CADA: phenotype-driven gene prioritization based on a case-enriched knowledge graph | Zendy

Chengyao Peng | Zendy; Simon Dieck | Zendy; Alexander Schmid | Zendy; Ashar Ahmad | Zendy; Alexej Knaus | Zendy; Maren Wenzel | Zendy; Laura Mehnert | Zendy; Birgit Zirn | Zendy; Tobias B. Haack | Zendy; Stephan Ossowski | Zendy; Matias Wagner | Zendy; Theresa Brunet | Zendy; Nadja Ehmke | Zendy; Magdalena Danyel | Zendy; Stanislav Rosnev | Zendy; Tom Kamphans | Zendy; Guy Nadav | Zendy; Nicole Fleischer | Zendy; Holger Fröhlich | Zendy; Peter Krawitz | Zendy

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CADA: phenotype-driven gene prioritization based on a case-enriched knowledge graph

Author(s) -

Chengyao Peng,

Simon Dieck,

Alexander Schmid,

Ashar Ahmad,

Alexej Knaus,

Maren Wenzel,

Laura Mehnert,

Birgit Zirn,

Tobias B. Haack,

Stephan Ossowski,

Matias Wagner,

Theresa Brunet,

Nadja Ehmke,

Magdalena Danyel,

Stanislav Rosnev,

Tom Kamphans,

Guy Nadav,

Nicole Fleischer,

Holger Fröhlich,

Peter Krawitz

Publication year - 2021

Publication title -

nar genomics and bioinformatics

Language(s) - Uncategorized

Resource type - Journals

ISSN - 2631-9268

DOI - 10.1093/nargab/lqab078

Subject(s) - prioritization , pathognomonic , computer science , graph , phenotype , representation (politics) , computational biology , data mining , disease , machine learning , gene , theoretical computer science , medicine , biology , genetics , engineering , pathology , management science , politics , law , political science

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