We developed a questionnaire-based family tree-creation software, named f-treeGC, which is fully compliant with international recommendations for standardized human pedigree nomenclature. 7) Alternatively, family histories are collected using a completed foldable interview paper sheet named “f-sheet”, which is identical to the questionnaire in f-treeGC. To enable sorting or searching from the database, the file name automatically contains the terms typed into the entry fields, including physical features or health conditions, by default. The created/modified date and time may be changed as required, and the file may be password-protected and/or saved in read-only format. 6) The genealogical data may be saved as a file in the original format. 5) f-treeGC automatically creates a pedigree chart, and the chart-creation process is visible for inspection on the screen in real time. 4) f-treeGC shows only marriages between first cousins via the overlay function. In addition, information regarding the client and the proband, and birth order information, including multiple gestation, custody, multiple individuals, donor or surrogate, adoption, and consanguinity may be included. 3) The information requested includes name, age, gender, general status, infertility status, pregnancy status, fetal status, and physical features or health conditions of individuals over three generations. 2) An interviewer fills out a multiple-choice questionnaire on genealogical information. Pedigree charts are created in the following manner: 1) At system startup, the client is prompted to provide required information on the presence or absence of children f-treeGC is capable of creating a pedigree up to three generations. We designed a questionnaire-based pedigree-creation software program named “f-treeGC,” which enables even less experienced medical practitioners to accurately and rapidly collect family health history and create pedigree charts. We collected medical and genomic information for developing a biobank to be used for this healthcare system. The Tohoku Medical Megabank project aims to create a next-generation personalized healthcare system by conducting large-scale genome-cohort studies involving three generations of local residents in the areas affected by the Great East Japan Earthquake.

Best family history software 2017