Abstract: A glenoid implant (100) is disclosed. The glenoid implant including a plurality of bone fixation pegs (130, 140, 150) extending from a back or medial surface thereof. The bone fixation pegs including one or more features in the form of fins (132) and grooves (160) arranged and configured to provide increased fixation to the patient's bone thus minimizing the likelihood of the implant loosening.

Abstract: Provided herein are methods for discovery of epitope specific monoclonal antibodies to pathogens directly from immune sera for immunotherapeutic use. Further provided herein are methods to determine molecular structure of antibodies targeting an antigen from convalescent or vaccinated individuals for the purpose of rational vaccine design.

Abstract: Provided herein are methods for discovery of epitope specific monoclonal antibodies to pathogens directly from immune sera for immunotherapeutic use. Further provided herein are methods to determine molecular structure of antibodies targeting an antigen from convalescent or vaccinated individuals for the purpose of rational vaccine design.

Abstract: A drain petcock having a central channel for drainage, a side wall aperture for draining, and a closing plug that closes the central channel and overlies the side wall aperture. The partial removal of the closing plug enables a controlled flow for initial draining. A full removal of the closing plug enables a more controlled flow through the central channel for further draining.

Abstract: A drain petcock having a central channel for drainage, a side wall aperture for draining, and a closing plug that closes the central channel and overlies the side wall aperture. The partial removal of the closing plug enables a controlled flow for initial draining. A full removal of the closing plug enables a more controlled flow through the central channel for further draining.

Abstract: A drain petcock having a central channel for drainage, a side wall aperture for draining, and a closing plug that both closes the central channel and overlies the side wall aperture. The partial removal of the closing plug enables a controlled flow for initial draining. A full removal of the closing plug enables a more controlled flow through the central channel for further draining.

Abstract: A drain petcock having a central channel for drainage, a side wall aperture for draining, and a closing plug that both closes the central channel and overlies the side wall aperture. The partial removal of the closing plug enables a controlled flow for initial draining. A full removal of the closing plug enables a more controlled flow through the central channel for further draining.

Abstract: A method for visualizing historical pathogen sampling in a facility includes the following steps: (1) populating a plurality of sampling locations as a plurality of icons on a map of the facility; (2) receiving sampling data specifying a plurality of pathogen levels at the plurality of sampling locations; (3) assigning one of a plurality of colors to each of the plurality of sampling locations according to the plurality of pathogen levels; (4) coloring the pathogen sampling locations on the map with the assigned colors to form a frame; (5) repeating steps (2), (3), and (4) on at least three different occasions to form a sequence of frames; and (6) sequentially displaying the sequence of frames and an identification of the respective occasion at a constant rate.

Abstract: One aspect of the disclosure relates to providing an online game for facilitating assumption of a player identity. The online game comprises a player account associated with the player. By facilitating assumption of a first player identity associated with a first player account, game support personnel and/or an administrator may be substituted for a player in the online game. The assumption of the first player identity may be accomplished through transmission and/or implementation of a private key stored on a client computing platform associated with the first player account, in order to facilitate a different client computing platform (e.g., associated with support personnel) to be authenticated to the first player account. This may allow the support personnel and/or an administrator to directly experience the player problems in the online game.

Abstract: One aspect of the disclosure relates to providing an online game for facilitating assumption of a player identity. The online game comprises a player account associated with the player. By facilitating assumption of a first player identity associated with a first player account, game support personnel and/or an administrator may be substituted for a player in the online game. The assumption of the first player identity may be accomplished through transmission and/or implementation of a private key stored on a client computing platform associated with the first player account, in order to facilitate a different client computing platform (e.g., associated with support personnel) to be authenticated to the first player account. This may allow the support personnel and/or an administrator to directly experience the player problems in the online game.

Abstract: One aspect of the disclosure relates to providing an online game for facilitating assumption of a player identity. The online game comprises a player account associated with the player. By facilitating assumption of a first player identity associated with a first player account, game support personnel and/or an administrator may be substituted for a player in the online game. The assumption of the first player identity may be accomplished through transmission and/or implementation of a private key stored on a client computing platform associated with the first player account, in order to facilitate a different client computing platform (e.g., associated with support personnel) to be authenticated to the first player account. This may allow the support personnel and/or an administrator to directly experience the player problems in the online game.

