发明名称 SYSTEMS AND METHODS FOR NETWORK-BASED BIOLOGICAL ASSESSMENT
摘要 Systems and methods are directed to computerized methods and one or more computer processors for quantifying the perturbation of a biological system in response to an agent. A set of treatment data corresponding to a response of a biological system to an agent and a set of control data are received. A computational causal network model represents the biological system and includes nodes representing biological entities, edges representing relationships between the biological entities, and direction values representing the expected direction of change between the control data and the treatment data. Activity measures are calculated and represent a difference between the treatment data and the control data, and weight values are calculated for the nodes. A score for the computational model is generated representative of the perturbation of the biological system to the agent and is based on the direction values, the weight values and the activity measures.
申请公布号 US2014172398(A1) 申请公布日期 2014.06.19
申请号 US201214124826 申请日期 2012.06.11
申请人 Hoeng Julia;Martin Florian;Peitsch Manuel Claude;Sewer Alain 发明人 Hoeng Julia;Martin Florian;Peitsch Manuel Claude;Sewer Alain
分类号 G06F19/12 主分类号 G06F19/12
代理机构 代理人
主权项 1. A computerized method for quantifying the perturbation of a biological system in response to an agent, comprising receiving, at a first processor, a set of treatment data corresponding to a response of a biological system to an agent, wherein the biological system includes or comprises a plurality of biological entities, each biological entity interacting with at least one other of the biological entities; receiving, at a second processor, a set of control data corresponding to the biological system not exposed to the agent; providing, at a third processor, a computational causal network model that represents the biological system and includes or comprises: nodes representing the biological entities,edges representing relationships between the biological entities, anddirection values, for the nodes, representing the expected direction of change between the control data and the treatment data;calculating, with a fourth processor, activity measures, for the nodes, representing a difference between the treatment data and the control data;calculating, with a fifth processor, weight values for the nodes, wherein at least one weight value is different from at least one other weight value; andgenerating, with a sixth processor, a score for the computational model representative of the perturbation of the biological system to the agent, wherein the score is based on the direction values, the weight values and the activity measures.
地址 Corcelles CH