System and method for automating pharmacy processing of electronic prescriptions

A computing device for converting an electronic prescription into a pharmacy prescription, the computing device comprising:

• one or more processors;
• and
• a non-transitory computer-readable memory coupled to the one or more processors and storing instructions thereon that, when executed by the one or more processors, cause the computing device to:
• receive predetermined prescriber component data, wherein the predetermined prescriber component data is representative of a list of predetermined prescriber components;
• receive electronic prescription data, wherein the electronic prescription data is representative of an electronic prescription having physician instructions;
• parse the electronic prescription data to identify individual components of the physician instructions;
• compare identified individual components of the physician instructions with the list of predetermined prescriber instruction components, wherein the identified individual components of the physician instructions are selected from:
• an action corresponding to a physical act performed by a registered patient, a dosage, a frequency, or a route of administration for a prescription order;
• transform the individual components of the physician instructions into respective prescriber instruction components based on the comparison of the identified individual components of the physician instructions with the list of predetermined prescriber instruction components, wherein at least one prescriber instruction component is mathematically derived from the identified individual components of the physician instructions;
• and
• generate prescriber instruction data based on the prescriber instruction components, wherein the prescriber instruction data is representative of a pharmacy prescription.

One or more non-transitory, computer-readable media storing instructions that, when executed by one or more processors, cause the one or more processors to:

• receive predetermined prescriber component data, wherein the predetermined prescriber component data is representative of a list of predetermined prescriber components;
• receive electronic prescription data, wherein the electronic prescription data is representative of an electronic prescription having physician instructions;
• parse the electronic prescription data to identify individual components of the physician instructions;
• compare identified individual components of the physician instructions with the list of predetermined prescriber instruction components, wherein the identified individual components of the physician instructions are selected from:
• an action corresponding to a physical act performed by a registered patient, a dosage, a frequency, or a route of administration for a prescription order;
• transform the individual components of the physician instructions into respective prescriber instruction components based on the comparison of the identified individual components of the physician instructions with the list of predetermined prescriber instruction components, wherein at least one prescriber instruction component is mathematically derived from the identified individual components of the physician instructions;
• and
• generate prescriber instruction data based on the prescriber instruction components, wherein the prescriber instruction data is representative of a pharmacy prescription.