Other

Nsixty, LLC

Spectrum Laboratories, Inc.

James Matthew Stephens

Matthew Berlage

The present invention provides a video communication system including a kiosk for recording video messages created by a user and a database for storing and providing access to the video messages. The kiosk includes a user interface for receiving user information such as name, address, email, and other identifying information. The kiosk further includes a message-recording device for recording a user video message. The video message and user message data are uploaded to a database. The database reconnects with the user through the user information to allow the user to access the video message. In an embodiment, the database sends an email web link to the user. The user may view the video message by opening the email web link and viewing the video message on an internet website.

Video communication system and method for using same

A synthetic urine solution and method of its manufacture are disclosed. The solution includes water having a pH between about 3 and about 10. The solution further includes creatinine, a means for removing bacteria from the solution so as to control or eliminate sepsis of the urine solution, preferably through the use of a biocide, and a urea-based compound. The solution exhibits a specific gravity of from 1.005 g/cmto 1.025 g/cm. Additional compounds may also be included to further enhance the aesthetics or apparent authenticity of the synthetic urine.

Urea-based synthetic urine and method of manufacturing same

A device is provided for securing an item comprising a body, a plurality of fingers having a first end secured to the body with the first end having an aperture, a second end, a cavity defined by the interior of the finger that is accessible from the aperture to receive a fluid therein to extend the second end from a first position outwardly from the body to a second position to secure the item, and a plurality of valve elements in fluid communication with the aperture to prevent backflow of the fluid from the cavity.

Securing device

Methods for enhancement in accuracy of immunochemical analysis of heterogeneous biological fluids containing exogenous substances that can interfere in immunochemical analysis for endogenous analytes of interest. According to this method a heterogeneous biological fluid sample is pretreated with an interferant suppression effective amount of a molybdenum coordination complex, so as to reduce manifestation of the presence of said exogenous material under immunoassay conditions. This invention is suitable for the suppression of manifestation of exogenous substances, specifically metabolites of drugs of abuse, during the immunoassay of biological fluids of infants for detection of endogenous substances indicative of a wellness or disease state. This invention also has application for similar suppression exogenous substances in the biological fluid of adults that have been inadvertently exposed to such substances (e.g. secondhand smoke).

Molybdenum complex and test kit to enhance accuracy of analysis of endogenous analytes in biological fluids

Door storage device

A synthetic urine solution and method of its manufacture are disclosed. The solution includes water having a pH between 3 and 10. The solution further includes creatinine and means for removing bacteria from the solution so as to control or eliminate sepsis of the urine solution, preferably through the use of biocide. The solution exhibits a specific gravity of from 1.005 g/cmto 1.025 g/cm. Additional compounds may also be included to further enhance the aesthetics or apparent authenticity of the synthetic urine produced according to this invention.

Synthetic urine and method of manufacturing same

Urine samples are made free of potentially interfering substances, such as alkaloids or pharmaceuticals, by contacting the urine sample with an amount of a chemical oxidizing agent in a disposable oxidation bag, while retaining the physical indicia characteristic of urine to allow the sample to be further tested.

Apparatus and method for removing interfering substances from a urine sample using a chemical oxidant

Urine samples are made free of potentially interfering substances, such as alkaloids or pharmaceuticals, by contacting the urine sample with an amount of a chemical oxidizing agent, while retaining the physical indicia characteristic of urine to allow the sample to be further tested.

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Cincinnati, OH, United States of America

James Matthew Stephens