Limit of detection (LOD) of sDNAs representing bacterial and viral targets in a complex background of other sDNAs.
- Elisabeth M. Bik (13534)
- Sara W. Bird (6176009)
- Juan P. Bustamante (846785)
- Luis E. Leon (6655385)
- Pamela A. Nieto (341501)
- Kwasi Addae (6655388)
- Víctor Alegría-Mera (6655391)
- Cristian Bravo (6655394)
- Denisse Bravo (117194)
- Juan P. Cardenas (6655397)
- Glenn A. Carson (6655400)
- Adam Caughey (6655403)
- Paulo C. Covarrubias (233392)
- José Pérez-Donoso (6655406)
- Graham Gass (6655409)
- Sarah L. Gupta (6655412)
- Kira Harman (6655415)
- Donna Marie B. Hongo (6655418)
- Juan C. Jiménez (6655421)
- Laurens Kraal (563952)
- Felipe Melis-Arcos (6655424)
- Eduardo H. Morales (652447)
- Amanda Morton (6655427)
- Camila F. Navas (6655430)
- Harold Nuñez (481571)
- Eduardo Olivares (6655433)
- Nicolás Órdenes-Aenishanslins (6655436)
- Francisco J. Ossandon (847874)
- Richard Phan (6655439)
- Raul Pino (6655442)
- Katia Soto-Liebe (253113)
- Ignacio Varas (6655445)
- Patricia Vera-Wolf (6655448)
- Nathaniel A. Walton (6655451)
- Daniel E. Almonacid (22052)
- Audrey D. Goddard (3997715)
- Juan A. Ugalde (403978)
- Susan Zneimer (6655454)
- Jessica Richman (3997721)
- Zachary S. Apte (3997718)
Publication date
May 2019
DOI Publisher
Public Library of Science (PLoS)Abstract
Dilutions of two pools of sDNAs were mixed in different amounts, and microbial targets were amplified and sequenced. For each dilution and target, the relative abundance in samples with 10,000 reads or more are shown. A. LOD of bacterial targets. LOD read thresholds are provided in S6 Table. B. LOD of HPV targets. Two different sDNAs were used to represent hrHPV type 68. For each dilution and HPV type, the relative abundance in samples with 10,000 reads or more are shown. The LOD read thresholds for each HPV target are provided in S7 Table.</p
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