Abstract: In one aspect, a computer implemented method for providing rapid access to product information on a mobile computing device is disclosed. The method includes provisioning an online platform and associating a database repository. Next, the method generates a visual code and identifies the visual code to a domain name. Then the visual code is populated with information, such as product information, wherein the product information is associated to the visual code that is further linked to the data repository and online platform. The association allows for multiple file types and acquisition from web scraping. Further, the online platform allows for editing content behind the domains and generating further subdomains that further link to the original visual code. Thereby providing, in one aspect, a quick information portal through the use of visual codes and data structuring.

Abstract: In one aspect, a computer implemented method for providing rapid access to product information on a mobile computing device is disclosed. The method includes provisioning an online platform and associating a database repository. Next, the method generates a visual code and identifies the visual code to a domain name. Then the visual code is populated with information, such as product information, wherein the product information is associated to the visual code that is further linked to the data repository and online platform. The association allows for multiple file types and acquisition from web scraping. Further, the online platform allows for editing content behind the domains and generating further subdomains that further link to the original visual code. Thereby providing, in one aspect, a quick information portal through the use of visual codes and data structuring.

Abstract: A computerized method of providing patient treatment values in real time, including the steps of providing a computer database having a plurality of predetermined patient selection criteria, patient condition categories, and drug selection, dosing values and related information, and providing an input device in communication with the computer database for inputting one or more of the patient selection criteria, patient condition categories and drug selection and dosing values and related information. A computer display in communication with the computer database and the input device is provided for displaying precalculated dosing values based on one or more inputted patient selection criteria, patient condition categories and dosing values and related information. One or more of the patient selection criteria, patient condition categories and treatment type is input by the input device into the computerized database provided in step (a) and associating a unique identifier with the inputted information.

Abstract: A computerized method and related apparatus for providing drug infusion values to an infusion pump. A computer database is provided containing a plurality of predetermined drugs, precalculated indication-specific treatment dosages and precalculated infusion rates based on the weight or weight range of a patient to be infused with the drug. An input device in communication with the computer database is provided for inputting the patient's weight, and the drug to be administered. An electronic display communicates with the computer database for displaying a coded image representing a drug infusion rate for the drug to be administered based on the patient's weight. A drug infusion pump is provided and adapted for accepting a digital data input representing a drug infusion rate to be administered to the patient automatically in real time and for adjusting the drug infusion rate to correspond to the digital data input.

Abstract: A computerized method of providing patient treatment values in real time, including the steps of providing a computer database having a plurality of predetermined patient selection criteria, patient condition categories, and drug selection, dosing values and related information, and providing an input device in communication with the computer database for inputting one or more of the patient selection criteria, patient condition categories and drug selection and dosing values and related information. A computer display in communication with the computer database and the input device is provided for displaying precalculated dosing values based on one or more inputted patient selection criteria, patient condition categories and dosing values and related information. One or more of the patient selection criteria, patient condition categories and treatment type is input by the input device into the computerized database provided in step (a) and associating a unique identifier with the inputted information.

Abstract: A system is provided for providing patient treatment values in real-time, including: a database module comprising a database having a plurality of predetermined categories of patient selection criteria, patient condition categories, treatment types and precalculated treatment doses based on the predetermined categories and patient selection criteria; an input module in communication with the database module for inputting one or more of patient selection criteria, patient condition categories and treatment type at time of patient treatment; and a display module in communication with the database module and the input module for displaying a precalculated treatment dose based on one or more inputted patient selection criteria, patient condition categories and treatment type at time of patient treatment.

Abstract: A system is provided for providing patient treatment values in real-time, including: a database module comprising a database having a plurality of predetermined categories of patient selection criteria, patient condition categories, treatment types and precalculated treatment doses based on the predetermined categories and patient selection criteria; an input module in communication with the database module for inputting one or more of patient selection criteria, patient condition categories and treatment type at time of patient treatment; and a display module in communication with the database module and the input module for displaying a precalculated treatment dose based on one or more inputted patient selection criteria, patient condition categories and treatment type at time of patient treatment.

Abstract: A healthcare information storage system for the capture, storage, and retrieval of healthcare information, including a data input device including an audio input apparatus and video input apparatus for receiving audio and video information captured by the audio input apparatus and video input apparatus, and a data transmitting device for outputting the audio and video information captured by the audio input apparatus and video input apparatus through a first communications link. A data storage device stores the audio and video information received through the first communications link, and at least one data access device receives the audio and video information through a second communications link from the data storage device.

Abstract: A method of determining proper medical treatment values for a patient, including the steps of a method of determining proper medical treatment values for a patient, including the steps of determining a body weight of a patient. The weight can be determined directly or by reference to a weight-correlated measurement, such as length. A medical administration/preparation (“MAP”) guide is provided for each of a plurality of medical treatments, each MAP guide having a plurality of treatment values provided thereon correlated to a respective plurality of patient weight zones. The treatment value for the patient is determined by reference to the MAP guide. The medical treatment is administered as indicated on the MAP guide for the patient based on the weight zone of the patient as determined by the weight-determining step.

Abstract: A method of infusing a therapeutic fluid into a patient, including the steps of categorizing a universe of patient weights into a plurality of discrete weight ranges, and correlating the weight ranges to a preselected series of identifiably distinct characteristics. An appropriate amount of a therapeutic substance is determined for each of the plurality of weight ranges, along with normal maintenance fluid requirements each one of the plurality of weight ranges. The amount of administered maintenance fluid is adjusted to compensate for the quantity of therapeutic fluid being administered. The identifiably distinct characteristic correlated with the selected one of the plurality of weight ranges is used to visually correlate the patient with a proper therapeutic fluid dosage and a proper amount of maintenance fluid.