Abstract: Embodiments herein disclose systems, methods, and computer-readable media for generating CDA (Clinical Document Architecture) documents from Fast Healthcare Interoperability Resources (FHIR) APIs utilizing a unified, flexible, cloud-based service that can be leveraged across disparate solutions and/or systems.

Abstract: Media and methods for securely providing third-party applications, such as health based service applications, with electronic medical records (EMRs), or discrete information therein, of an individual is provided. To facilitate the secure transfer of medical records, a universal security manager is described. The universal security manager may act as an intermediary between a healthcare service facility, such as a hospital, and the third-party application. A secure link for transferring EMRs from the healthcare service facility to the universal security manager may be established using a secure linking code. The third-party application may be validated as a trusted third-party application by the universal security manager based on a set of security criteria. The universal security manager may provide the EMR information from an EMR system associated with the healthcare service facility to the trusted third-party application based on a set of permissions created and/or maintained by a user.

Abstract: A system for DNA sequence identification hides personal and medical characteristics. A DNA sequencer processes a biological sample to provide genetic data identifying biological sample genetic marker variations of multiple different markers from corresponding reference markers. An encoding processor one way encrypts the genetic data into an encrypted code using an encryption key. A comparator compares the encrypted code with multiple encrypted codes retrieved from storage to identify a match and biological sample source. The multiple encrypted codes are derived by encrypting genetic data of multiple different biological samples using the encryption key and the multiple different biological samples are associated with corresponding identifiers of their respective biological sample sources.

Abstract: A system dynamically maps (and translates) codes and identifier values of any type to corresponding codes and identifiers of other entities. A method for determining a specific identifier code for an object associated with a plurality of identifier codes by a corresponding plurality of entities involves receiving a first message including at least a first identifier code identifying an object. The first identifier code is extracted from the received first message and a second message is generated incorporating the extracted first identifier code. The second message is used for initiating a search of an identifier code database mapping an identifier code associated with a first entity to a corresponding identifier code associated with a second entity. A second identifier code corresponding to the first identifier code is received in response to communicating the second message for initiating a search of the identifier code database.

Abstract: A system dynamically maps (and translates) codes and identifier values of any type to corresponding codes and identifiers of other entities. A method for determining a specific identifier code for an object associated with a plurality of identifier codes by a corresponding plurality of entities involves receiving a first message including at least a first identifier code identifying an object. The first identifier code is extracted from the received first message and a second message is generated incorporating the extracted first identifier code. The second message is used for initiating a search of an identifier code database mapping an identifier code associated with a first entity to a corresponding identifier code associated with a second entity. A second identifier code corresponding to the first identifier code is received in response to communicating the second message for initiating a search of the identifier code database.