137, strontium (Sr)-90 and cobalt (Co)-60; radioactive materials potentially released during a nuclear weapon accident or a radiological dispersal device detonation.. A comparable success rate was noted for both Rapid DNA instruments when considering the number of complete and balanced DNA profiles, the number of profiles with a minimum of 10 autosomal STR loci (out of 23 [FlexPlexTM 27] or 21 [GlobalFilerTM Express]), and the possibility to search a national DNA database in Canada and the United States.. Cobalt had an adverse impact on the quality of the megaplex short tandem repeat (STR) DNA profiles derived on each instrument for two of the three contamination levels tested in this study, i.e., 0.05 M and 0.1 M as reflected by a reduced number of detected alleles and decreased profile peak heights. Article Title: Comparative analysis of two Rapid DNA technologies for the processing of blood and saliva-based samples. Article Snippet: Rapid DNA technologies recently gained significant momentum as a means to generate DNA profiles faster than with standard laboratory workflows.. Initially developed for the analysis of buccal reference samples, applications are being considered for other types of forensic samples.. In this study, an identical set of 150 blood and salivabased samples was processed using two different Rapid DNA technologies, the Applied BioSystemsTM RapidHITTM ID System using the RapidINTELTM sample cartridge and the ANDETM 6C Rapid DNA AnalysisTM System using the I-Chip. Article Title: Establishing a baseline for background and purchaser DNA in new unwashed underwear for the purpose of evaluative reporting Article Snippet: The total nanograms (ng) obtained was calculated by taking the value in ng/μL obtained from the Article Title: Transfer and persistence of owner DNA on domestic pets Article Snippet: The Amplification:Article Title: Overall Proportion of Total DNA Consistent with an Individual Briefly Handling a Firearm Article Snippet: The total nanograms (ng) obtained was calculated by taking the value in ng/μL obtained from the Article Title: A performance study on three qPCR quantification kits and their compatibilities with the 6-dye DNA profiling systems. Article Snippet: DNA quantification plays an integral role in forensic DNA profiling.. Not only does it estimate the total amount of amplifiable human autosomal and male DNA to ensure optimal amplification of target DNA for subsequent analysis, but also assesses the extraction efficiency and purity of the DNA extract.. Latest DNA quantification systems even offer an estimate for the degree of DNA degradation in a sample. Article Title: Overall Proportion of Total DNA Consistent with an Individual Briefly Handling a Firearm. Article Snippet: All samples were quantified using the Article Title: Processing biological samples from simulated radiological terrorist events using Rapid DNA instruments. Article Snippet: Two commercially available portable Rapid DNA instruments were evaluated for their ability to process 1 μL and 10 μL saliva samples deposited on metal and plastic surfaces and contaminated with surrogates of cesium (Cs)137, strontium (Sr)-90 and cobalt (Co)-60; radioactive materials potentially released during a nuclear weapon accident or a radiological dispersal device detonation.. A comparable success rate was noted for both Rapid DNA instruments when considering the number of complete and balanced DNA profiles, the number of profiles with a minimum of 10 autosomal STR loci (out of 23 [FlexPlexTM 27] or 21 [GlobalFilerTM Express]), and the possibility to search a national DNA database in Canada and the United States.. Cobalt had an adverse impact on the quality of the megaplex short tandem repeat (STR) DNA profiles derived on each instrument for two of the three contamination levels tested in this study, i.e., 0.05 M and 0.1 M as reflected by a reduced number of detected alleles and decreased profile peak heights. Article Title: Comparative analysis of two Rapid DNA technologies for the processing of blood and saliva-based samples. Article Snippet: Rapid DNA technologies recently gained significant momentum as a means to generate DNA profiles faster than with standard laboratory workflows.. Initially developed for the analysis of buccal reference samples, applications are being considered for other types of forensic samples.. In this study, an identical set of 150 blood and salivabased samples was processed using two different Rapid DNA technologies, the Applied BioSystemsTM RapidHITTM ID System using the RapidINTELTM sample cartridge and the ANDETM 6C Rapid DNA AnalysisTM System using the I-Chip. Article Title: Establishing a baseline for background and purchaser DNA in new unwashed underwear for the purpose of evaluative reporting Article Snippet: The total nanograms (ng) obtained was calculated by taking the value in ng/μL obtained from the Article Title: Transfer and persistence of owner DNA on domestic pets Article Snippet: The DNA Profiling:Article Title: Overall Proportion of Total DNA Consistent with an Individual Briefly Handling a Firearm Article Snippet: The total nanograms (ng) obtained was calculated by taking the value in ng/μL obtained from the Article Title: A performance study on three qPCR quantification kits and their compatibilities with the 6-dye DNA profiling systems. Article Snippet: DNA quantification plays an integral role in forensic DNA profiling.. Not only does it estimate the total amount of amplifiable human autosomal and male DNA to ensure optimal amplification of target DNA for subsequent analysis, but also assesses the extraction efficiency and purity of the DNA extract.. Latest DNA quantification systems even offer an estimate for the degree of DNA degradation in a sample. Article Title: Overall Proportion of Total DNA Consistent with an Individual Briefly