35 results about "Dosage schedule" patented technology

Devices, systems, and methods are provided for remote visualization of the storage compartments in a medication dispenser device, to monitor a patient's compliance with a medication dosage schedule and for verifying the proper loading of medication into the patient's medication dispenser device. The device may include a plurality of storage compartments, each having an interior space for storing at least one medication or medication reminder marker; an image capturing device (e.g., a camera) positionable to capture an image of the interior space of each storage compartment; and a communications module for electronically transmitting the captured image to a central monitoring station.

The present invention provides methods of treating or preventing a medical condition that is responsive to a bisphosphonate compound in a subject. The methods comprise administering to the subject a pharmaceutical composition comprising a therapeutically effective amount of the bisphosphonate no less frequently than a bi-weekly dosage schedule. In some embodiment, the bisphosphonate compound is zoledronic acid.

The invention relates to the use of a JAK1 kinase-selective inhibitor that has minimal inhibitory activity towards Jak2 kinase for treating a disease, such as an inflammatory disease (e.g., moderate to severe Rheumatoid Arthritis) and/or bone loss, either alone or in combination with a DMARD (disease modifying anti-rheumatic drug), such as methotrexate. The invention also provides pharmaceutical composition, dosage formulation, administration route, and dosage schedule thereof.

A pill bottle or like for medicinal products such as prescription drugs includes an audio device for emitting audible messages to the user of the product, thereby enabling easy identification of the product by the visually impaired. The audio device is incorporated into an internal chamber of a lid of the bottle. The audio device stores data thereon that is received from the computer terminal of a prescription dispensing station, and is configured to wirelessly transmit this data to a separate mobile electronic device, such as a smart phone or tablet computer, which uses the data to cross-check the user's medicinal products for potential interactions and allergen risks, and to create audible reminders for following a prescribed dosage schedule.

A comprehensive organizational system for managing medical records for an individual patient and a method for managing the dispensation of multiple medications. The method includes a set of symbols indicating the time of day the medication should be administered in accordance with the prescription instructions and a storage system for duplicate prescription labels corresponding to the prescription labels on the prescription containers. The dosage schedule and amount are translated into the symbols which are applied to each duplicate prescription label. Medications are dispensed to the patient in accordance with the symbols applied to the duplicate prescription labels.

A system and method for simulating clinical trial protocols with compiled state machines is presented. The system receives input data representing a clinical trial protocol. This information is sorted into a plurality of schedules, including dosage schedules, observation schedules, and various other types of schedules. The schedules are translated into a general purpose high level programming language and then compiled into and executable file. The executable file may comprise a plurality of discrete state machines, each state machine corresponding directly to a single schedule. During the clinical trial simulation, the executable file is run by the trial simulator to simulate the trial protocol.

A mobile apparatus for monitoring and managing periodic intake of dietary supplements or drug-based products utilizing user health and wellbeing updates. The mobile apparatus is a mobile computing device configured to execute a mobile application. The mobile application accepts periodic health and wellbeing information from a user and other connected monitoring devices, accepts user goal updates, accepts effectiveness feedback from the user, displays messages recommending dietary supplement and drug dosages and dosage schedules to the user, notifies the user when to take the dosage, accepts messages detailing the dosage intake and updates the estimated amount of material available, sends messages to re-order material, and provides feedback to the user based on measurement of actual usage.

Apparatus for assisting individual or multiple patients to comply with a medication dosage schedule, and/or other medical regimen, and maintain a log of associated activities, includes a wall or table mountable base member upon which is mounted a log pad, a question pad, a card holder, a document holder, and a medication bin for retaining medication containers.

A patient customizes or modifies the doses of medicine(s) that is then reflected in the configuration of medicine packs created for the patient. The patient sends a request to the doctor or pharmacy to customize or modify the dosage schedule so that the patient takes the medicine when convenient or appropriate for him or her. The doctor or pharmacy approves the changes. These processes can occur over a network using devices to access the programs and records needed. The medicine is dispensed according to the configured packaging customization. A robot packing system receives the configuration instructions and creates the medicine packs.

The invention discloses a method for detecting mutation of codons 12 and 13 of a K-ras gene. The method is based on a mass spectrometric detection nuclease cleavage fingerprint technology and comprises the steps of PCR (Polymerase Chain Reaction) amplification, PCR product purification, reverse transcription, nuclease cleavage, nuclease cleavage product purification, mass spectrometer detection and the like. To detect whether the codons 12 and 13 of the K-ras gene mutate based on the method can provide a reference for clinic judgment of patient prognosis and determination of a dosage schedule.

