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Disambiguation of "Chua, Huey-Eng"

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INGOT: Towards network-driven in silico combination therapy.

, , and . BigComp, page 34-39. IEEE Computer Society, (2014)

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Prof. Dr. Frank Clemens Englmann University of Stuttgart

Johannes Engels University of Stuttgart

Lena Engelfried University of Stuttgart

Katja Stefanie Engstler University of Stuttgart

Markus Englich University of Stuttgart

 

Other publications of authors with the same name

CATAPULT: Data-driven Selection of Canned Patterns for Efficient Visual Graph Query Formulation., , , , and . SIGMOD Conference, page 900-917. ACM, (2019)BOOMER: Blending Visual Formulation and Processing of P -Homomorphic Queries on Large Networks., , , , and . SIGMOD Conference, page 927-942. ACM, (2018)STEROID: in silico heuristic target combination identification for disease-related signaling networks., , , and . BCB, page 4-11. ACM, (2012)One feature doesn't fit all: characterizing topological features of targets in signaling networks., , and . BCB, page 426-435. ACM, (2014)Pani: a novel algorithm for fast discovery of putative target nodes in signaling networks., , , , , and . BCB, page 284-288. ACM, (2011)INGOT: Towards network-driven in silico combination therapy., , and . BigComp, page 34-39. IEEE Computer Society, (2014)Computational cell fate modelling for discovery of rewiring in apoptotic network for enhanced cancer drug sensitivity., , , , and . BMC Systems Biology, 9 (S-1): S4 (2015)TAPESTRY: Network-centric Target Prioritization in Disease-related Signaling Networks., , , and . BCB, page 108-117. ACM, (2016)Predictive Modeling of Drug Effects on Signaling Pathways in Diverse Cancer Cell Lines., , , and . BCB, page 200-209. ACM, (2016)TROVE: a user-friendly tool for visualizing and analyzing cancer hallmarks in signaling networks., , and . Bioinformatics, 34 (2): 314-316 (2018)