Genogram example · Academic & teaching

Medical Genogram Tutorial

A teaching genogram demonstrating how to document and visualize medical conditions across a family using modern medical categories with color-coding.
Updated October 2026 · GenogramAI Clinical Team

Quick answer

This Medical Genogram Tutorial genogram covers 3 generations and 12 family members born between 1932 and 1998, centered on Rachel Dixon. Standard notation shows shading for anxiety, depressive disorders, mental health and 9 more conditions. It is built for teaching genogram notation.
Medical Genogram Tutorial drawn in standard genogram notation: 3 generations, 12 family members
Medical Genogram Tutorial, rendered in GenogramAI. Select Explore interactively to inspect each person and line.
Open in the appPan, zoom and inspect each person and relationship.

At a glance

This example
Generations3
Family members12 (6 male, 6 female)
Birth years1932 to 1998
Deceased2
Index personRachel Dixon
Conditions markedAnxiety Conditions, Depressive Disorders, Mental Health Conditions, Cardiovascular Conditions, Cancer, Diabetes, Trauma/PTSD, Genetic Conditions and 4 more
CategoryAcademic & teaching
TagsAcademic, Medical, Educational

About this genogram

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.

Pattern analysis

Overview

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.

Generation by generation

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.

Health 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.

Teaching use

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.

How do you read the Medical Genogram Tutorial?

Work through it in layers, from the people to the lines between them.
  1. 1

    Find each person and generation

    Squares are males and circles are females, and each row is one generation, oldest at the top. This one has 6 males and 6 females across 3 generations.
  2. 2

    Check the status markers

    Markers on a symbol add facts about that person: Deceased (X) and Index Patient (Arrow). 2 people are marked deceased. The index person, the focus of the assessment, is Rachel Dixon.
  3. 3

    Follow the family lines

    Horizontal lines join partners and vertical lines drop to their children, born left to right in birth order. This genogram uses Marriage and Parent-Child lines.
  4. 4

    Read the shading

    Shaded symbols mark health conditions: Anxiety Conditions, Depressive Disorders, Mental Health Conditions, Cardiovascular Conditions, Cancer, Diabetes, Trauma/PTSD, Genetic Conditions and 4 more. Trace each line of descent to see where a condition recurs and where it stops.

Genogram symbols used in this example

Every symbol below follows standard genogram notation. Linked names open the full symbol guide.
SymbolTypeWhat it means
Male (Square)Person SymbolsA square represents a male family member in standard genogram notation.
Female (Circle)Person SymbolsA circle represents a female family member in standard genogram notation.
Deceased (X)Status MarkersAn X drawn through the symbol indicates the person is deceased.
Index Patient (Arrow)Status MarkersAn arrow pointing to a person identifies them as the index patient — the individual who is the focus of the clinical assessment.
MarriageStructural RelationshipsA solid horizontal line connecting two individuals represents a marriage or committed partnership.
Parent-ChildStructural RelationshipsA vertical line descending from a couple line to a child symbol represents a parent-child relationship.
Anxiety ConditionsMedical ConditionsShading in the genogram symbol indicates anxiety-spectrum diagnoses (GAD, panic disorder, phobias, OCD).
Depressive DisordersMedical ConditionsShading indicates depressive conditions (major depression, dysthymia, bipolar disorder).
Mental Health ConditionsMedical ConditionsShading indicates psychological or psychiatric conditions beyond anxiety and depression.
Cardiovascular ConditionsMedical ConditionsShading indicates heart disease, hypertension, stroke, or other cardiovascular conditions.
CancerMedical ConditionsShading indicates any cancer diagnosis, with specifics noted in the individual's record.
DiabetesMedical ConditionsShading indicates Type 1 or Type 2 diabetes.
Trauma/PTSDMedical ConditionsShading indicates post-traumatic stress disorder or complex trauma responses.
Genetic ConditionsMedical ConditionsShading indicates inherited genetic disorders (sickle cell, hemophilia, cystic fibrosis, etc.).
Neurological ConditionsMedical ConditionsShading indicates neurological disorders (Alzheimer's, Parkinson's, epilepsy, etc.).
Respiratory ConditionsMedical ConditionsShading indicates chronic respiratory conditions (asthma, COPD, etc.).
Autoimmune ConditionsMedical ConditionsShading indicates autoimmune disorders (lupus, rheumatoid arthritis, MS, etc.).
Other MedicalMedical ConditionsShading indicates medical conditions not captured by other categories.

Build a genogram like this one

Describe the family in plain words and GenogramAI places the symbols, lines and layout for you. A description like this one is a good starting point:

Example prompt

Create a 3-generation genogram: 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. Mark anxiety, depressive disorders, mental health, cardiovascular, cancer, diabetes and 6 more conditions on the people who have them. Mark Rachel Dixon as the index person.
  1. 1

    Start from the dashboard

    Sign in to GenogramAI and choose Create with AI (paid plans), or open a blank genogram and use Ask AI (any plan). To start from this exact chart instead, use Open as template.
  2. 2

    Describe your family

    Paste a description like the one above, with your own names, dates, relationships and health history.
  3. 3

    Check and adjust

    Edit people and lines by hand, or ask the AI for one change at a time.
  4. 4

    Export

    Download a PNG on the free plan. PDF and SVG export are on paid plans.

The free plan includes 2 genograms and 5 AI credits a month. See the AI genogram creator for what else it can do.

Related resources

Frequently asked questions

What clinical patterns does the Medical Genogram Tutorial genogram reveal?

The Medical Genogram Tutorial genogram maps multigenerational transmission of psychological patterns, emotional dynamics, and relationship structures. Clinicians use it to identify recurring cycles of behavior, attachment styles, and communication patterns that may inform diagnosis and treatment planning in family therapy.

How can students use the Medical Genogram Tutorial genogram?

Students can use the Medical Genogram Tutorial genogram as a reference for learning genogram symbols, notation, and interpretation. It serves as a teaching template for family therapy courses, social work programs, and psychology classes.

What genogram symbols are used in the Medical Genogram Tutorial example?

This genogram uses Male (Square), Female (Circle), Deceased (X), Index Patient (Arrow), Marriage, Parent-Child, Anxiety Conditions, Depressive Disorders, Mental Health Conditions, Cardiovascular Conditions, Cancer, Diabetes and 6 more. All of them follow standard genogram notation, so the chart reads the same way in any genogram program or textbook.

Can I build a genogram like the Medical Genogram Tutorial example?

Yes. Open GenogramAI, choose Create with AI on the dashboard (paid plans) or open a blank genogram and use Ask AI in the editor (any plan), and describe the family in plain words: who is in it, how they are related, key dates and the relationships or health conditions you want to show. The AI draws the symbols and lines, and you can then edit by hand or ask for one change at a time. A family of 12 people like this one takes a short paragraph to describe. The free plan includes 2 genograms and 5 AI credits a month, with PNG export.

About this example

This genogram 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.