Abstract: Systems and methods for encrypting a score are provided. The method comprises generating, by a processor executing compiled instructions, a score representing a result of an interactive digital instance operating on a web-browser executing on the processor, the interactive digital instance operating on the web-browser using the compiled instructions and a software development kit (SDK), receiving, by the interactive digital instance operating on the web-browser, an input for submitting the score representing the result of the interactive digital instance, accessing, by the compiled instructions executed by the processor, one or more additional instructions included as part of the SDK for encrypting the score responsive to the input, encrypting, by the processor, the score using one or more additional instructions included as part of the SDK, and transmitting the score that is encrypted, by the processor, to a device that is separate from and external to the processor.

Abstract: The effect of the action of collagenase in treating lesions containing collagen or mixed fibrin clots (e.g., burns or ulcers) is improved by applying collagenase to the wound in combination with an organogel and a phosphatidylcholine, of which lecithin is a readily available source, particularly when the collagenase is first mixed and stored with that choline and an organic solvent and is subsequently mixed with a second individually stored formulation comprising a gel-forming agent and water, the two formulations individually having satisfactory shelf lives and the resultant mixture being applied to the lesion promptly after being formed.

Abstract: The effect of the action of collagenase in treating lesions containing collagen or mixed fibrin clots (e.g., burns or ulcers) is improved by applying collagenase to the wound in combination with an organogel and a phosphotidylcholine, of which lecithin is a readily available source, particularly when the collagenase is first mixed and stored with that choline and an organic solvent and is subsequently mixed with a second individually stored formulation comprising a gel-forming agent and water, the two formulations individually having satisfactory shelf lives and the resultant mixture being applied to the lesion promptly after being formed.