Handling a Firearm. Article Snippet: All samples were quantified using the Article Title: Processing biological samples from simulated radiological terrorist events using Rapid DNA instruments. Article Snippet: Two commercially available portable Rapid DNA instruments were evaluated for their ability to process 1 μL and 10 μL saliva samples deposited on metal and plastic surfaces and contaminated with surrogates of cesium (Cs)137, strontium (Sr)-90 and cobalt (Co)-60; radioactive materials potentially released during a nuclear weapon accident or a radiological dispersal device detonation.. A comparable success rate was noted for both Rapid DNA instruments when considering the number of complete and balanced DNA profiles, the number of profiles with a minimum of 10 autosomal STR loci (out of 23 [FlexPlexTM 27] or 21 [GlobalFilerTM Express]), and the possibility to search a national DNA database in Canada and the United States.. Cobalt had an adverse impact on the quality of the megaplex short tandem repeat (STR) DNA profiles derived on each instrument for two of the three contamination levels tested in this study, i.e., 0.05 M and 0.1 M as reflected by a reduced number of detected alleles and decreased profile peak heights. Article Title: Comparative analysis of two Rapid DNA technologies for the processing of blood and saliva-based samples. Article Snippet: Rapid DNA technologies recently gained significant momentum as a means to generate DNA profiles faster than with standard laboratory workflows.. Initially developed for the analysis of buccal reference samples, applications are being considered for other types of forensic samples.. In this study, an identical set of 150 blood and salivabased samples was processed using two different Rapid DNA technologies, the Applied BioSystemsTM RapidHITTM ID System using the RapidINTELTM sample cartridge and the ANDETM 6C Rapid DNA AnalysisTM System using the I-Chip. Article Title: Establishing a baseline for background and purchaser DNA in new unwashed underwear for the purpose of evaluative reporting Article Snippet: The total nanograms (ng) obtained was calculated by taking the value in ng/μL obtained from the Article Title: Transfer and persistence of owner DNA on domestic pets Article Snippet: The Polymerase Chain Reaction:Article Title: Overall Proportion of Total DNA Consistent with an Individual Briefly Handling a Firearm Article Snippet: The total nanograms (ng) obtained was calculated by taking the value in ng/μL obtained from the Article Title: A performance study on three qPCR quantification kits and their compatibilities with the 6-dye DNA profiling systems. Article Snippet: DNA quantification plays an integral role in forensic DNA profiling.. Not only does it estimate the total amount of amplifiable human autosomal and male DNA to ensure optimal amplification of target DNA for subsequent analysis, but also assesses the extraction efficiency and purity of the DNA extract.. Latest DNA quantification systems even offer an estimate for the degree of DNA degradation in a sample. Article Title: Overall Proportion of Total DNA Consistent with an Individual Briefly Handling a Firearm. Article Snippet: All samples were quantified using the Article Title: Processing biological samples from simulated radiological terrorist events using Rapid DNA instruments. Article Snippet: Two commercially available portable Rapid DNA instruments were evaluated for their ability to process 1 μL and 10 μL saliva samples deposited on metal and plastic surfaces and contaminated with surrogates of cesium (Cs)137, strontium (Sr)-90 and cobalt (Co)-60; radioactive materials potentially released during a nuclear weapon accident or a radiological dispersal device detonation.. A comparable success rate was noted for both Rapid DNA instruments when considering the number of complete and balanced DNA profiles, the number of profiles with a minimum of 10 autosomal STR loci (out of 23 [FlexPlexTM 27] or 21 [GlobalFilerTM Express]), and the possibility to search a national DNA database in Canada and the United States.. Cobalt had an adverse impact on the quality of the megaplex short tandem repeat (STR) DNA profiles derived on each instrument for two of the three contamination levels tested in this study, i.e., 0.05 M and 0.1 M as reflected by a reduced number of detected alleles and decreased profile peak heights. Article Title: Comparative analysis of two Rapid DNA technologies for the processing of blood and saliva-based samples. Article Snippet: Rapid DNA technologies recently gained significant momentum as a means to generate DNA profiles faster than with standard laboratory workflows.. Initially developed for the analysis of buccal reference samples, applications are being considered for other types of forensic samples.. In this study, an identical set of 150 blood and salivabased samples was processed using two different Rapid DNA technologies, the Applied BioSystemsTM RapidHITTM ID System using the RapidINTELTM sample cartridge and the ANDETM 6C Rapid DNA AnalysisTM System using the I-Chip. Article Title: Establishing a baseline for background and purchaser DNA in new unwashed underwear for the purpose of evaluative reporting Article Snippet: The total nanograms (ng) obtained was calculated by taking the value in ng/μL obtained from the Article Title: Transfer and persistence of owner DNA on domestic pets Article Snippet: The Sequencing:Article Title: Overall Proportion of Total DNA Consistent with an Individual Briefly Handling a Firearm Article Snippet: The total nanograms (ng) obtained was calculated by taking the value in ng/μL obtained from the Article Title: A performance study on three qPCR quantification kits and their compatibilities with the 6-dye DNA profiling systems. Article Snippet: DNA quantification plays an integral role in forensic