Abstract: The present disclosure generally provides systems and methods of anchoring surgical wires, catheters, leads, and other medical objects in an effective, efficient, and cost-sensitive manner. In one embodiment, the present disclosure could include a system to secure a medical object. The system could include a body having a first inner arm, a second inner arm, and a first outer arm. The first inner arm and the first outer arm could include a pronged structure. The system could also include a crossbar having a bore to receive a screw. The crossbar could be disposed between opposing surfaces of the first inner arm and the second inner arm and could be coupled to sliding grooves disposed along the opposing surfaces. When the screw is in an engaged position relative to the crossbar, the pronged structure could be configured to secure the medical object.

Abstract: The present invention relates to method and system for software application security access management in mobile communication devices having a software services component and an interface component, the interface component having at least one interface for providing access to the software services component for enabling application software to be installed, loaded, and run on the mobile communication device, the method comprising: receiving in a security access manager a request from a requesting application software to access the software services component; determining in a security module if the request should be granted by verifying the authenticity of the software application by means of a signature; and if the request is granted, granting access to the requested software services component via the at least one interface.

Abstract: Implantable leads for use in, inter alia, neurostimulation therapy and that comprise a coagulant reservoir accessible by a coagulant access port are disclosed. The coagulant reservoir comprises a porous membrane. When such a lead is implanted into a patient, coagulant fluid (preferably blood plasma) is injected or otherwise inserted into the coagulant reservoir via the coagulant access port. Coagulant fluid can then flow out of the coagulant reservoir, via coagulant apertures in the porous membrane, into the patient's body. Systems comprising such leads are also disclosed, as are methods of manufacturing such systems and/or leads.

Abstract: The present disclosure generally provides systems and methods of anchoring surgical wires, catheters, leads, and other medical objects in an effective, efficient, and cost-sensitive manner. In one embodiment, the present disclosure could include a system to secure a medical object. The system could include a body having a first inner arm, a second inner arm, and a first outer arm. The first inner arm and the first outer arm could include a pronged structure. The system could also include a crossbar having a bore to receive a screw. The crossbar could be disposed between opposing surfaces of the first inner arm and the second inner arm and could be coupled to sliding grooves disposed along the opposing surfaces. When the screw is in an engaged position relative to the crossbar, the pronged structure could be configured to secure the medical object.

Abstract: A configurable component handling device and a method for implementing the configurable component handling device is provided, wherein the configurable component handling device includes a chromatograph and a plurality of processing modules, wherein the chromatograph and each of the plurality of processing modules are communicated with each via at least one configurable flow actuation device to allow for directional flow control of a sample solution between the plurality of processing modules, the method includes introducing a sample solution into the configurable component handling device and processing the sample solution via the configurable component handling device to isolate a desired component.