Authors:
Haile, Simon, Corbett, Richard, MacLeod, Tina, Bilobram, Steve, Smailus, Duane, Tsao, Philip, Kirk, Heather, McDonald, Helen, Pandoh, Pawan, Bala, Miruna, Hirst, Martin, Miller, Diane, Moore, Richard, Mungall, Andrew, Schein, Jacquie, Coope, Robin, Y (...)
Haile, Simon, Corbett, Richard, MacLeod, Tina, Bilobram, Steve, Smailus, Duane, Tsao, Philip, Kirk, Heather, McDonald, Helen, Pandoh, Pawan, Bala, Miruna, Hirst, Martin, Miller, Diane, Moore, Richard, Mungall, Andrew, Schein, Jacquie, Coope, Robin, Yussanne Ma, Yongjun Zhao, Holt, Rob, Jones, Steven, Marra, Marco
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Abstract:
Alignment-based metrics for reverse transcriptase comparisons. Table S2. Alignment-based metrics for the size selection experiment. Table S3. Alignment-based metrics for the comparison of library construction kits. Table S4. Alignment-based metrics for the intermediate ssRNA-seq pipeline. The protocol evaluated includes all changes (1st strand cDNA synthesis, optimal bead purifications, new library construction chemistry with modified ligation condition, bead-based size selection, and UNG treatment) with the exception of the mRNA isolation impr (...)
Alignment-based metrics for reverse transcriptase comparisons. Table S2. Alignment-based metrics for the size selection experiment. Table S3. Alignment-based metrics for the comparison of library construction kits. Table S4. Alignment-based metrics for the intermediate ssRNA-seq pipeline. The protocol evaluated includes all changes (1st strand cDNA synthesis, optimal bead purifications, new library construction chemistry with modified ligation condition, bead-based size selection, and UNG treatment) with the exception of the mRNA isolation improvements. Table S5. Alignment-based metrics for the final ssRNA-seq pipeline using UHR. Table S6. Alignment-based metrics for the final ssRNA-seq pipeline using tumor samples. (XLS 62Â kb)
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