Abstract: The embodiments disclose a publisher website consent management system including a publisher website having a graphical user interface configured to display medical product content information, a first and second publisher-partner computer wirelessly coupled to the publisher website to provide medical product content information, a first and second rules set having first and second consent form parameters coupled to the publisher website configured to generate healthcare professional consent forms, a processor coupled to the publisher website configured to generate first and second consent codes to identify the types of medical product content information that has received the HCP end user consent to be displayed on the HCP end user's digital devices, and a consent database coupled to the publisher website to store the first and second consent codes configured to filter the types of medical product content information that have received acceptance or rejection of consent from the HCP end user.

Abstract: The embodiments disclose a method for displaying contextual targeted advertising to healthcare professionals including receiving in a master database a plurality of words that includes titles and keywords associated with plural distinct medical healthcare professional specialties, generating, with a first processor, plural taxonomy and vocabulary based on the received plurality of words of the plural distinct medical healthcare professional specialties, tracking, with a second processor, a context of frequent browsing and reading history of online life sciences content of a healthcare professional user, identifying, with the second processor, a distinct medical healthcare professional specialty associated with the healthcare professional user based on matches in the master database with the context, comparing, with a third processor, contextual targeted advertising with the matches, and converting, with the third processor, advertising queries from advertisers to displayed targeted advertising presented to he

Abstract: The embodiments disclose a database and file management system including a digital platform configured to receive at least one advertiser digital initiative, a remote server configured to receive at least one advertiser digital initiative, a plurality of databases with a file management system configured to store known measurable metrics as files of at least one advertiser digital initiative message displayed for at least one health care provider, a processor configured to measure existing metrics of the at least one health care provider after the digital initiative message is displayed to the at least one health care provider and an intent to prescribe processor configured to calculate an intent to prescribe score based on comparing the known measurable metrics with existing the measured metrics and analyzing the comparison to determine a predetermined range of the intent to prescribe score for the measurable metrics for use by the advertiser.

Abstract: The embodiments disclose a dynamic unified object generation platform, including a dynamic unified object generation computer server coupled to at least a first partner and a second partner and configured to electronically receive and store in a server database at least a first set of rules from the first partner and a second set of rules from the second partner for a publisher website, a server processor coupled to the server database and configured to automatically and dynamically create a comparison between a unified set of rules and the first set of rules and the second set of rules, a pre-deployment processor coupled to the server processor and configured to dynamically convert the comparison into a single unified code structure based on the unified set of rules, a post-deployment processor coupled to the pre-deployment processor and configured to dynamically integrate the single unified code structure into the publisher website as a unified rule set to control at least two predetermined operational aspe

Abstract: The embodiments disclose a unique healthcare professional user identity system including an identity solution database configured for collecting end user healthcare professional (HCP) digital device actions signals, an identity resolution server coupled to the identity solution database configured to collate the client side end user HCP digital device actions signals, an analyzer coupled to the identity resolution server configured for performing data targets/analytics of the HCP digital device actions signals, a processor coupled to the identity resolution server configured to identify behavioral patterns based on browser attributes of the HCP digital device actions signals, wherein the at least one processor generates and assigns a unique user identity (UUID) to the identified HCP, the HCP identified behavioral patterns, and existing and future HCP consent forms, and wherein the identity resolution server is configured to provide the behavioral patterns data to advertiser partners for the newly determined a

Abstract: The embodiments disclose a publisher website consent management system including a publisher website having a graphical user interface configured to display medical product content information, a first and second publisher-partner computer wirelessly coupled to the publisher website to provide medical product content information, a first and second rules set having first and second consent form parameters coupled to the publisher website configured to generate healthcare professional consent forms, a processor coupled to the publisher website configured to generate first and second consent codes to identify the types of medical product content information that has received the HCP end user consent to be displayed on the HCP end user's digital devices, and a consent database coupled to the publisher website to store the first and second consent codes configured to filter the types of medical product content information that have received acceptance or rejection of consent from the HCP end user.

Abstract: The embodiments disclose a dynamic unified object generation platform, including a dynamic unified object generation computer server coupled to at least a first partner and a second partner and configured to electronically receive and store in a server database at least a first set of rules from the first partner and a second set of rules from the second partner for a publisher website, a server processor coupled to the server database and configured to automatically and dynamically create a comparison between a unified set of rules and the first set of rules and the second set of rules, a pre-deployment processor coupled to the server processor and configured to dynamically convert the comparison into a single unified code structure based on the unified set of rules, a post-deployment processor coupled to the pre-deployment processor and configured to dynamically integrate the single unified code structure into the publisher website as a unified rule set to control at least two predetermined operational aspe

Abstract: The embodiments disclose a method for displaying contextual targeted advertising to healthcare professionals including receiving in a master database a plurality of words that includes titles and keywords associated with plural distinct medical healthcare professional specialties, generating, with a first processor, plural taxonomy and vocabulary based on the received plurality of words of the plural distinct medical healthcare professional specialties, tracking, with a second processor, a context of frequent browsing and reading history of online life sciences content of a healthcare professional user, identifying, with the second processor, a distinct medical healthcare professional specialty associated with the healthcare professional user based on matches in the master database with the context, comparing, with a third processor, contextual targeted advertising with the matches, and converting, with the third processor, advertising queries from advertisers to displayed targeted advertising presented to he

Abstract: The embodiments disclose a medical product processing system including a first graphical user interface (GUI) coupled to an EHR platform and configured to display to a medical provider (MP) predefined conditions of a patient of the MP, a database with records stored therein containing predefined information relating to medical products related to the predefined conditions, a second GUI coupled to the database and configured to display to a medical product provider (MPP) adjustable condition trigger (CT) settings, wherein the adjustable CT settings are configurable by the MPP to associate a predefined condition with related predefined information, a processor coupled to the database, the first GUI and the second GUI, and wherein when the first GUI displays at least one condition to the MP, the processor automatically sends related predefined information from the database to be displayed on the first GUI based on the adjustable CT setting configured by the MPP.

Abstract: The embodiments disclose an apparatus including a network platform configured for receiving advertiser real-time bids for electronic health record system workflow webpage ad placement, at least one webpage graphic processor coupled to the network platform configured for integrating ad placement into electronic health record system workflow webpage formats, a data mining processor for extracting patient privacy regulatory compliant clinical triggers from a patient electronic health record, at least one electronic publishing device coupled to the network platform configured for displaying workflow webpage ads and messaging within each workflow webpage, and an electronic medical record advertising application wirelessly coupled to the network platform computer configured for accessing an electronic health record system having integrated targeted ads for electronic medical record advertising.

Abstract: Content rendering techniques are disclosed that reduce latency in rendering of content by extracting resource intensive content from the content. An example method may include identifying items of resource intensive content included in an item of original content, and extracting the items of resource intensive content from the item of original content. The extracted items of resource intensive content are replaced with corresponding extraction markers in the item of original content to create an item of modified content. At the time of rendering the item of modified content, the extracted items of resource intensive content may be retrieved and appropriately inserted into the item of modified content to recreate the item of original content.

Abstract: Content rendering techniques are disclosed that reduce latency in rendering of content by extracting resource intensive content from the content. An example method may include identifying items of resource intensive content included in an item of original content, and extracting the items of resource intensive content from the item of original content. The extracted items of resource intensive content are replaced with corresponding extraction markers in the item of original content to create an item of modified content. At the time of rendering the item of modified content, the extracted items of resource intensive content may be retrieved and appropriately inserted into the item of modified content to recreate the item of original content.