Abstract: Methods, systems and computer readable media for patient-centric medical information systems (and methods and computer readable media) including a mobile application, a scoring model and a physician portal are described.

Abstract: Methods, systems and computer readable media for polydynamic integrated healthcare information processing platforms are described.

Abstract: Methods, systems and computer readable media for a computerized medical diary system are described.

Abstract: An injectable, high potency (high capillary force) composite comprised of bioceramic spheres having a smooth porous macroarchitecture and porous microarchitecture with interconnected pores and may be combined with various electrospun polymer fibers, thus achieving a biphasic composite implant device whereby a primary phase stabilizes, reinforces, restricts and constricts the expansion of dysfunctional and diseased cardiac muscle tissue, and a secondary phase providing a matrix structure within the bioceramic composite for the regeneration of dysfunctional and diseased cardiac tissue; an injectable composite implant material containing pharmaceutical agents or may contain stem cells, and other DNA materials; an injectable, high potency, bioceramic composite material providing a specific means to alter cardiac muscle geometry so as to normalize cardiac wall stress, aid in the reduction of local stresses in the border zone or in the actual infarct as well as multiple peri-infarct border zone modifications that h

Abstract: This invention relates to bioinert microporous bioceramic scaffolding, matrices or spheres comprising a particulate microporous bioinert ceramic material, which is a primary structure, and in the form of scaffolds, matrices or spheres, having interconnected pores. Pores on the surface of the spheres, matrices or scaffolds are connected to pores inside the spheres, matrices or scaffolds via blow-holes and the internal pores are in turn interconnected, so that in addition to a high porosity, the spheres, matrices or scaffolds will provide for a highly permeable, biosupportive environment for organic and/or inorganic substances, gases and/or liquids.

Abstract: This invention relates to a safe, effective, bioinert microporous radiopaque microparticles or spheres as a method and means to mark or provide “localization” of various tissues within the body and to reduce the incidence of adverse tissue reaction.

Abstract: An emergency stairwell for a building having multiple floors comprising: at least one landing associated with each the floor, each landing increasing in width in at least one horizontal direction from an uppermost landing of an upper floor to a lowermost landing of a lower floor; and at least one set of stairs extending between adjacent pairs of landings.

Abstract: An emergency stairwell for a building having multiple floors comprising: at least one landing associated with each the floor, each landing increasing in width in at least one horizontal direction from an uppermost landing of an upper floor to a lowermost landing of a lower floor; and at least one set of stairs extending between adjacent pairs of landings.