Abstract: A hip protective, disposable undergarment is described. The hip protective, disposable undergarment includes a brief having a body between a first end and a second end. The first end includes a waist opening, and the second end includes two leg openings. A first pocket is included in the body, and a first hip protective insert is removably attached to the first pocket of the body. The first hip protective insert is configured to be disposed over a first trochanteric region of the wearer when the undergarment is worn. A second pocket is also included in the body and a second hip protective insert is removably attached to the second pocket of the body. The second hip protective insert is disposed over a second trochanteric region of the wearer when the undergarment is worn.

Abstract: A wound injector apparatus is described. The wound injector includes a clotting factor, an expandable material, a thermal agent, a chamber, and a nozzle. At least one chamber houses the clotting factor, the expandable factor and the thermal agent. Additionally, at least one nozzle is configured to discharge at least one of the clotting factor, the expandable material, and the thermal agent.

Abstract: A hip protective, disposable undergarment is described. The hip protective, disposable undergarment includes a brief having a body between a first end and a second end. The first end includes a waist opening, and the second end includes two leg openings. A first pocket is included in the body, and a first hip protective insert is removably attached to the first pocket of the body. The first hip protective insert is configured to be disposed over a first trochanteric region of the wearer when the undergarment is worn. A second pocket is also included in the body and a second hip protective insert is removably attached to the second pocket of the body. The second hip protective insert is disposed over a second trochanteric region of the wearer when the undergarment is worn.

Abstract: A device for bridging a first amputated bone and a second amputated bone is described. The device comprises a first stem configured to be inserted into a cavity of the first amputated bone and a second stem configured to be inserted into a cavity of the second amputated bone. A first head is coupled to the first stem. The first head has a diameter greater than the diameter of the first stem. The first head has a flat surface configured to interface with a severed surface of the first amputated bone. A second head is coupled to the second stem. The second head has a diameter greater than the diameter of the second stem. The second head has a flat surface configured to interface with a severed surface of the second amputated bone. The device further comprises a bridging plate coupled to the first head and the second head.

Abstract: A wound injector apparatus is described. The wound injector includes a clotting factor, an expandable material, a thermal agent, a chamber, and a nozzle. At least one chamber houses the clotting factor, the expandable factor and the thermal agent. Additionally, at least one nozzle is configured to discharge at least one of the clotting factor, the expandable material, and the thermal agent.

Abstract: A device for insertion into an amputated bone and a method for inserting the device into an amputated bone are described. The device comprises a stem configured to be inserted into a cavity of the amputated bone. The device further comprises a head coupled to the stem. The head has a diameter greater than the diameter of the stem. The head further has a flat surface configured to interface with a severed surface of the amputated bone. The head and stem are fabricated from a moldable porous matrix material configured to promote bone growth within the matrix. A device for bridging a first amputated bone and a second amputated bone is also described.