Abstract: Atmospheric Triphasic Chromatography (ATC) method comprising the steps introducing a raw plant material containing cannabinoids into a non-polar solvent, dissolving the cannabinoids extracted from the raw plant material in the non-polar solvent and removing the raw plant material to obtain a target solution, performing potency analysis and cannabinoid extract profile analysis of the target solution. The method further includes the steps of preparing an aqueous caustic solution and mixing the target solution with the aqueous caustic solution to obtain a mixture followed by separating the mixture into a first phase solution and a second phase solution, and removing the first phase solution to obtain a caustic target solution and acidifying the caustic target solution to produce precipitation of an undesirable compound in the caustic target solution.

Abstract: The present invention is a visual cuing device which allows users to rapidly and easily identify ECG/EKG cardiac arrhythmias and twelve lead ECG/EKG arrhythmias. A visual cuing device contains a plurality of panels with a plurality of graphically displayed ECG/EKG abnormalities alternated with visually high-contrast, solid colored text sections. A visual cuing device may also contain additional tools, such as a heart rate reference line, time reference line or baseline window to aid in analysis and interpreting ECG/EKG strips. A visual cuing device may also be adapted to display using a touch screen or other user interface.

Abstract: The present invention is a visual cuing device which allows users to rapidly and easily identify ECG/EKG cardiac arrhythmias and twelve lead ECG/EKG arrhythmias. A visual cuing device contains a plurality of panels with a plurality of graphically displayed ECG/EKG abnormalities alternated with visually high-contrast, solid colored text sections. A visual cuing device may also contain additional tools, such as a heart rate reference line, time reference line or baseline window to aid in analysis and interpreting ECG/EKG strips. A visual cuing device may also be adapted to display using a touch screen or other user interface.

Abstract: The present invention is a visual cuing device which allows users to rapidly and easily identify ECG/EKG cardiac arrhythmias and twelve lead ECG/EKG arrhythmias. A visual cuing device contains a plurality of panels with a plurality of graphically displayed ECG/EKG abnormalities alternated with visually high-contrast, solid colored text sections. A visual cuing device may also contain additional tools, such as a heart rate reference line, time reference line or baseline window to aid in analysis and interpreting ECG/EKG strips. A visual cuing device may also be adapted to display using a touch screen or other user interface.

Abstract: The present invention is an emergency cardiac arrhythmia identifying device and system which can be implemented in a non-electronic visual media or in an electronic format capable of communicating ECG and EKG data observed by medical personnel over a local area network. A healthcare professional may visually identify an arrhythmia, record the occurrence of the arrhythmia in a specific patient file, communicate information to other healthcare professionals and view treatment protocols in a matter of seconds.

Abstract: The present invention is a visual cuing device which allows users to rapidly and easily identify ECG/EKG cardiac arrhythmias and twelve lead ECG/EKG arrhythmias. A visual cuing device contains a plurality of panels with a plurality of graphically displayed ECG/EKG abnormalities alternated with visually high-contrast, solid colored text sections. A visual cuing device may also contain additional tools, such as a heart rate reference line, time reference line or baseline window to aid in analysis and interpreting ECG/EKG strips. A visual cuing device may also be adapted to display using a touch screen or other user interface.

Abstract: A pliable pressure sensitive laminate structure, shaped removable identification band, method of identifying patients and assembly jig for use in securing shaped identification band around wrist or ankle of an infant or neonate. Pliable laminate structure has backing layer and substantially coextensive printable layer. Printable layer has printable side for printing thereon and an adhesive side. A cut through printable layer defines a removable portion having two equal-sized patient identification portions joined by connector band of lesser width. Adhesive layer between printable layer and backing layer removably adheres printable layer to backing layer such that when the removable portion is removed from the backing layer adhesive remains adhered to adhesive side of at least one patient identification portion and no adhesive remains adhered to the connector band. Related method of identifying patients by securing shaped pliable identification band around wrist or ankle and assembly jig are also disclosed.

Abstract: A pliable pressure sensitive laminate structure, shaped removable identification band, method of identifying patients and assembly jig for use in securing shaped identification band around wrist or ankle of an infant or neonate. Pliable laminate structure has backing layer and substantially coextensive printable layer. Printable layer has printable side for printing thereon and an adhesive side. A cut through printable layer defines a removable portion having two equal-sized patient identification portions joined by connector band of lesser width. Adhesive layer between printable layer and backing layer removably adheres printable layer to backing layer such that when the removable portion is removed from the backing layer adhesive remains adhered to adhesive side of at least one patient identification portion and no adhesive remains adhered to the connector band. Related method of identifying patients by securing shaped pliable identification band around wrist or ankle and assembly jig are also disclosed.