Abstract: A surgical saw blade cartridge that includes a guide bar formed from three plates. The cartridge has a blade that extends distally from the guide bar, the blade comprising a blade head including a plurality of teeth. The guide bar may be configured to have opposed edges that define a mounting feature for orienting the guide bar within the mount the surgical saw. One of the plates may be configured to define a reference feature configured to register and/or verify the pose of the cartridge with a navigation system. A method of registering the cartridge within a known coordinate system is disclosed. The method may comprise determining the deviation between an expected position of the cartridge and an actual position of the cartridge based on the reference feature and defining a hybrid position of the cartridge within the known coordinate system based on the deviation.

Abstract: A first mobile communication device is configured to transmit video and audio content to a second mobile communication device utilizing a server. The first mobile communication device, via the server, transmits a share request or “knock” with the second mobile communication device. The second device must either accept the request or reject the request. If the second mobile communication device accepts the knock, it transmits a share accept message to the server. The first mobile communication device then transmits the video and audio content to the second mobile communication device via the server.

Abstract: A first mobile communication device is configured to transmit video and audio content to a second mobile communication device utilizing a server. The first mobile communication device, via the server, transmits a share request or “knock” with the second mobile communication device. The second device must either accept the request or reject the request. If the second mobile communication device accepts the knock, it transmits a share accept message to the server. The first mobile communication device then transmits the video and audio content to the second mobile communication device via the server.

Abstract: A first mobile communication device is configured to transmit video and audio content to a second mobile communication device utilizing a server. The first mobile communication device, via the server, transmits a share request or “knock” with the second mobile communication device. The second device must either accept the request or reject the request. If the second mobile communication device accepts the knock, it transmits a share accept message to the server. The first mobile communication device then transmits the video and audio content to the second mobile communication device via the server.

Abstract: A first mobile communication device is configured to transmit video and audio content to a second mobile communication device utilizing a server. The first mobile communication device, via the server, transmits a share request or “knock” with the second mobile communication device. The second device must either accept the request or reject the request. If the second mobile communication device accepts the knock, it transmits a share accept message to the server. The first mobile communication device then transmits the video and audio content to the second mobile communication device via the server.

Abstract: A first mobile communication device is configured to transmit video and audio content to a second mobile communication device utilizing a server. The first mobile communication device, via the server, transmits a share request or “knock” with the second mobile communication device. The second device must either accept the request or reject the request. If the second mobile communication device accepts the knock, it transmits a share accept message to the server. The first mobile communication device then transmits the video and audio content to the second mobile communication device via the server.

Abstract: The present invention relates to a method for diagnosis of cancer and for monitoring the progression of cancer and/or the therapeutic efficacy of an anticancer treatment in a sample of a subject by detecting oncogenic and cancer related proteins in microvesicles, and to the use of an agent blocking exchange of microvesicles for treating cancer.

Abstract: Aspects of the disclosure relate to oligosaccharide compositions and methods of making the same. Also provided are methods of using oligosaccharide compositions as microbiome metabolic therapies for reducing ammonia levels and for the treatment of related diseases.

Abstract: A first mobile communication device is configured to transmit video and audio content to a second mobile communication device utilizing a server. The first mobile communication device, via the server, transmits a share request or “knock” with the second mobile communication device. The second device must either accept the request or reject the request. If the second mobile communication device accepts the knock, it transmits a share accept message to the server. The first mobile communication device then transmits the video and audio content to the second mobile communication device via the server.

Abstract: Aspects of the disclosure relate to oligosaccharide compositions and methods of making the same. Also provided are methods of using oligosaccharide compositions as microbiome metabolic therapies for reducing ammonia levels and for the treatment of related diseases.

Abstract: The present invention relates to a method for diagnosis of cancer and for monitoring the progression of cancer and/or the therapeutic efficacy of an anticancer treatment in a sample of a subject by detecting oncogenic and cancer related proteins in microvesicles, and to the use of an agent blocking exchange of microvesicles for treating cancer.

Abstract: The present invention relates to a method for diagnosis of cancer and for monitoring the progression of cancer and/or the therapeutic efficacy of an anti-cancer treatment in a sample of a subject by detecting oncogenic and cancer related proteins in microvesicles, and to the use of an agent blocking exchange of microvesicles for treating cancer.

Abstract: A first mobile communication device is configured to transmit video and audio content to a second mobile communication device utilizing a server. The first mobile communication device, via the server, transmits a share request or “knock” with the second mobile communication device. The second device must either accept the request or reject the request. If the second mobile communication device accepts the knock, it transmits a share accept message to the server. The first mobile communication device then transmits the video and audio content to the second mobile communication device via the server.

Abstract: The present invention relates to a method for diagnosis of cancer and for monitoring the progression of cancer and/or the therapeutic efficacy of an anti-cancer treatment in a sample of a subject by detecting oncogenic proteins in microvesicles, and to the use of an agent blocking exchange of microvesicles for treating cancer.

Abstract: The present invention relates to a method for diagnosis of cancer and for monitoring the progression of cancer and/or the therapeutic efficacy of an anti-cancer treatment in a sample of a subject by detecting oncogenic proteins in microvesicles, and to the use of an agent blocking exchange of microvesicles for treating cancer.

Abstract: The present invention relates to a method for diagnosis of cancer and for monitoring the progression of cancer and/or the therapeutic efficacy of an anti-cancer treatment in a sample of a subject by detecting oncogenic proteins in microvesicles, and to the use of an agent blocking exchange of microvesicles for treating cancer.

Abstract: The present invention relates to a method for diagnosis of cancer and for monitoring the progression of cancer and/or the therapeutic efficacy of an anti-cancer treatment in a sample of a subject by detecting oncogenic and cancer related proteins in microvesicles, and to the use of an agent blocking exchange of microvesicles for treating cancer.

Abstract: The present invention relates to a method for diagnosis of cancer and for monitoring the progression of cancer and/or the therapeutic efficacy of an anti-cancer treatment in a sample of a subject by detecting oncogenic and cancer related proteins in microvesicles, and to the use of an agent blocking exchange of microvesicles for treating cancer.

Abstract: The present invention relates to a method for diagnosis of cancer and for monitoring the progression of cancer and/or the therapeutic efficacy of an anti-cancer treatment in a sample of a subject by detecting oncogenic proteins in microvesicles, and to the use of an agent blocking exchange of microvesicles for treating cancer.