Abstract: A system and method for quoting a customer's eligibility for a financial product are disclosed. According to certain embodiments, the system may include a memory storing instructions. The system may also include a processor configured to execute the instructions to: receive a quotation request from a client device associated with the customer, the quotation request including customer-identifying information; acquire, from a second source, information relating to a level of risk associated with the customer-identifying information; aggregate the customer-identifying information and the information relating to the level of risk; extract a plurality of variables from the aggregated data; determine an eligibility score based on the extracted variables and an eligibility model, the eligibility score indicating a likelihood of being approved for the financial product; and provide the eligibility score to the client device.

Abstract: A system and method for quoting a customer's eligibility for a financial product are disclosed. The system includes a memory storing instructions. The system also includes a processor configured to execute the instructions to: receive a quotation request from a client device associated with the customer, the quotation request including customer-identifying information; acquire, from a second source, information relating to a level of risk associated with the customer-identifying information; aggregate the customer-identifying information and the information relating to the level of risk; extract a plurality of variables from the aggregated data; determine an eligibility score based on the extracted variables and an eligibility model, the eligibility score indicating a likelihood of being approved for the financial product; and provide the eligibility score to the client device.

Abstract: One embodiment of the invention provides a method of processing cell culture data. The data comprises results from a large number of samples, the results being obtained by performing multiple stages of cell culture in succession on each sample. Each stage represents a cell culture treatment having a particular set of conditions, such that each sample follows a protocol specified by the identity and order of the treatments applied to the cell culture. The method includes specifying a subset of the samples that yielded a desired cell culture outcome. The method further includes performing a computer-implemented analysis of the results from the samples in the subset to produce an ordering or grouping for the results. The ordering or grouping helps to identify one or more protocols that are effective for obtaining the desired cell culture outcome. The analysis for producing the ordering or grouping utilizes information on similarities between different protocols.

Abstract: One embodiment of the invention provides a method of processing cell culture data. The data comprises results from a large number of samples, the results being obtained by performing multiple stages of cell culture in succession on each sample. Each stage represents a cell culture treatment having a particular set of conditions, such that each sample follows a protocol specified by the identity and order of the treatments applied to the cell culture. The method includes specifying a subset of the samples that yielded a desired cell culture outcome. The method further includes performing a computer-implemented analysis of the results from the samples in the subset to produce an ordering or grouping for the results. The ordering or grouping helps to identify one or more protocols that are effective for obtaining the desired cell culture outcome. The analysis for producing the ordering or grouping utilises information on similarities between different protocols.