The workflow for the SGSA v. 2 consists of multiple small improvements, which increase the throughput of the assay and reduce the hands-on time required to process 96 samples. Colony PCR saves four hours of labor compared to DNA extraction on a 96 well plate, and up to 1.5 days considering time saved from not having to grow a broth culture from colonies.</p
<p>(A) Uncoupling between sgRNAs, using 28 cycles of PCR and a range of pDNA inputs. (B) Uncoupling ...
Current methodology in real-time Polymerase chain reaction (PCR) analysis performs well provided PCR...
A shortened PCR procedure was developed in a conventional thermal cycler. Overnight cultures of E. c...
<p>The diagram illustrates the workflow used for the mouth and skin samples (the fecal samples were ...
<p>Diagram showing the experimental workflow for the different sample cohorts. Panel A. Comparison o...
<p>A. Overview of the method. In short, a defined number of cells was harvested and lysed (steps 1 a...
<p>Schemtic workflow for somatic mutation detection using iPLEX<sup>®</sup> chemistry and the MassAR...
<p><sup>1</sup>: DNA extraction takes 10min + LAMP reaction and reading 50min. Capacity of hot-block...
Comparison or turnaround time (min) and number of manual steps for extraction methods for developers...
Advancements in technology can improve industrial manufacturing, especially in the biopharmaceutical...
The comparison of each technology (developer A–F) via radar plots using ASSUR. The ASSUR criteria, a...
The goal of this project was to reduce processing time for forensic DNA testing without incurring si...
Infectious disease nucleic acid amplification technologies (NAAT) have superior sensitivity, specifi...
The sequencing prep process is the second step of the production process at the Joint Genome Institu...
<p>Panel A: The experimental work started with cell sorting, where 20,000 cells were separated in tw...
<p>(A) Uncoupling between sgRNAs, using 28 cycles of PCR and a range of pDNA inputs. (B) Uncoupling ...
Current methodology in real-time Polymerase chain reaction (PCR) analysis performs well provided PCR...
A shortened PCR procedure was developed in a conventional thermal cycler. Overnight cultures of E. c...
<p>The diagram illustrates the workflow used for the mouth and skin samples (the fecal samples were ...
<p>Diagram showing the experimental workflow for the different sample cohorts. Panel A. Comparison o...
<p>A. Overview of the method. In short, a defined number of cells was harvested and lysed (steps 1 a...
<p>Schemtic workflow for somatic mutation detection using iPLEX<sup>®</sup> chemistry and the MassAR...
<p><sup>1</sup>: DNA extraction takes 10min + LAMP reaction and reading 50min. Capacity of hot-block...
Comparison or turnaround time (min) and number of manual steps for extraction methods for developers...
Advancements in technology can improve industrial manufacturing, especially in the biopharmaceutical...
The comparison of each technology (developer A–F) via radar plots using ASSUR. The ASSUR criteria, a...
The goal of this project was to reduce processing time for forensic DNA testing without incurring si...
Infectious disease nucleic acid amplification technologies (NAAT) have superior sensitivity, specifi...
The sequencing prep process is the second step of the production process at the Joint Genome Institu...
<p>Panel A: The experimental work started with cell sorting, where 20,000 cells were separated in tw...
<p>(A) Uncoupling between sgRNAs, using 28 cycles of PCR and a range of pDNA inputs. (B) Uncoupling ...
Current methodology in real-time Polymerase chain reaction (PCR) analysis performs well provided PCR...
A shortened PCR procedure was developed in a conventional thermal cycler. Overnight cultures of E. c...