Abstract: The invention provides arylthioether acetamide and related compounds, pharmaceutical compositions, and their use in the treatment of medical conditions, such as bacterial infections, and in inhibiting LpxA activity.

Abstract: Embodiments describe systems and methods for analyzing digital certificates. A computer-implemented method can include identifying a plurality of digital certificates, individual digital certificates of the plurality of digital certificates including respective internal information. External information associated with the individual digital certificates can be determined, the external information not contained within the respective digital certificate. The external information can be updated in a database with additional external information that is collected on a periodic basis. A query can be run against the database to identify one or more vulnerable digital certificates associated with a client based on the internal information and the external information. A notification can be sent to the client regarding the one or more vulnerable digital certificates.

Abstract: A method includes receiving an image of a drug product package that contains one or more drug products therein; detecting, using an artificial intelligence engine, characteristics of the image that are associated with a drug product packaging system; and generating a modified image of the drug product package based on characteristics of the drug product packaging system.

Abstract: A method includes receiving an image of a drug product package that contains one or more drug products therein, the image including labeling content displayed on a surface thereof; detecting, using an artificial intelligence engine, the labeling content on the surface of the drug product package; and generating a modified image of the drug product package that has the labeling content removed from surface thereof.

Abstract: A low-profile visual counting system is provided and designed to count pills or other small discrete objects. This technology is vision based, which allows a pharmacist or other user to pour pills onto a counting surface in a single layer, and then the device tells the user how many pills are on that surface. The present device places the camera and preferably an infrared light source below the counting surface. This offers the unique advantage of not having to mount a camera above the counting surface which reduces the size and improves the aesthetic characteristics of such a device. The image is captured and then processed to determine the number of pills on the surface. This system may be interfaced with other networks, terminals, and existing pharmacy management systems.

Abstract: A method for making an electromagnetic band gap structure includes performing a single full wave simulation for the structure using a computer to perform the simulation, extracting a multiple port scattering matrix based on the single full wave simulation using a computer, and measuring or estimating a transmission of waves across the body between a first port and a second port of the body. The body has multiple ports between the first port and the second port that are defined by scattering elements using the computer. The matrix may be reduced to a two by two matrix recursively one dimension at a time using the computer.

Abstract: A low-profile visual counting system is provided and designed to count pills or other small discrete objects. This technology is vision based, which allows a pharmacist or other user to pour pills onto a counting surface in a single layer, and then the device tells the user how many pills are on that surface. The present device places the camera and preferably an infrared light source below the counting surface. This offers the unique advantage of not having to mount a camera above the counting surface which reduces the size and improves the aesthetic characteristics of such a device. The image is captured and then processed to determine the number of pills on the surface. This system may be interfaced with other networks, terminals, and existing pharmacy management systems.

Abstract: A method and system for generating and using inspection data is disclosed. Prior to an inspection, inspection data is generated which includes location and component attributes, observation codes, and relationships between the location and component attributes and observation codes. During an inspection, an inspector accesses the inspection data to generate a data entry form which reflects the attributes, observation codes, and the relationships chosen during the inspection data generation. The inspector uses the data entry form to generate an inspection record having a structure based on the predefined inspection data.

Abstract: A method for making an electromagnetic band gap structure includes performing a single full wave simulation for the structure using a computer to perform the simulation, extracting a multiple port scattering matrix based on the single full wave simulation using a computer, and measuring or estimating a transmission of waves across the body between a first port and a second port of the body. The body has multiple ports between the first port and the second port that are defined by scattering elements using the computer. The matrix may be reduced to a two by two matrix recursively one dimension at a time using the computer.

Abstract: A method and system for generating and using inspection data is disclosed. Prior to an inspection, inspection data is generated which includes location and component attributes, observation codes, and relationships between the location and component attributes and observation codes. During an inspection, an inspector accesses the inspection data to generate a data entry form which reflects the attributes, observation codes, and the relationships chosen during the inspection data generation. The inspector uses the data entry form to generate an inspection record having a structure based on the predefined inspection data.