Colorectal and endometrial cancer, traced through a composite family's three generations and drawn to McGoldrick conventions, seem to satisfy Amsterdam II in this NU568 genogram analysis, reshaping four relatives' screening. Searches like "nu 568 unit 6 assignment example", "nu568 unit 6 sample" and "nu568 unit 6 example" land here.
What a finished NU568 Unit 6 genogram analysis looks like
A one-page genogram followed by three pages of analysis. The figure uses the standard symbols: squares for males, circles for females, an X inside the symbol for a death, the index person marked with a double outline, and a dotted line enclosing the current household. Ages at diagnosis are written beside each affected symbol, with shading for colorectal cancer and a separate pattern for endometrial cancer, both explained in a legend. Three generations are complete, and a fourth, the index woman's [15]-year-old son and [12]-year-old daughter, is drawn below. The analysis names the pattern, checks it against the Amsterdam II criteria item by item, and recommends genetic counseling with, ideally, tumor testing of an affected relative. Separate short plans follow for the index woman, her brother, her cousin and her children.
How a NU568 Unit 6 example is structured
The analysis moves from figure to pattern to plans, and every claim in it can be checked against the drawing. The pattern section is careful about what a genogram can and cannot establish: it identifies a family history consistent with Lynch syndrome, notes that pathology must confirm the diagnoses and exclude polyposis, and leaves diagnosis to genetic testing. The criteria are checked in a small table, one row per criterion, marked met, not met or unverified. The plans section is organized by person, and each plan states the relative's relationship to the affected members, their age, the screening that applies now and the event that would change it. Screening intervals are bracketed and attributed to the US Multi-Society Task Force document cited by year. The children's plan is deliberately short: nothing now, counseling as they approach adulthood.
Symbols a reader can check
A legend defines every symbol and pattern before the analysis begins. Following McGoldrick conventions means any clinician can read the figure without the text, which is the practical test of a genogram.
Criteria rows, one unverified
The Amsterdam II table marks three affected relatives across two generations, one diagnosed before [50], as met. Exclusion of polyposis is marked unverified because the family holds no pathology reports, and the paper says so.
Testing the affected first
Where a living affected relative exists, testing that person's tumor or genes tends to give the clearest answer. The paper recommends counseling that begins with the aunt, bracketed as the genetic counselor's decision.
A plan for each relative
The index woman, her brother, her cousin and her children each receive a plan scaled to relationship and age. Colonoscopy timing is bracketed with its source, and each plan names what a positive family test would change.
Children drawn but not screened
The two children appear on the genogram because the risk passes through them, but no testing is proposed now. The paper explains why testing for an adult-onset condition is usually deferred and records when the question returns.
Where marks go in NU568 Unit 6
A genogram that is hard to read undercuts everything built on it, so rubrics commonly start with conventions: symbols, a legend, ages at diagnosis and at least three generations. After that the pattern has to be named correctly and checked against criteria, and a paper that diagnoses Lynch syndrome from the drawing alone loses credit, since only testing can confirm it. Plans that apply one screening schedule to every relative, regardless of relationship, miss the unit's point about several plans flowing from one risk. Intervals stated without a source, or borrowed from an average-risk schedule, draw deductions. Lighter penalties attach to a figure missing its legend, an unmarked household, absent ages, and genetic testing of minors proposed without saying why it normally waits.
Get a NU568 Unit 6 example written to your instructions
Genogram prompts vary: some supply a family, others leave its invention to whoever writes. Send what your NU568 Unit 6 case provides, the risk it centers on and the rubric. Back in 24-48h, the sample sets a figure drawn to McGoldrick conventions beside an analysis and per-relative plans. Your first request is free.
NU568 Unit 6 questions, answered
Can the genogram use my own family?
Some sections allow it and a few require it. A sample cannot, since it would expose real people's health histories; an invented family carries the same conventions and analysis instead. If you use your own family, consider whether relatives would consent to their diagnoses appearing in coursework, and follow any privacy guidance your instructor gives.
Which genogram software do courses accept?
Most accept any tool that produces clear standard symbols, including dedicated genogram programs, general drawing software or a careful hand drawing scanned at good resolution. What rubrics grade is correctness and legibility, not the program. Put the legend inside the image itself, because a grader may view the figure separately from the written analysis.
How many generations are required?
Three is the usual minimum and the McGoldrick convention for a basic genogram. Add a fourth when the risk under discussion passes to children or grandchildren who need their own plans, as it does in this sample. More generations help only when they carry information; a figure crowded with unaffected distant relatives can obscure the pattern the analysis depends on.