Abstract: Compositions that include antimicrobial agents and biodegradable delivery-vehicles adapted to enter a cell and release the antimicrobial agents in the cell as they biodegrade. Also provided are compositions that include first and second delivery vehicles including first and second antimicrobial agents, wherein the first delivery vehicles are adapted to release the first antimicrobial agents at a rate that differs from that at which the second delivery vehicles release the second antimicrobial agents, articles of manufacture that include one or more biodegradable delivery vehicles, and methods of making and using the compositions to treat intracellular and/or extracellular infections are disclosed.

Abstract: The present invention provides a sock containing a coating applied to at least a portion of a surface of the sock for sensing pressure points on a patient's foot. The coating material comprises a pressure-sensitive film comprised of oxygen-sensitive photo luminescent probe molecules dispersed within a polymer matrix, and, optionally, an inorganic pigment. Areas of increased pressure can be detected by correspondence to areas on the film of increased fluorescence intensity. The coating material can also be comprised of a coloring agent or dye such that after the sock has been worn for a period of time, in those areas of the foot susceptible to pressure points, the coating material transfers from the interior of the sock and adheres to the foot in those points. The present invention is particularly applicable to persons having diabetic neuropathic feet wherein portions of the foot may be insensitive to pressure.

Abstract: This invention provides a sock containing a coating material such as a coloring agent or dye, applied to at least a portion of the interior surface of the sock for sensing pressure points on a patient's foot to which the sock is fitted. The sock is placed on the patient's foot to cover preferably the entire foot, but at least the bottom portion thereof. The sock is removed after being worn for a period of time, and in those areas of the foot susceptible to pressure points, the coating material transfers from the interior of the sock and adheres to the foot in those points. The present invention is particularly applicable to a person having diabetic neuropathic feet wherein portions of the foot may be insensitive to pressure and therefore must be protected against pressure sores.

Abstract: The present invention provides a sock containing a coating applied to at least a portion of a surface of the sock for sensing pressure points on a patient's foot. The coating material comprises a pressure-sensitive film comprised of oxygen-sensitive photo luminescent probe molecules dispersed within a polymer matrix, and, optionally, an inorganic pigment. Areas of increased pressure can be detected by correspondence to areas on the film of increased fluorescence intensity. The coating material can also be comprised of a coloring agent or dye such that after the sock has been worn for a period of time, in those areas of the foot susceptible to pressure points, the coating material transfers from the interior of the sock and adheres to the foot in those points. The present invention is particularly applicable to persons having diabetic neuropathic feet wherein portions of the foot may be insensitive to pressure.

Abstract: This invention provides a sock containing a coating material such as a coloring agent or dye, applied to at least a portion of the interior surface of the sock for sensing pressure points on a patient's foot to which the sock is fitted. The sock is placed on the patient's foot to cover preferably the entire foot, but at least the bottom portion thereof. The sock is removed after being worn for a period of time, and in those areas of the foot susceptible to pressure points, the coating material transfers from the interior of the sock and adheres to the foot in those points. The present invention is particularly applicable to a person having diabetic neuropathic feet wherein portions of the foot may be insensitive to pressure and therefore must be protected against pressure sores.

Abstract: An adjustable storage system for storing audio and/or video media, such as either cassettes or diskettes, and/or other media, such as books, which are arranged in a row. The adjustable storage system is used in combination with a cabinet which has at least one drawer with a bottom wall and a front wall. The adjustable storage system includes a plurality of stops and a plurality of dividers. Each stop has a bottom surface and a front surface which is at an angle of slightly more than ninety degrees to the bottom surface. The top edge of the stop contacts the rear wall of the last of the audio and/or video media and/or other media in the row. Each divider has a bottom surface. A rectangular sheet of a first velcro material with either loops or hooks is mechanically coupled to the bottom wall of each drawer. A piece of a second velcro material with either hooks or loops is mechanically coupled to the bottom surface of each stop and each divider.