A teaching genogram demonstrating how to document and visualize medical conditions across a family using modern medical categories with color-coding.
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A teaching genogram demonstrating how to document and visualize medical conditions across a family using modern medical categories with color-coding. Covers all major medical categories: heart disease, cancer, diabetes, mental health, substance use, neurological conditions, respiratory illness, autoimmune disorders, genetic conditions, reproductive issues, anxiety, bipolar disorder, depression, and PTSD. Shows how hereditary conditions cluster in families across generations for genetic risk assessment.
In MSW and MFT training programs, students construct and interpret genograms as a core competency because the skill underpins much of what happens in family-based assessment. Early assignments ask students to diagram their own family of origin using standard notation, which develops both technical accuracy and reflective self-awareness about the systems that shaped them. Later assignments introduce constructed case examples like this one, where students practice reading an unfamiliar family's structure, identifying generational patterns, and forming evidence-based hypotheses about how the family system might influence the presenting concern.
The skills built through repeated genogram work include tracking information across multiple generations simultaneously, translating verbal family history into a visual format that a supervisor or treatment team can read quickly, and distinguishing structural facts from relational inferences. Students also learn to update a genogram as new information emerges during treatment, treating it as a living clinical document rather than a one-time intake tool. Familiarity with these skills before entering field placements allows students to spend their clinical hours on assessment and intervention rather than on learning the notation system from scratch under supervision.
Standard genogram symbols and notation demonstrated in context.
Proper genogram layout and organization for academic assignments.
A teaching tool for understanding family systems theory in practice.
This 3-generation genogram maps 12 family members with birth years spanning from 1932 to 1998, comprising 6 males and 6 females (2 deceased). The genogram tracks 15 medical/psychological condition categories. The index patient is Rachel Dixon (b. 1992), veterinary technician.
The family system encompasses 3 generations with distinct patterns at each level. The oldest generation includes Harold, Virginia, Earl and 1 other, with 4 presenting documented conditions. The middle generation includes Diane, James, Mark, with 3 presenting documented conditions. The youngest generation includes Rachel, Kevin, Amy and 2 others, with 5 presenting documented conditions.
Medical and psychological conditions are documented in 12 of 12 family members (100%). Cardiovascular conditions appear in 3 members (Harold, Mark, Scott). Cancer diagnoses appear in 2 members (Virginia, Diane). Diabetes appear in 2 members (Ruth, Scott), affecting 1 female and 1 male. Comorbidity is observed in 9 family members, with Virginia presenting 2 concurrent condition categories. The multigenerational prevalence of cardiovascular conditions suggests both genetic predisposition and possible environmental or behavioral transmission pathways.
As a teaching resource, this genogram demonstrates standard McGoldrick–Gerson notation in a realistic family context. Students can practice identifying key patterns: multigenerational transmission, family life cycle stages, and the interplay between structural relationships and emotional processes. This example serves as a foundation for understanding how genograms organize complex family information into a clinically useful visual format.
A practitioner documenting a family similar to this one would typically record three generations of household composition, significant life events such as births, deaths, marriages, and separations, any relevant medical or mental health history, and the quality of key relationships between members. That information comes from a combination of the client's verbal account, intake questionnaires, and, where available, collateral records. The completed diagram captures both the factual structure of the family and the practitioner's clinical observations about relational patterns, making it a reference that can be shared across disciplines or reviewed at future stages of treatment.
GenogramAI's AI genogram generator allows you to build a diagram like this one from a plain-language description of the family. You type or paste a narrative, such as the basic structure and any key relationships or health history you want to include, and the AI parses that text, places the correct symbols, draws the appropriate relationship lines, and arranges the layout automatically. The result is a fully editable diagram that you can refine, annotate, and export for clinical records or educational use. Try the AI genogram creator to generate your own genogram from a text description in seconds.
The following standard genogram symbols appear in the Medical Genogram Tutorial. Each symbol follows McGoldrick and Gerson clinical notation conventions.

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A clean, simple three-generation genogram template designed for teaching basic genogram construction.
Use GenogramAI to build your own family genogram with AI assistance. Describe your family and let AI do the rest.
Educational disclaimer: This genogram example is an educational illustration of genogram notation and family systems concepts. Examples based on public figures use publicly available information. They are not clinical documents. All examples are intended for learning genogram symbols and patterns.