المؤلفون: Jonathan Foox (3398342), Jessica Nordlund (172693), Claudia Lalancette (134848), Ting Gong (195911), Michelle Lacey (811811), Samantha Lent (6577546), Bradley W. Langhorst (8725818), V. K. Chaithanya Ponnaluri (7249577), Louise Williams (11800713), Karthik Ramaswamy Padmanabhan (11800716), Raymond Cavalcante (11800719), Anders Lundmark (108234), Daniel Butler (6316787), Christopher Mozsary (11800722), Justin Gurvitch (11800725), John M. Greally (9350936), Masako Suzuki (175328), Mark Menor (7122287), Masaki Nasu (838993), Alicia Alonso (45373), Caroline Sheridan (9565224), Andreas Scherer (2268826), Stephen Bruinsma (11800728), Gosia Golda (11800731), Agata Muszynska (11800734), Paweł P. Łabaj (9910160), Matthew A. Campbell (3198591), Frank Wos (11800737), Amanda Raine (3442436), Ulrika Liljedahl (57306), Tomas Axelsson (88399), Charles Wang (242565), Zhong Chen (32985), Zhaowei Yang (5827490), Jing Li (10611), Xiaopeng Yang (1648714), Hongwei Wang (151141), Ari Melnick (88754), Shang Guo (462214), Alexander Blume (11800740), Vedran Franke (523109), Inmaculada Ibanez de Caceres (11800743), Carlos Rodriguez-Antolin (5047373), Rocio Rosas (11800746), Justin Wade Davis (5052281), Jennifer Ishii (11800749), Dalila B. Megherbi (11800752), Wenming Xiao (15843), Will Liao (147394), Joshua Xu (294867), Huixiao Hong (43046), Baitang Ning (138396), Weida Tong (15158), Altuna Akalin (28028), Yunliang Wang (456694), Youping Deng (4234), Christopher E. Mason (10517295)

مصطلحات موضوعية: Genetics, provide best practices, oxford nanopore technologies, read nanopore sequencing, genome bisulfite sequencing, truseq dna methylation, rigorous quality assessment, data provided herein, dna reference materials, advance epigenomics research, epigenomics research, rigorous benchmarking, read mapping, platform assessment, improve genome, harmonized materials, epigenetics research, basic research, wide variety, validated resource, three whole, stratify types, platform performance, ngs methylseq, multiple replicates, molecule long, future studies, fda ’, experimental design, developmental processes

Relation: https://figshare.com/articles/journal_contribution/Additional_file_1_of_The_SEQC2_epigenomics_quality_control_EpiQC_study/17133126

الاتاحة: https://doi.org/10.6084/m9.figshare.17133126.v1

المؤلفون: Jonathan Foox (3398342), Jessica Nordlund (172693), Claudia Lalancette (134848), Ting Gong (195911), Michelle Lacey (811811), Samantha Lent (6577546), Bradley W. Langhorst (8725818), V. K. Chaithanya Ponnaluri (7249577), Louise Williams (11800713), Karthik Ramaswamy Padmanabhan (11800716), Raymond Cavalcante (11800719), Anders Lundmark (108234), Daniel Butler (6316787), Christopher Mozsary (11800722), Justin Gurvitch (11800725), John M. Greally (9350936), Masako Suzuki (175328), Mark Menor (7122287), Masaki Nasu (838993), Alicia Alonso (45373), Caroline Sheridan (9565224), Andreas Scherer (2268826), Stephen Bruinsma (11800728), Gosia Golda (11800731), Agata Muszynska (11800734), Paweł P. Łabaj (9910160), Matthew A. Campbell (3198591), Frank Wos (11800737), Amanda Raine (3442436), Ulrika Liljedahl (57306), Tomas Axelsson (88399), Charles Wang (242565), Zhong Chen (32985), Zhaowei Yang (5827490), Jing Li (10611), Xiaopeng Yang (1648714), Hongwei Wang (151141), Ari Melnick (88754), Shang Guo (462214), Alexander Blume (11800740), Vedran Franke (523109), Inmaculada Ibanez de Caceres (11800743), Carlos Rodriguez-Antolin (5047373), Rocio Rosas (11800746), Justin Wade Davis (5052281), Jennifer Ishii (11800749), Dalila B. Megherbi (11800752), Wenming Xiao (15843), Will Liao (147394), Joshua Xu (294867), Huixiao Hong (43046), Baitang Ning (138396), Weida Tong (15158), Altuna Akalin (28028), Yunliang Wang (456694), Youping Deng (4234), Christopher E. Mason (10517295)

مصطلحات موضوعية: Genetics, provide best practices, oxford nanopore technologies, read nanopore sequencing, genome bisulfite sequencing, truseq dna methylation, rigorous quality assessment, data provided herein, dna reference materials, advance epigenomics research, epigenomics research, rigorous benchmarking, read mapping, platform assessment, improve genome, harmonized materials, epigenetics research, basic research, wide variety, validated resource, three whole, stratify types, platform performance, ngs methylseq, multiple replicates, molecule long, future studies, fda ’, experimental design, developmental processes

Relation: https://figshare.com/articles/journal_contribution/Additional_file_2_of_The_SEQC2_epigenomics_quality_control_EpiQC_study/17133129

الاتاحة: https://doi.org/10.6084/m9.figshare.17133129.v1