Abstract: The present invention relates to a method of preparing and administering one or more drug solutions for continuous infusion. Flow rates are standardized by varying the drug concentrations according to a preestablished set of tables. The method of the present invention greatly simplifies clinical application of continuous infusion anesthesia, and allows easy preparation of different volumes which can minimize drug wastage. The standardization of rate taught by the present method eases interpretation and mixing, resulting in easier application of drugs and increased patient safety. An apparatus is desirably used to assist in achieving the objectives of the present invention. The device facilitates accurate and efficient conversion to the nonstandard flow rates required for special applications such as neonatal anesthesia and others.

Abstract: The present invention relates to a method of preparing and administering one or more drug solutions for continuous infusion. Flow rates are standardized by varying the drug concentrations according to a pre-established set of tables. The method of the present invention greatly simplifies clinical application of continuous infusion anesthesia and allows easy preparation of different volumes which can minimize drug wastage. The standardization of rate taught by the present method eases interpretation and mixing, resulting in easier application of drugs and increased patient safety. An apparatus is desirably used to assist in achieving the objectives of the present invention. The device facilitates accurate and efficient conversion to the nonstandard flow rates required for special applications such as neonatal anesthesia and others.

Abstract: A flexible laser shield for use during procedures in which lasers are utilized, which has an insulating layer positioned under a metallic layer and covered by an exterior opaque layer to inhibit the reflecting of ambient room light during use. A second metallic layer, also optionally covered by a flexible, opaque material may be added to provide additional protection and make the shield reversible. The exterior opaque, metallic and insulating layer are attached together at their adjacent surfaces or at their peripheries. The laser shield may also utilize visual, audible, vaporous and/or electrical warning or alarm systems, and may embody the use of a variety of insulating materials to protect personnel and equipment from damage caused by laser radiation.