Abstract: A system for facilitating routing to a provider via artificial intelligence is provided. The system interacts with a user to obtain information from the user during an encounter. The information is provided to an artificial intelligence engine to determine a medical complaint of the user. The artificial intelligence engine proceeds to generate a list of providers matching criteria associated with the medical complaint, the information, or a combination thereof. Additional filters are applied to the list of providers to enhance correlation of the providers in the list for the individual. The artificial intelligence engine determines an optimal provider from the list based on the optimal provider having a greater correlation with the information, the medical complaint, or a combination thereof, than other providers in the list. The system presents the list of providers and digital links to enable selection of one or more providers to establish connections with the providers.

Abstract: A system for utilizing artificial intelligence for facilitating physician assessment is provided. The system interacts with a user to obtain information from the user, which is then provided to an artificial intelligence engine to predict an assessment and generate a digital record for the user including a plan for the user. The engine compares the predicted assessment to standing order protocols and provider standards protocols to determine if there is a match. If there is a match, instructions according to the protocols are executed. Otherwise, the system places the digital record containing the assessment in a worklist for further review to determine a workflow for the assessment. The workflow instructs the user to proceed directly to an emergency room, schedule a consultation with a provider, or to have the assessment reviewed by a provider. The digital record is updated and provided to the user, third parties, and billing systems.

Abstract: Compounds of Formula I or a stereoisomer, tautomer, prodrug or pharmaceutically acceptable salt thereof are provided, which are useful for the treatment of hyperproliferative diseases. Methods of using compounds of Formula I or a stereoisomer, tautomer, prodrug or pharmaceutically acceptable salt thereof, for in vitro, in situ, and in vivo diagnosis, prevention or treatment of such disorders in mammalian cells, or associated pathological conditions are disclosed.

Abstract: A device for non-invasive light delivery to a subject. The device includes a controller disposed in the housing, the controller being electrically connected to the power source; at least one waveform electronics assembly; a plurality of laser diodes disposed in the housing, the plurality of laser diodes being configured to operate in a super-pulsed regime, the controller being configured to operate the plurality of laser diodes with a Megahertz (MHz) modulation and peak power in milliwatts (mW), the plurality of laser diodes including at least one near-infrared laser diode, at least one mid-infrared laser diode, at least one far-infrared laser diode, and at least one visible-range laser diode; a plurality of optical fibers bundled into at least one fiber bundle, a distal end of the at least one fiber bundle being arranged and configured for delivering light from the plurality of optical fibers to the subject.

Abstract: A device for preventing leaks is disclosed herein. The device for preventing leaks includes a cylindrical body that may have a top end and a bottom end, a spring being biased within a hollow portion of the cylindrical body, a plurality of ball bearings located on an inner lower portion of the cylindrical body, a plurality of O-rings being removably located within the hollow portion of the cylindrical body, a sleeve being movably coupled to the cylindrical body, and wherein the device may be configured to prevent leakage from a pressurized valve.

Abstract: A data storage system, device, and method are provided for replicating data between different data storage systems or appliances. More specifically, the present invention affords communications between heterogeneous data storage systems that potential employ different communication protocols. A bridging communication protocol is utilized by one or both storage systems in order to accommodate different communication protocols. Alternatively, a storage appliance connecting the data storage systems may employ the bridging communication protocol.

Abstract: A data storage system, device, and method are provided for replicating data between different data storage systems or appliances. More specifically, the present invention allows an initiating data storage device to pull data from a target data storage device. Thus, the storage device that is supplying the data can act as a target and does not require the additional software inherent in being an initiator.