DNP 810 Week 3: the family history assignment
The third requirement is the one with a real answer available: whether this tool could actually be used in your practice, which depends on time, literacy and what happens to the output.
Editorial process
Last reviewed · August 15, 2026
Three deliverables, and the third is about your practice
Complete the tool first and let the output drive the paper, because all three requirements depend on what it actually produced. The heredity patterns section should describe what you found rather than what patterns exist in principle: which conditions cluster, across how many generations, on which side of the family, and at what ages of onset. Early onset is the strongest single signal and worth flagging explicitly — breast cancer at thirty-eight means something different from breast cancer at seventy-eight. Where a pattern suggests a mode of inheritance, name it and say what the evidence for it is; where it does not, say that the pattern is consistent with multifactorial risk, which is a legitimate finding rather than a failure to find one. Where the tool surfaces nothing at all, say so and treat the absence as its own finding, since a clean three-generation history is itself information a clinician can use.
The transmission risk section requires you to be careful about what you can honestly claim. For a suspected single-gene pattern you can state a recurrence risk; for clustering without a confirmed variant you can say risk is elevated relative to population baseline and that quantifying it would need genetic evaluation. Make clear which of the two applies. Then the feasibility question, which is the doctoral part. It is asking for an implementation judgement, so answer it with the constraints: the tool takes real time a patient may not have in a clinic slot, it requires literacy and internet access, it depends on family information many patients do not have, and its output does not import into your record — so somebody has to act on a printout. Feasible with conditions is almost always the honest answer, and naming the conditions is what makes it a proposal.
Likely learning objectives
Inferred from the brief — check these against your own rubric.
- 01Read a completed family history for heredity patterns rather than for content.
- 02State transmission risk at the level the evidence supports.
- 03Judge a tool's feasibility against real practice constraints.
- 04Distinguish a suspected inheritance pattern from a confirmed one.
Read the full question
Review every instruction before using the planning guidance that follows.
Turn the brief into deliverables
- 01A completed Surgeon General's family health history.
- 02The heredity patterns actually discovered, with ages of onset.
- 03An evaluation of transmission risk to other or new family members.
- 04A feasibility proposal with named conditions.
- 05Two scholarly sources cited in text, and the practice hours statement.
Patterns, transmission risk, then feasibility
What the tool produced
Report the family history you entered and the output it generated.
Heredity patterns
Identify clustering, generations affected and ages of onset.
Transmission risk
Evaluate risk to other and new family members at the level the evidence supports.
Feasibility in your practice
Judge whether the tool could be used, and under what conditions.
What the tool is for, and what it misses
Recommended databases
- Surgeon General's My Family Health Portrait
- MedlinePlus Genetics
- National Human Genome Research Institute
- CINAHL
Search sequence
- 1.Complete the tool with a real family history before writing anything.
- 2.Search family history collection AND primary care for the feasibility evidence.
- 3.Check what recurrence risk figures exist for the pattern you identified.
- 4.Find out whether your own record system has any family history field at all.
Reference shortlist
These are authoritative starting points, not a ready-made bibliography. A qualified reviewer must confirm that each source fits the assignment and supports the claim beside which it is cited.
Nothing here is cleared for citation until you have read it.
- 01
Why is it important to know my family health history?: MedlinePlus Genetics
MedlinePlus, U.S. National Library of Medicine · 2024
Why family history is collected and what it can establish, which is the standard the tool is judged against.
- 02
Pedigree
National Human Genome Research Institute · 2024
The notation underlying the tool's output, useful for reading the patterns correctly.
- 03
What are complex or multifactorial disorders?: MedlinePlus Genetics
MedlinePlus, U.S. National Library of Medicine · 2024
What clustering without a confirmed variant can and cannot support, which bounds the risk claim.
- 04
Genetic Disorders
National Human Genome Research Institute · 2024
Single-gene patterns and their recurrence risks, for the cases where a quantitative claim is defensible.
- 05
Health Literacy Universal Precautions Toolkit
Agency for Healthcare Research and Quality · 2024
Health literacy constraints, which is the strongest evidence base for the feasibility section.
Review before submission
Common mistakes
- Describing heredity patterns in general rather than the ones the tool showed.
- Quoting a recurrence risk when no variant has been confirmed.
- Answering the feasibility question with an endorsement rather than conditions.
- Ignoring that the tool's output does not enter the clinical record.
- Omitting ages of onset, which is where most of the signal is.
Submission checklist
- Did you complete the tool before writing?
- Are ages of onset included in the pattern discussion?
- Is the transmission risk claim proportionate to the evidence?
- Does the feasibility section name real constraints?
- Is the practice hours statement present?
Use this guide to plan and review your own work. Follow your institution's rules and read our academic-integrity policy.

Written by
Aaron Bishop
MA, Education
assignment interpretation and research-methods coaching across disciplines
Aaron leads the EssayCrackers editorial desk. He works on how assignment briefs are read — what a rubric is actually asking for, and where students most often answer a different question than the one set.

Reviewed by
Dr. Nathan Cole
PhD, Rhetoric & Composition
Argumentation and thesis development
Nathan teaches first-year composition and directs a university writing center. He reviews EssayCrackers guides for argumentative soundness and citation accuracy.