Abstract: A computer-implemented method for managing data for a clinical decision support system includes providing a computer management system including a server and a database, and downloading the decision support system onto the computer management system. The decision support system includes a plurality of rules and receives data. The method also includes accessing the decision support system and issuing an alert associated with a predetermined data pattern to at least one client system according to the rules, receiving a request for additional information from the at least one client system in response to the issued alert, determining additional data that has been requested, and retrieving the additional information associated with the issued alert.

Abstract: A computer-implemented method for managing data for a clinical decision support system includes providing a computer management system including a server and a database, and downloading the decision support system onto the computer management system. The decision support system includes a plurality of rules and receives data. The method also includes accessing the decision support system and issuing an alert associated with a predetermined data pattern to at least one client system according to the rules, receiving a request for additional information from the at least one client system in response to the issued alert, determining additional data that has been requested, and retrieving the additional information associated with the issued alert.

Abstract: A computer-implemented method for managing data for a clinical decision support system includes providing a computer management system including a server and a database, and downloading the decision support system onto the computer management system. The decision support system includes a plurality of rules and receives data. The method also includes accessing the decision support system and issuing an alert associated with a predetermined data pattern to at least one client system according to the rules, receiving a request for additional information from the at least one client system in response to the issued alert, determining additional data that has been requested, and retrieving the additional information associated with the issued alert.

Abstract: Certain embodiments of the present invention provide a system for medication management including an order entry component and a pharmacy component. The order entry component is capable of writing an advanced order. The advanced order includes one or more related at least one of sub-orders and additives. The pharmacy component is capable of automatically processing the advanced order. The processing occurs without the intervention of a user.

Abstract: A method for identifying conflicting and duplicate rules in a decision support system is provided. The method includes establishing a first subsystem including a protocol of existing rules, each existing rule includes an input feature. The method also includes creating a new rule that includes an input feature, and comparing terminology in the input feature of the new rule against terminology in the input feature of each existing rule of the protocol using a second subsystem and determining whether the new rule and at least one existing rule from the protocol are similar.

Abstract: A method for dynamically prompting a caregiver for pertinent information about a patient uses a computer or processor operating as a rule-based system. The method includes receiving a first data input triggering a rule in a first rule queue requiring both a first data input and at least a second data input. The method further includes determining that the second data input is not available or is outdated, placing the rule in a second rule queue for later execution, and, when the second data input is available within a selected period of time, executing the rule, or otherwise, after the selected period of time, sending an electronic message to a caregiver to take action to provide the second data input.

Abstract: Certain embodiments of the present invention provide a clinical decision support system comprising a clinical decision support processing component adapted to determine the occurrence of an event based at least in part on at least one message received by the clinical decision support processing component and an alert feed server adapted to publish a clinical alert to an alert feed based at least in part on the event. The alert feed is in a standard syndication format.

Abstract: A computer-based method for generating rules for a clinical decision support system includes displaying a selected lab result for a patient, receiving a command from a user to create a rule using the selected lab result, and displaying questions and receiving answers from the user concerning future values of the selected lab result and/or trends of the selected lab result. The method further includes generating a rule for notifying the user based upon the future values of the selected lab result and/or trends of the selected lab result, in accordance with the received answers from the user.

Abstract: A method for identifying conflicting and duplicate rules in a decision support system is provided. The method includes establishing a first subsystem including a protocol of existing rules, each existing rule includes an input feature. The method also includes creating a new rule that includes an input feature, and comparing terminology in the input feature of the new rule against terminology in the input feature of each existing rule of the protocol using a second subsystem and determining whether the new rule and at least one existing rule from the protocol are similar.

Abstract: A method for dynamically prompting a caregiver for pertinent information about a patient uses a computer or processor operating as a rule-based system. The method includes receiving a first data input triggering a rule in a first rule queue requiring both a first data input and at least a second data input. The method further includes determining that the second data input is not available or is outdated, placing the rule in a second rule queue for later execution, and, when the second data input is available within a selected period of time, executing the rule, or otherwise, after the selected period of time, sending an electronic message to a caregiver to take action to provide the second data input.

Abstract: A computer-implemented method for managing data for a clinical decision support system includes providing a computer management system including a server and a database, and downloading the decision support system onto the computer management system. The decision support system includes a plurality of rules and receives data. The method also includes accessing the decision support system and issuing an alert associated with a predetermined data pattern to at least one client system according to the rules, receiving a request for additional information from the at least one client system in response to the issued alert, determining additional data that has been requested, and retrieving the additional information associated with the issued alert.

Abstract: Certain embodiments of the present invention provide a user-configurable clinical information system. Certain embodiments provide for a user-configurable data and functionality entry and retrieval system. Certain embodiments provide a system and method for configuration and/or customization of patient and practice data entry, analysis and manipulation. Certain embodiments provide a configurable system that allows easy update of components and rules transparently to a user. In an embodiment, a user may dynamically make changes to the system. Certain embodiments of the present invention provide a configurable system that provides greater flexibility, greater usability, greater diagnosis and support, and greater functionality for healthcare practitioners.

Abstract: A process for recovering quantities of carbonyl compound material from spent solvent-in-water emulsions derived from paint overspray treatment and capture systems in which the spent solvent-in-water emulsion is removed from the paint overspray treatment and capture system and fed into a reaction vessel. The reaction vessel employed includes an outer housing defining a reaction chamber and a plurality of mixing blades movably positioned in the reaction chamber. The surface area of the mixing blades are maintained at a temperature sufficient to generate volatilized carbonyl compound. The interior of the reaction vessel is maintained under a vacuum. The spent solvent-in-water emulsion is processed in the reaction vessel for an interval sufficient to generate volatilized carbonyl compound.

Abstract: A process for recovering organic solvent material from a hydrophilic liquid derived from paint overspray treatment operations in which the solvent-in-water emulsion initially contains 1-50 weight percent of an organic liquid having a boiling point of at least 150.degree. C., a vapor pressure less than 0.5 Torr at 20.degree. C.; and water, and the spent hydrophilic liquid additionally contains paint solid material derived from the paint overspray treatment system in which the recovery process includes the steps of(a) removing the spent hydrophilic liquid or a portion thereof from the paint spray booth;(b) feeding the spent hydrophilic liquid into a reaction vessel, the reaction vessel operating at a pressure less than about 100 mm/Hg and at a temperature sufficient to volatilize the organic liquid component of the hydrophilic liquid; and(c) separating a portion of said volatilized organic liquid from the spent hydrophilic liquid after introduction of the spent hydrophilic liquid into the reaction vessel.