Abstract: Disclosed are compositions and methods relating to novel tumor targeting peptides.

Abstract: Disclosed are compositions and methods relating to novel tumor targeting peptides.

Abstract: Heat resistant sensors equipped with any of a variety of transducers for measuring any of a variety of properties of fluids are constructed with components comprising materials that can withstand very high temperatures. Some embodiments of the sensors include a first pressure sensitive element and a second pressure sensitive element with respective first and second membranes positioned in juxtaposed relation to each other to form a capacitor. Some embodiments include a pusher that extends from the membrane toward a first electrode. Some embodiments have a housing comprising a ceramic substrate with a sensor element mounted on an inside surface of the substrate. Other embodiments have direction sensing capabilities including a heater positioned in a core material and at least three temperature sensors located at or near the peripheral surface of the core material and spaced apart angularly in relation to each other.

Abstract: Heat resistant sensors equipped with any of a variety of transducers for measuring any of a variety of properties of fluids are constructed with components comprising materials that can withstand very high temperatures. Some embodiments of the sensors include a first pressure sensitive element and a second pressure sensitive element with respective first and second membranes positioned in juxtaposed relation to each other to form a capacitor. Some embodiments include a pusher that extends from the membrane toward a first electrode. Some embodiments have a housing comprising a ceramic substrate with a sensor element mounted on an inside surface of the substrate. Other embodiments have direction sensing capabilities including a heater positioned in a core material and at least three temperature sensors located at or near the peripheral surface of the core material and spaced apart angularly in relation to each other.

Abstract: Disclosed are compositions and methods relating to novel tumor targeting peptides.

Abstract: In one general aspect, a method can include receiving, by an application running on a computing device, an indication that a user of the computing device has been authenticated, and receiving a selection of a settings page, the settings page associated with the application and the user. The method can further include requesting the settings page for display on a display device included in the computing device, and receiving the settings page including a value for a preference for a setting included on the settings page, the value for the preference being signed by a private key associated with the user. The method can further include validating, by the application, the value for the preference using a public key associated with the application, and based on the validation, displaying, by the display device, the settings page including an indication of the value of the preference for the setting.

Abstract: In one general aspect, a method can include receiving, by an application running on a computing device, an indication that a user of the computing device has been authenticated, and receiving a selection of a settings page, the settings page associated with the application and the user. The method can further include requesting the settings page for display on a display device included in the computing device, and receiving the settings page including a value for a preference for a setting included on the settings page, the value for the preference being signed by a private key associated with the user. The method can further include validating, by the application, the value for the preference using a public key associated with the application, and based on the validation, displaying, by the display device, the settings page including an indication of the value of the preference for the setting.

Abstract: A computer-implemented method for initializing computer programming elements based on dependency graphs is provided. The method includes determining a dependency graph associated with a computer programming element to be initialized. The method also includes traversing the determined dependency graph, so as to obtain thread information associated with each of the one or more computer programming elements of the determined dependency graph, and determining, based on the obtained thread information associated with each of the computer programming elements, an aggregate thread information of all the computer programming elements of the determined dependency graph. The method further includes generating code which initializes the computer programming element to be initialized based at least on the determined aggregate thread information. Systems and machine-readable media are also provided.

Abstract: Disclosed herein are methods and systems for injecting an existing graphic element into a target application. A sizing configuration of an existing graphic element displayed in a target application may be intercepted from a target application. A sizing configuration of the graphic elements which are to be injected may then be determined. Using the sizing configuration of the graphic elements to be injected and the intercepted sizing configuration of the existing graphic elements displayed in the target application, a resultant sizing configuration may be determined so that both the displayed existing graphic elements and the graphic elements to be injected may be displayed in the target application. The graphic elements which are to be injected may then be injected into the application so that both the graphic elements to be injected and the existing graphic elements are displayed in the target application.

Abstract: A device (10) for facilitating a medical examination includes a movable body (12) having a storage compartment (24) therein and a door member (42, 44) movably mounted to the body (12) for at least partially covering the storage compartment (24). A supporting unit (72, 72) is mounted to the body (12) for supporting a foot of a patient during the performance of a medical examination.

Abstract: A device (10) for facilitating a medical examination includes a movable body (12) having a storage compartment (24) therein and a door member (42, 44) movably mounted to the body (12) for at least partially covering the storage compartment (24). A supporting unit (72, 74) is mounted to the body (12) for supporting a foot of a patient during the performance of a medical examination.

Abstract: A device (10) for facilitating a medical examination includes a movable body (12) having a storage compartment (24) therein and a door member (42, 44) movably mounted to the body (12) for at least partially covering the storage compartment (24). A supporting unit (72, 72) is mounted to the body (12) for supporting a foot of a patient during the performance of a medical examination.

Abstract: A device for facilitating a medical examination includes a movable body having a storage compartment therein and a door member movably mounted to the body for at least partially covering the storage compartment. A supporting unit is mounted to the body for supporting a foot of a patient during the performance of a medical examination.