Abstract: A method for visualizing historical pathogen sampling in a facility includes the following steps: (1) populating a plurality of sampling locations as a plurality of icons on a map of the facility; (2) receiving sampling data specifying a plurality of pathogen levels at the plurality of sampling locations; (3) assigning one of a plurality of colors to each of the plurality of sampling locations according to the plurality of pathogen levels; (4) coloring the pathogen sampling locations on the map with the assigned colors to form a frame; (5) repeating steps (2), (3), and (4) on at least three different occasions to form a sequence of frames; and (6) sequentially displaying the sequence of frames and an identification of the respective occasion at a constant rate.

Abstract: One aspect of the disclosure relates to providing an online game for facilitating assumption of a player identity. The online game comprises a player account associated with the player. By facilitating assumption of a first player identity associated with a first player account, game support personnel and/or an administrator may be substituted for a player in the online game. The assumption of the first player identity may be accomplished through transmission and/or implementation of a private key stored on a client computing platform associated with the first player account, in order to facilitate a different client computing platform (e.g., associated with support personnel) to be authenticated to the first player account. This may allow the support personnel and/or an administrator to directly experience the player problems in the online game.

Abstract: A gelatinous or “gummy” confection is supplemented with low-DHA, low-chlorophyll, high-protein microalgal cells. Because the microalgal cell walls encapsulate the microalgal protein, the microalgal cells do not interfere with the setting process of the confection. The confection can be produced by combining gelatin or other gelling agent with sweetener, color, flavor, and intact high-protein microalgae. The microalgae can be obtained from heterotrophic cultivation of Chlorella protothecoides or other microalgal cells under nitrogen replete conditions with washing, pasteurization and drying to obtain microalgal flour with at least 50% microalgal protein by weight.

Abstract: Disclosed are methods, systems, and apparatus for maximizing the spectral efficiency of a communications spectrum by providing a means to transmit information continuously in both directions of a radio link on the same center frequency at any given time. One embodiment may be directed to a method of communicating in a point-to-point radio system. The method may include receiving a first signal at a first antenna of a radio head. The first signal may include a transmitted data signal and interfering signals. The method continues by determining a correction signal from a transmitter of the radio head and processing the first signal to remove the interfering signals using the correction signal, and sending a second signal using a second antenna. The first and second signals may be sent and received at substantially the same time.

Abstract: Embodiments of the present invention are directed to methods, apparatuses, and systems for implementing a point-to-point radio architecture in which the isolation needed between the transmitter and receiver may be achieved through the use of separate antennas. One embodiment is directed at a radio head comprising a transmitter configured to operate at a first frequency, a receiver configured to operate at a second frequency, and a processor coupled to both the transmitter and the receiver. The transmitter is further coupled to a first antenna interface coupled to a first antenna configured to transmit signals at the first frequency. The receiver is further coupled to a second antenna interface coupled to a second antenna configured to receive signals at the second frequency.

Abstract: Disclosed are methods, systems, and apparatus for maximizing the spectral efficiency of a communications spectrum by providing a means to transmit information continuously in both directions of a radio link on the same center frequency at any given time. One embodiment may be directed to a method of communicating in a point-to-point radio system. The method may include receiving a first signal at a first antenna of a radio head. The first signal may include a transmitted data signal and interfering signals. The method continues by determining a correction signal from a transmitter of the radio head and processing the first signal to remove the interfering signals using the correction signal, and sending a second signal using a second antenna. The first and second signals may be sent and received at substantially the same time.

Abstract: Disclosed are methods, systems, and apparatus for maximizing the spectral efficiency of a communications spectrum by providing a means to transmit information continuously in both directions of a radio link on the same center frequency at any given time. One embodiment may be directed to a method of communicating in a point-to-point radio system. The method may include receiving a first signal at a first antenna of a radio head. The first signal may include a transmitted data signal and interfering signals. The method continues by determining a correction signal from a transmitter of the radio head and processing the first signal to remove the interfering signals using the correction signal, and sending a second signal using a second antenna. The first and second signals may be sent and received at substantially the same time.

Abstract: Embodiments of the present invention are directed to methods, apparatuses, and systems for implementing a point-to-point radio architecture in which the isolation needed between the transmitter and receiver may be achieved through the use of separate antennas. One embodiment is directed at a radio head comprising a transmitter configured to operate at a first frequency, a receiver configured to operate at a second frequency, and a processor coupled to both the transmitter and the receiver. The transmitter is further coupled to a first antenna interface coupled to a first antenna configured to transmit signals at the first frequency. The receiver is further coupled to a second antenna interface coupled to a second antenna configured to receive signals at the second frequency.