Computing device with improved user interface for interpreting and visualizing data

A method for treating a human patient comprising:

• receiving a user input of a diagnosed disease or condition of a human patient, wherein the diagnosed disease or condition is a type of cancer;
• based on the received user input, displaying, on a computing device having a display screen, a first representation comprising (i) one or more therapeutic recommendations based on an identified clinically relevant interaction between at least two human gene variants of a plurality of human gene variants for the diagnosed disease or condition of the human patient, and (ii) an identification of the at least two human gene variants for which the clinically relevant interaction was identified, wherein the one or more therapeutic recommendations are one or more therapies sensitive for the diagnosed disease or condition;
• contemporaneously displaying, on the display screen, and based on the received user input, a second representation comprising clinically relevant information pertaining to at least one of the at least two human gene variants for which the interaction was identified;
• wherein the plurality of human gene variants are derived from sequence data derived from a genomic sample collected from the patient, and wherein the plurality of human gene variants are obtained from one or more memories communicatively coupled to the computing device, wherein the clinically relevant information is selected from the group consisting of summaries of biological and functional information pertaining to the gene variant, cross references to source material, hyperlinks to source material, and gene variant location;
• and
• administering to the human patient at least one of the therapies sensitive for the diagnosed disease or condition.

A method of treating a human patient comprising:

• obtaining a plurality of human gene variants derived from a human genomic sample collected from the human patient;
• receiving a first user input of a diagnosed disease or condition of the human patient, wherein the diagnosed disease or condition is a type of cancer;
• identifying a subset of human gene variants from the plurality of human gene variants that are relevant to the diagnosed disease or condition of the human patient;
• retrieving clinical data associated with at least some of the subset of human gene variants from one or more databases, wherein the clinical data comprises treatment therapy data;
• automatically identifying a clinically relevant interaction between a first gene variant and a second gene variant from the identified subset of human gene variants relevant to the diagnosed disease or condition of the human patient, wherein the first gene variant is associated with a therapeutic recommendation comprising one or more treatment options sensitive to the diagnosed disease or condition of the human patient, and wherein the second gene variant is associated with a resistance to at least one of the treatment options;
• and
• displaying on the display screen a first representation comprising (i) an identification of the first gene variant and the second gene variant for which the clinically relevant interaction was identified, (ii) a listing of each of the one or more treatment options associated with the first gene variant, wherein the at least one treatment option that is associated with the resistance is distinguished graphically from the other treatment options;
• and
• administering to the human patient at least one of the treatment options sensitive to the diagnosed disease or condition of the human patient.

A method of treating a human patient inflicted with cancer comprising:

• obtaining a plurality of human gene variants derived from a human genomic sample collected from a human patient;
• receiving a first user input of a diagnosed type of cancer of the human patient;
• based on the received first user input of the type of cancer, provide a first representation comprising (i) one or more therapeutic recommendations based on an identified clinically relevant interaction between at least two human gene variants of the obtained plurality of human gene variants for the diagnosed disease or condition;
• and (ii) an identification of the at least two human gene variants for which the clinically relevant interaction was identified;
• and
• contemporaneously with providing the first representation, and based on the received user input, provide a second representation comprising clinically relevant information pertaining to a first of the at least two human gene variants for which the clinically relevant interaction was identified, wherein the clinically relevant information is selected from the group consisting of summaries of biological and functional information pertaining to the gene variant, cross references to source material, hyperlinks to source material, and gene variant location;
• and
• administering to the human patient at least one therapeutic recommendation of the one or more therapeutic recommendations provided within the first representation.