1. A system for providing a user engagement platform to support clinical decisions, the system comprising: one or more adapters configured to adapt patient electronic health records (EHR) data clinical information systems having different data structures into data having a standardized data structure for subsequent recognition of a condition of a patient, wherein the EHR data includes a plurality of EHR parameters relating to one or more organs of a patient; an observation database, wherein data having standardized data structure adapted by one or more adapters are stored; a rules database, wherein a plurality of rules for evaluating a plurality of conditions of a patient are stored, each rule associated with a condition of a patient and comprises a threshold value that functions as a guideline for evaluating EHR data parameters relating to one or more organs of a patient to determine whether the condition is present in the patient; a plurality of organ modules configured to apply the rules from the rules database to the EHR data parameters from the observation database so as to identify abnormal organ function of a patient, one or more processors in communication with the observation database and the rules database; and a memory in communication with the one or more processors, the memory including program instructions executable by the one or more processors that, when executed by the one or processors, cause the one or more processors to: generate one or more user interfaces for displaying information concerning the one or more organs of the patient, wherein the one or more user interfaces includes (1) a viewing region in which a user may view information relating the one or more organs including alerts, indicators and/or conditions representing abnormalities of the one or more organs and (2) an entry region for a user to input information relating to the organ or more organs; receive first and second EHR data parameters relating to an organ of the one or more organs from the observation database that have been adapted by the one or more adapters; evaluate the first and second EHR data parameters to identify abnormalities in the one or more organs, wherein the evaluating includes comparing the first and second EHR data parameters relating to the one or more organs and generating a difference value between the first and second EHR data parameters; identify at least one abnormality in the one or more organs if the difference value exceeds a threshold value that functions as a guideline for evaluating EHR data parameters relating to one or more organs of a patient; and generate an alert and/or indicator on the one or more user interfaces for display representing the abnormality.