DNA profiling.. Not only does it estimate the total amount of amplifiable human autosomal and male DNA to ensure optimal amplification of target DNA for subsequent analysis, but also assesses the extraction efficiency and purity of the DNA extract.. Latest DNA quantification systems even offer an estimate for the degree of DNA degradation in a sample. Article Title: Overall Proportion of Total DNA Consistent with an Individual Briefly Handling a Firearm. Article Snippet: All samples were quantified using the Article Title: Processing biological samples from simulated radiological terrorist events using Rapid DNA instruments. Article Snippet: Two commercially available portable Rapid DNA instruments were evaluated for their ability to process 1 μL and 10 μL saliva samples deposited on metal and plastic surfaces and contaminated with surrogates of cesium (Cs)137, strontium (Sr)-90 and cobalt (Co)-60; radioactive materials potentially released during a nuclear weapon accident or a radiological dispersal device detonation.. A comparable success rate was noted for both Rapid DNA instruments when considering the number of complete and balanced DNA profiles, the number of profiles with a minimum of 10 autosomal STR loci (out of 23 [FlexPlexTM 27] or 21 [GlobalFilerTM Express]), and the possibility to search a national DNA database in Canada and the United States.. Cobalt had an adverse impact on the quality of the megaplex short tandem repeat (STR) DNA profiles derived on each instrument for two of the three contamination levels tested in this study, i.e., 0.05 M and 0.1 M as reflected by a reduced number of detected alleles and decreased profile peak heights. Article Title: Comparative analysis of two Rapid DNA technologies for the processing of blood and saliva-based samples. Article Snippet: Rapid DNA technologies recently gained significant momentum as a means to generate DNA profiles faster than with standard laboratory workflows.. Initially developed for the analysis of buccal reference samples, applications are being considered for other types of forensic samples.. In this study, an identical set of 150 blood and salivabased samples was processed using two different Rapid DNA technologies, the Applied BioSystemsTM RapidHITTM ID System using the RapidINTELTM sample cartridge and the ANDETM 6C Rapid DNA AnalysisTM System using the I-Chip. Article Title: Establishing a baseline for background and purchaser DNA in new unwashed underwear for the purpose of evaluative reporting Article Snippet: The total nanograms (ng) obtained was calculated by taking the value in ng/μL obtained from the Article Title: Transfer and persistence of owner DNA on domestic pets Article Snippet: The DNA Extraction:Article Title: Overall Proportion of Total DNA Consistent with an Individual Briefly Handling a Firearm Article Snippet: The total nanograms (ng) obtained was calculated by taking the value in ng/μL obtained from the Article Title: A performance study on three qPCR quantification kits and their compatibilities with the 6-dye DNA profiling systems. Article Snippet: DNA quantification plays an integral role in forensic DNA profiling.. Not only does it estimate the total amount of amplifiable human autosomal and male DNA to ensure optimal amplification of target DNA for subsequent analysis, but also assesses the extraction efficiency and purity of the DNA extract.. Latest DNA quantification systems even offer an estimate for the degree of DNA degradation in a sample. Article Title: Overall Proportion of Total DNA Consistent with an Individual Briefly Handling a Firearm. Article Snippet: All samples were quantified using the Article Title: Processing biological samples from simulated radiological terrorist events using Rapid DNA instruments. Article Snippet: Two commercially available portable Rapid DNA instruments were evaluated for their ability to process 1 μL and 10 μL saliva samples deposited on metal and plastic surfaces and contaminated with surrogates of cesium (Cs)137, strontium (Sr)-90 and cobalt (Co)-60; radioactive materials potentially released during a nuclear weapon accident or a radiological dispersal device detonation.. A comparable success rate was noted for both Rapid DNA instruments when considering the number of complete and balanced DNA profiles, the number of profiles with a minimum of 10 autosomal STR loci (out of 23 [FlexPlexTM 27] or 21 [GlobalFilerTM Express]), and the possibility to search a national DNA database in Canada and the United States.. Cobalt had an adverse impact on the quality of the megaplex short tandem repeat (STR) DNA profiles derived on each instrument for two of the three contamination levels tested in this study, i.e., 0.05 M and 0.1 M as reflected by a reduced number of detected alleles and decreased profile peak heights. Article Title: Comparative analysis of two Rapid DNA technologies for the processing of blood and saliva-based samples. Article Snippet: Rapid DNA technologies recently gained significant momentum as a means to generate DNA profiles faster than with standard laboratory workflows.. Initially developed for the analysis of buccal reference samples, applications are being considered for other types of forensic samples.. In this study, an identical set of 150 blood and salivabased samples was processed using two different Rapid DNA technologies, the Applied BioSystemsTM RapidHITTM ID System using the RapidINTELTM sample cartridge and the ANDETM 6C Rapid DNA AnalysisTM System using the I-Chip. Article Title: Establishing a baseline for background and purchaser DNA in new unwashed underwear for the purpose of evaluative reporting Article Snippet: The total nanograms (ng) obtained was calculated by taking the value in ng/μL obtained from the Article Title: Transfer and persistence of owner DNA on domestic pets Article Snippet: The |
