Abstract: The disclosure relates to methods and systems for biological assays and assay transport systems.

Abstract: The invention relates to methods for phenotypic antimicrobial susceptibility profiling of unidentified pathogens directly from patient samples and uses thereof, including providing timely important information for evidence-based management of patients with infections from unidentified pathogens.

Abstract: Provided herein is a display system for medical information and a method for generating display content. The system is applicable to a medical institution for monitoring statuses of patient beds. The system includes a patient bed system and a central serving system. The central serving system receives data generated by medical instruments around the patient beds simultaneously. In the central serving system, the data is analyzed and compared with thresholds for classifying the statuses of the patients. After visualizing the data, an information display panel is incorporated to display the information with respect to each of the patient beds. The status at each patient bed can be expressed by various graphic charts and shown on the panel. The different degrees of the statuses of patients are shown with different display effects that can be provided for the medical staff to determine and deal with emergency situations immediately.

Abstract: Provided herein is to a method and a system for sharing electronic medical and health records. The method is operated in a serving system with a database. The system provides a software program executed by a terminal device. In the method, the serving system receives a connection request from the terminal device and verifies a user blockchain ID. The system provides one or more medical-health record indexes after the verification. When receiving an instruction for sharing medical-health record from the terminal device, the system generates a trust anchor for the terminal device. The trust anchor is provided for the terminal device to share with a shared recipient. When receiving an authorization message from the shared recipient, the system transmits the medical-health records to be shared to the shared recipient after verifying the blockchain ID and the authorization message.

Abstract: Provided herein is to a blockchain-implemented method and a system for accessing electronic medical and health records by blockchain. The method is operated in a server system that is used to manage one or more medical-health record databases and users' blockchain IDs. The plurality of medical-health record databases can be set by different medical-health institutions. The server system identifies the user's blockchain ID when it receives a request from a terminal device. The user uses a query interface to generate a query command. The server system then obtains one or more medical-health record indexes via blockchain verification according to the user's blockchain ID and the query command. The medical-health records corresponding to the indexes can therefore be obtained after querying the database.

Abstract: A structure having a polygonal base and sloping sides forming a frustrum includes a load bearing outer skin which contains an inner assembly and an outer assembly. Both the inner and outer assemblies include a skin plate member which is stiffened by stiffeners welded to one side of the skin plate member. The stiffeners are located at spaced intervals from each other and are disposed substantially perpendicular to the skin plate member. The inner and outer assembly are placed substantially parallel to each other to form a composite structure having an internal cavity defined by the inner and outer plates. The stiffeners of the inner assembly and the outer assembly are disposed in the cavity at a spaced relation to each other and extend partly into the cavity. A cementitious material substantially fills the cavity thereby completing the load bearing outer skin structure. The stiffeners may be flat steel plates or may have the profile of structural shapes such as angles or T's among others.

Abstract: The load bearing outer skin contains an inner assembly and an outer assembly. Both the inner and outer assemblies include a skin plate member which is stiffened by stiffeners welded to one side of the skin plate member. The stiffeners are located at spaced intervals from each other and are disposed substantially perpendicular to the skin plate member. The inner and outer assembly are placed substantially parallel to each other to form a composite structure having an internal cavity defined by the inner and outer plates. The stiffeners of the inner assembly and the outer assembly are disposed in the cavity at a spaced relation to each other and extend partly into the cavity. A cementitious material substantially fills the cavity thereby completing the load bearing outer skin structure. The stiffeners may be flat steel plates or may have the profile of structural shapes such as angles or T's among others.