#14. DNA of End-Use

We have proposed interface Question Cards to be subsequently submitted in series to individual healthcare workers; each Question Card is assigned a unique and invisible serial number, bar code, or other identifier, that a computer can read and process. Further, since initial questions submitted to each end user will be broad in scope, subsequently narrowing to questions regarding minutia, we can begin to organize the questionnaire structure as strings of data associated with individual end-users.

Different users can answer the same questions that other users have answered—that is, they can use the same Question Cards. However, different users are not constrained to using the same cards, or receiving them in the same order. Different users will assemble their questionnaires by using different cards already submitted into the data structure, or may need to create new questions.

In fact, sometimes different cards (with different serial numbers) must interface similar data fields, if we are to unify our research of end-use of varying professionals. For example, one Question Card may read "Please Enter Your Last (family) Name," while another Question Card may read "Пожалуйста впишите ваше последнее имя (семьи)," or "Incorpore por favor su nombre pasado (de la familia)", or "请输入您的前个(系列)名字." Regardless of human interface, our ability to gather similar data fields must be organized and unified for processing.

In essence, we have developed a method that allows healthcare professionals to build an informational genotype, of sorts; this genotype describes their work (which is performed to the class entitled Patients, and others) that can now be presented in the most efficient informational phenotype, if you will.

Rather, we now have strings of data regarding end-use of individual healthcare professionals—these are the interfaced Question Card serial numbers, and the sequences of their series. This information provides accurate data regarding end-use of each healthcare professional that we must attain to analyze the work of each individual. Once this work is accurately accumulated, we can then provide each individual with an accurate individual interface.

We must now submit the most efficient means for these professionals to communicate their jobs to the computer system, so that the computer system can reflect back their jobs, similar to the way that protein is expressed by nucleic acid molecules that have been linked appropriately.