Abstract: A method for managing insurance claim data across insurance policies involves identifying a first insurance claim data and a second insurance claim data using pattern recognition on multiple insurance claim data associated with an insured party, where the first insurance claim data and the second insurance claim data are associated with a single insurance claim of the insured party, where the first insurance claim data is further associated with a first insurance policy, and where the second insurance claim data is further associated with a second insurance policy. The method further involves determining a financial responsibility of the insured party for the single insurance claim based on the first insurance claim data and the second insurance claim data, and presenting the financial responsibility in a graphical user interface (GUI).

Abstract: A method for managing insurance claim data involves identifying a first insurance claim data and a second insurance claim data using pattern recognition on multiple insurance claim data associated with an insured party, where the first insurance claim data and the second insurance claim data are associated with a single insurance claim associated with the insured party, where the second insurance claim data is later in time than the first insurance claim data, and where the second insurance claim data includes a modification of the single insurance claim relative to the first insurance claim data. The method further involves determining a financial responsibility of the insured party for the single insurance claim based on the second insurance claim data, and presenting the first insurance claim data, the second insurance claim data, and the financial responsibility in a graphical user interface (GUI).

Abstract: Counterions of polycations used to compact nucleic acids profoundly affect shape and stability of particles formed. Shape is associated with differential serum nuclease resistance and colloidal stability. A surrogate for determining such properties that is easy to measure is the turbidity parameter. Shape also affects the suitability and efficacy of compacted nucleic acid complexes for transfecting cells by various routes into a mammalian body. Moreover, counterions such as acetate can protect compacted nucleic acid complexes from adverse effects of lyophilization.

Abstract: A method for transferring health care data between a consumer health care application and a plurality of health care information sources. The method includes requesting a first portion of health care data corresponding to a consumer from a first health care information source of the plurality of health care information sources, receiving the first portion of health care data from the first health care information source, storing the first portion of health care data in a health care data repository, requesting a second portion of health care data corresponding to the consumer from a second health care information source of the plurality of health care information sources, receiving the second portion of health care data from the second health care information source, storing the second portion of health care data in the health care data repository, and accessing the first portion of health care data and the second portion of health care data from the health care data repository.

Abstract: Counterions of polycations used to compact nucleic acids profoundly affect shape and stability of particles formed. Shape is associated with differential serum nuclease resistance and colloidal stability. A surrogate for determining such properties that is easy to measure is the turbidity parameter. Shape also affects the suitability and efficacy of compacted nucleic acid complexes for transfecting cells by various routes into a mammalian body.

Abstract: Counterions of polycations used to compact nucleic acids profoundly affect shape and stability of particles formed. Shape is associated with differential serum nuclease resistance and colloidal stability. A surrogate for determining such properties that is easy to measure is the turbidity parameter. Shape also affects the suitability and efficacy of compacted nucleic acid complexes for transfecting cells by various routes into a mammalian body.

Abstract: Counterions of polycations used to compact nucleic acids profoundly affect shape and stability of particles formed. Shape is associated with differential serum nuclease resistance and colloidal stability. A surrogate for determining such properties that is easy to measure is the turbidity parameter. Shape also affects the suitability and efficacy of compacted nucleic acid complexes for transfecting cells by various routes into a mammalian body.

Abstract: Counterions of polycations used to compact nucleic acids profoundly affect shape and stability of particles formed. Shape is associated with differential serum nuclease resistance and colloidal stability. A surrogate for determining such properties that is easy to measure is the turbidity parameter. Shape also affects the suitability and efficacy of compacted nucleic acid complexes for transfecting cells by various routes into a mammalian body.

Abstract: Counterions of polycations used to compact nucleic acids profoundly affect shape and stability of particles formed. Shape is associated with differential serum nuclease resistance and colloidal stability. A surrogate for determining such properties that is easy to measure is the turbidity parameter. Shape also affects the suitability and efficacy of compacted nucleic acid complexes for transfecting cells by various routes into a mammalian body.

Abstract: Counterions of polycations used to compact nucleic acids profoundly affect shape and stability of particles formed. Shape is associated with differential serum nuclease resistance and colloidal stability. A surrogate for determining such properties that is easy to measure is the turbidity parameter. Shape also affects the suitability and efficacy of compacted nucleic acid complexes for transfecting cells by various routes into a mammalian body.