Abstract: The present disclosure administered a cannabinoid medication to a patient followed by observing one or more physiological responses in the patient during a first period of time with treating a medical condition. The cannabinoid medication may include one or more specific types of cannabinoids at a dosage level or may include a plurality of discrete formulations where each formulation includes massed of specific cannabinoids that may be used for treating one or more ailments.

Abstract: The present invention administers a cannabinoid medication to a patient followed by observing one or more physiological responses in the patient during a first period of time when treating a medical condition. The cannabinoid medication may include one or more specific types of cannabinoids at a dosage level or may include a plurality of discrete formulations where each formulation includes masses of specific cannabinoids that may be used for treating one or more ailments.

Abstract: The present invention administers a cannabinoid medication to a patient followed by observing one or more physiological responses in the patient during a first period of time when treating a medical condition. The cannabinoid medication may include one or more specific types of cannabinoids at a dosage level or may include a plurality of discrete formulations where each formulation includes masses of specific cannabinoids that may be used for treating one or more ailments.

Abstract: A new method for encoding genomic data that reduces storage footprint by two orders of magnitude while preserving acceptable quality data.

Abstract: The present invention administers a cannabinoid medication to a patient followed by observing one or more physiological responses in the patient during a first period of time when treating a medical condition. The cannabinoid medication may include one or more specific types of cannabinoids at a dosage level or may include a plurality of discrete formulations where each formulation includes masses of specific cannabinoids that may be used for treating one or more ailments.

Abstract: A new method for encoding genomic data that reduces storage footprint by two orders of magnitude while preserving acceptable quality data.

Abstract: A digital data encryption methodology that uses truly random data rather than pseudo-random data generated by conventional binary computer algorithms to encrypt and decode computer data is made by converting a natural source of random data from its native analog domain to digital through an Analog to Digital converter creating a set of random encryption “keys”. Once a truly random source is recorded in a digital format it may be distributed to a set of trusted devices for use in encoding or decoding data sent to or received from compatible trusted devices. In order for compatible devices to communicate a decoding device would have to start decoding in-phase with the data as encoded by the device that sent the data. The encryption can be further enhanced by varying the access sequence of the recorded keys used for encryption and required for decryption: i.e.: sequence patterns could vary base on patterns that only 2 devices know of, or could be based on time or other pre-determined sequences.

Abstract: A packaging methodology for adding functionality to a data storage device (disk drive, tape drive, other storage device, or storage subsystem) while maintaining the same form factor, standard size, or allocated size; or by increasing the overall package size to a larger form factor, standard size, or allocated size. Different standard sizes of storage devices commonly referred to as form factors, the increase in storage densities, electronic miniaturization, smaller electronic assemblies performing the same/similar function, and modularized storage subsystems mean that additional functionality may be packaged within any given standard storage size (form factor): A storage device's function may be enhanced while maintaining the same volume (same length, width, height) or standard size (form factor) as was allocated for in the design of the storage device.