Applied Diabetes Research Incorporated

Vicentra B.v.

Athena Gtx, Inc.

University of Texas System

Mystic Pharmaceuticals, Inc.

Lynch, George R.

Allen E Brandenburg

George R Lynch

Andrew Nelson

Gilles Petitjean

Jeffrey F Field

Monte Curran

Mark Darrah

Cesar Gradilla

John Elson

Gregory T Darrah

George C Kramer

Timothy R Sullivan

Guy A Drew

Jeffrey Nelson

Bret Price

David C Cocke

Richard B Voigt

Donald J Deyo

Bret W Price

Systems, devices, and methods for monitoring and treating a patient on route to a medical facility are disclosed. The system comprises a critical care unit; at least one patient monitoring device coupled to the critical care unit, wherein the critical care unit obtains physiological data about the patient from each patient monitoring device; at least one patient treatment device coupled to the critical care unit, wherein the critical care unit provides treatment instructions to each patient treatment device; a two way communications device coupled to the critical care unit; and a remote communications terminal in communication with the two way communications device. The critical care unit preferably sends the physiological data to the remote communications terminal and receives the treatment instructions from the remote communications terminal via the two way communications device.

Autonomous critical care systems and integrated combat casualty care systems

The present application relates to an infusion set (). The infusion set () has a base () for mounting on a user, and a connector () which engages with the base () to form a flow path between the connector () and a cannula mountable on the base (). The connector () is configured to be selectably mountable to the base () in at least two predetermined mounting orientations. The present application also relates to an infusion set base (), an infusion set connector (), an infusion set cannula, and a method of assembling an infusion set ().

Infusion set

An infusion system for delivery of therapeutic fluids from a remote source into a patient's body. The system has an infusion assembly, a rotating pivot joint member, a fluid connector assembly, and a sealing assembly retained within the infusion assembly between the housing of the infusion assembly and the rotating pivot joint member. The seal reduces leakage of fluids. The rotating joint may be pivoted to three distinct positions to allow for emplacement on the patient, delivery of the therapeutic fluid to the patient, and protected, sealed closure of the fluid channels to avoid patient fluid backflow.

Pivoting joint infusion system with seal

A novel one-piece fluid reservoir assembly for use in conjunction with an insulin infusion pump. The single piece fluid reservoir assembly includes a barrel body, a male luer fitting integral with the barrel body, a sealing surface integral with the barrel body, the sealing surface for sealing against the pump housing when the fluid reservoir assembly is inserted into the pump housing. Further, the barrel includes, as part of the one-piece fluid reservoir assembly, threads for engagement with threads on an opening in the fluid pump so that the fluid assembly can be inserted into the fluid pump, engage the threads and rotation therewith will locate the fluid reservoir assembly within the pump. Thereafter, a piston in the pump may be incrementally advanced to act upon a plunger in the barrel assembly to force a fluid within the barrel assembly through the male luer fitting and through a conduit engaged therewith to a remote infusion set.

One piece sealing reservoir for an insulin infusion pump

Novel fluid delivery systems are disclosed to improve the delivery of bio-compatible fluids to a patient. The systems can include a housing having a bladder pressurized by a pressurization unit so that fluid flow rate can be controlled, changed and/or monitored. The systems can also include a scale and/or a flow control unit.

Fluid balance monitoring system with fluid infusion pump for medical treatment

This invention relates to therapeutic infusion assemblies, more specifically a device for the subcutaneous delivery of a fluid from a remote source. Applicant provides a base assembly which has a fluid channel therein and a cannula extending vertically downward from a flat bottom. A fluid connector member which receives a fluid bearing line from the remote fluid source and the fluid connector member pivotably and removably connects to the base member. The manner of connection is 'hinged' allowing the fluid connector to move from a non-use position by rotation downward to a used position. In the use position a fluid channel in the fluid connector will connect with a fluid channel in the base to provide fluid to the cannula and to the patient.

Low profile, pivotal connection infusion assembly

Intranasal delivery devices include dosage forms containing medical compositions for use in the intranasal devices, and methods of delivering medical compositions to the nasal mucosa of users. The devices dispense a predetermined quantity of fluid into the nasal passage of a user, in which the predetermined quantity of fluid is contained in, or produced in a dosage form or blister that is crushed by a plunger with sufficient force to drive the dosage form against a piercing mechanism, piercing the dosage form and forcing the liquid contents from the dosage form and through a delivery channel into a spray to be directed into the nasal passage of a user. The plunger is connected to a trigger device by a linkage that confers a mechanical advantage to the trigger mechanism.

Intranasal cartridge devices

Pivoting joint infusion system with steal

Growing community of inventors

Dripping Springs, TX, United States of America

Allen E Brandenburg