Abstract: A system and method for calibration of a fluorometer using a calibration cell comprising a sealed container housing one or more calibration solutions of known fluorescence. The inventive calibration device includes a sealed calibration cell housed in a storage chamber that may be permanently or temporarily affixed to the top of a fluorometer such that the calibration solution can be moved by manual or automated means directly from the storage chamber to the fluorometer cell for a calibration operation. All of the solution needed for any given calibration can be contained exclusively, in small quantity, inside the calibration cell.

Abstract: A system and method for calibration of a fluorometer using a calibration cell comprising a sealed container housing one or more calibration solutions of known fluorescence. The inventive calibration device includes a sealed calibration cell housed in a storage chamber that may be permanently or temporarily affixed to the top of a fluorometer such that the calibration solution can be moved by manual or automated means directly from the storage chamber to the fluorometer cell for a calibration operation. All of the solution needed for any given calibration can be contained exclusively, in small quantity, inside the calibration cell.

Abstract: The subject matter of the present disclosure generally relates to a sensor assembly having a first component configured to melt when a temperature of the sensor assembly reaches a first value below a minimum value of a predetermined temperature range, a second component configured to melt when the temperature of the sensor assembly reaches a second value above a maximum value of the predetermined temperature range, and a third component configured to monitor a volume of fluid disposed in a vessel when the temperature of the sensor assembly is within the predetermined temperature range.

Abstract: The subject matter of the present disclosure generally relates to a sensor assembly having a first component configured to melt when a temperature of the sensor assembly reaches a first value below a minimum value of a predetermined temperature range, a second component configured to melt when the temperature of the sensor assembly reaches a second value above a maximum value of the predetermined temperature range, and a third component configured to monitor a volume of fluid disposed in a vessel when the temperature of the sensor assembly is within the predetermined temperature range.

Abstract: A system and method is provided which allows users to create, upload and post user-created content on a website or device that is searchable and accessible from a different website or device. Each user that adds user-created content to a website or device also defines the search criteria that will be used to search for such content. The system and method further creates a distributed network of independent websites that allows user-created content stored on any of the websites to be searched and accessed from any single website in the distributed network without having to leave that website.

Abstract: A system and method is provided which allows users to create, upload and post user-created content to a website or device such that this user-created content is searchable and accessible from a mobile device. The system and method provide a distributed network of independent websites, devices and mobile devices that allows user-created content stored on any of the websites, devices or mobile devices to be searched and accessed from any mobile device in the distributed network. Further, the system and method allows each user that posts user-created content to a website or device to define the search criteria that will be used to search for their posted content, where this user-defined search criteria can be input directly from a mobile device when a mobile device is being used to create and upload user-created content.