A dosage reminder device (100) and medication carton (130) includes an indicator/support (140) formed from the carton's flat exterior wall (132) retentively engaging a rotateable ring (110). The ring includes dosage time period indicia (118) establishing (120) a dosage schedule and the indicator includes a co-operating next dose pointer (146) for selecting the next dosage time period so indicated. A patient can rotate the ring to align the next scheduled dosage time period with the indicator pointer. The indicator pointer and the scheduled dosage time period form a reminder indicating when the next dose is due or when the last dose was taken.

The invention relates to the technical field of analgesia patient controlled analgesia (PCA) pumps, in particular to an analgesia PCA pump based on fuzzy mathematics judgment for pain degree of analgesia. In the field of pain treatment by using the analgesia PCA pump, PCA press information of a patient is delivered through wireless transmitting and receiving. In a computer terminal, due to surgery patient individual differences and psychological and physiological differences of patients, a concept of fuzzy mathematics is introduced, patient-controlled fuzzy analgesia index (PCFAI) is put forward, and an analgesia pump platform is passed through adoption of fuzzy mathematics judgment for pain degree of analgesia. Through the analgesia pump platform, medical staff can monitor pain and analgesia condition of patients in the shortest time and optimize analgesia dosage schedule in time.

The present invention provides a device for tracking medical dosage schedules. The device includes a generally tubular device that has an inner surface and an outer surface, wherein the outer surface includes visual indicia related to dosing of medication wherein the device is configured to be positioned around a container of the medication. By positioning the device relative to the container, the user can determine which dose has been administered and which dose is next to be administered.

The present invention is directed to a system for tracking and reducing consumption of a substance by a user. The system comprises a vape device comprising a payload reservoir configured to contain a payload to be vaporized, wherein the payload includes the substance, and an atomizer configured to vaporize a portion of the payload during each of a plurality of user inhalations. The system also comprises a software application executable on the computing device, wherein the software application causes the computing device to determine a dosage schedule that causes a reduction in consumption of the substance over a period of time, and control operation of the vape device in accordance with the dosage schedule during a substance reduction period.

A pill dispenser system; the device is lockable and able to hold and dispense premanufactured roll(s) of medication with pouches linked together in a continuous strip. The premanufactured roll of medication pouches is manufactured according to a prescribed dosage schedule. The pill dispenser system includes a combination of dispenser assembly including a housing having a first-member, and a second-member, computer components, a premanufactured roll of medication, an adjustable holder, a roll advancing mechanism, a separator, a securer, a power source, a user-interface, at least one locking mechanism, at least one sensor, and a code reader providing a safe and convenient way for patients and caregivers to manage medication-dosing schedules.

Dosage log apparatuses, containers and medication dosage recording methodologies for tracking medications and dosage schedules.

Provided are an apparatus and method for supporting a medicine-taking service capable of supporting patients to take a medicament to dynamically comply with a dosage schedule managed in a remote control manner. The automatic distribution of the medicaments is carried out by receiving a dynamically changing dosage schedule and prescription from a server to store the received dosage schedule and prescription; checking a medicine-taking time using the dosage schedule and storing the checked medicine-taking time; informing a user and the server of the medicine-taking time; distributing a corresponding number of medicaments from corresponding vials using the dosage schedule according to a user's intention to take medicine when it is the medicine-taking time; confirming whether a user takes the distributed medicaments; and transmitting the confirmed medicine-taking results to the server.

A method and system of safe medication dispensing includes a smart medication container that includes a sensor and a signal transmitter and a smartphone that includes a processor, memory, local storage, and a signal receiver. A software application on the patient's smartphone inputs one or more of the patient's medications including the dosage, dosage schedule, and number of doses on hand. The software application alerts the patient to take a specific medication according to the medication's dosage schedule. The sensor senses when the patient opens the smart medication container and the signal transmitter transmits a status signal to the smartphone indicating the status of the container. Upon receiving the status signal, the software application updates the patient's dosage schedule. The software application may prompt the patient for refills, to log, or to report the taking of the medication to a third-party monitor.

Disclosed is an improved sealing sheet for use to close a container-defining sheet having a top surface comprising a given number of spaced apart cavities embossed therein, each of the cavities being upwardly opened and thus defining a container that is surrounded by a flange that is part of the top surface of the container-defining sheet. In a first configuration, the number of cavities made in the container-defining sheet is thirty-two, positioned in order to define eight rows and four columns. A row of containers is removable from the container-defining sheet towards a second configuration in which the number of cavities made in the container-defining sheet is twenty-eight. The set of containers can more efficiently cover a prescription that has to be administered over a monthly period, under different dosage schedule scenarios, while reducing unused sections of the resulting blister packs.