E225 Emerging Professional Practice carries catalog number NURS 3672 and is worth three competency units. It surveys nursing specialty areas, with genetics and genomics and palliative care named in the catalog description. The catalog also lists D225 Emerging Professional Practice under NURS 3670 with an identical description; the two cover the same material in different program plans, so complete whichever your Degree Plan shows. This page takes the genomics strand as its route into the course.
What NURS 3672 is really measuring
Genomics is the part of this course that makes experienced nurses uneasy, usually because they last studied genetics as a set of inheritance patterns and assume the course wants the same thing at greater depth. It does not. Nursing genomics is about what a nurse does with genetic information: recognising when it matters, collecting family history properly, understanding what a result does and does not mean, and supporting a person through decisions that arrive with it.
Family history is where that becomes practical, and it is the most underrated nursing assessment tool in the curriculum. A three-generation history, taken properly, identifies risk patterns that no laboratory test was ordered for. Early onset of a condition, the same condition in multiple relatives on one side, related conditions clustering together, or an unusual presentation for the person's sex or age. Those patterns change screening decisions, and collecting them costs nothing but time and attention.
The interpretation strand is where accuracy gets tested hardest. A pathogenic variant is not a diagnosis. A negative result is not an absence of risk, since most conditions are multifactorial and testing covers a specific set of variants. A variant of uncertain significance means the laboratory does not know, and communicating that honestly without either alarming or falsely reassuring is a nursing skill with real consequences.
Around all of that sit the ethical, legal and social implications, which in genomics are unusually concrete. Information about one person is information about their relatives, who did not consent to anything. Privacy protections for genetic information are specific and limited. Direct-to-consumer testing arrives at clinical encounters already interpreted by a company with something to sell. A paper that treats these as abstract ethics has missed how immediate they are.
Letting the aspect list write the outline
Scoring detail is published in the Course of Study for your section rather than in the catalog, so open your rubric and count aspects before drafting. Each aspect is scored on its own three point scale, each needs a 2, and none of them average with any other.
Genomics tasks tend to attract explanation. There is a lot to explain, and the explaining is comfortable, so drafts arrive heavy on biology and light on nursing action. Head every aspect with the rubric's own noun and make each section end with a sentence naming what the nurse does. If a section cannot end that way, it belongs in a different paper.
The word budget, worked. Suppose your rubric has six scored aspects and the directions ask for roughly 1,900 words. Give 150 to an opening naming the specialty focus and the case, and 100 to a close. That leaves 1,650 across six aspects, about 275 each. Then apply a rule specific to this material: cap the biological explanation inside any aspect at 90 words. Whatever the mechanism is, ninety words is enough for a competent summary, and the remaining 185 go to what it means for this person and what nursing does about it. Genomics papers that come back have almost always inverted that ratio.
Where your section is measured by a proctored objective assessment, use the same competencies as a precision checklist. Genetic and genomic, screening and diagnostic testing, penetrance and expressivity, carrier and affected: these pairs are exactly where items are written, and approximate understanding does not survive them.
A structure that fits a genomics case analysis
Where your directions specify headings, follow them. Where they leave it open, this arrangement moves from information to meaning to nursing action without leaving the biology stranded on its own.
| Section | What it has to contain | What an evaluator watches for |
|---|---|---|
| Case and concern | The person, the presenting question, and what prompted a genomic consideration | Cases with no trigger read as a biology essay with a patient attached |
| Family history | Three generations, ages at onset, causes of death, and the pattern you identified | Scored for completeness and for naming the pattern rather than reciting relatives |
| Genomic basis | The condition's inheritance or risk architecture, kept brief and accurate | Where papers overrun; more biology does not earn more marks |
| Testing considerations | What a test would and would not establish, and who else it implicates | Scored for accurate limits; overstating what a result proves is a hard error |
| Result interpretation | What positive, negative and uncertain results would each mean for this person | The section that separates genomic literacy from general knowledge |
| Ethical, legal and social | Consent, family implications, privacy protections and their limits, insurance and employment | Scored for application to this case rather than for principle |
| Nursing role | Education, support, referral to genetics services, and follow-up | Referral is a nursing action and its absence is often what fails the aspect |
| References | Genomics nursing competencies and peer-reviewed sources, APA formatted | Scored wherever citation is named |
Knowing when to refer is a competency in its own right. A nurse is not a genetic counsellor, and a paper that identifies the point at which specialist referral is indicated demonstrates better judgement than one that counsels the patient through the whole decision.
Evidence craft in a fast-moving science
Genomics moves faster than most nursing subjects, which changes what a good source looks like and how long it stays good.
- Check the age of everything. A genomics source from ten years ago may describe testing that has been superseded and costs that have collapsed. Recency is a substantive criterion here, not a preference.
- Use professional genomics nursing competencies as your framing source. They exist, they are citable, and they define the scope a nursing paper should be arguing within.
- Keep terminology exact. Mutation and variant carry different connotations in current practice, and using the older term throughout signals older reading.
- Treat direct-to-consumer results with stated caution. What such a test analysed, and what it did not, changes what a clinician can conclude, and the paper should say so.
- Never use a real family history without full de-identification. Genetic information identifies more than one person, so the usual precautions are not sufficient on their own.
- Cite privacy protections precisely, including their limits. Genetic privacy law covers some contexts and not others, and a general reassurance is inaccurate.
The strongest papers in this subject state what remains unknown. Risk estimates carry uncertainty, penetrance varies, and much of the genome's clinical meaning is still being worked out. Writing that holds uncertainty steadily is more useful to a patient than writing that resolves it prematurely.
What earns Competent instead of a resubmission
Work at WGU is recorded as Competent or Not Competent, with no letter grade and no ordinary GPA, and aspects are scored independently. In genomics, returns concentrate on overstated conclusions and on missing nursing action.
- Every claim about what a result means is stated with its limits attached.
- The family history is presented as a pattern with an interpretation, not as a list of relatives.
- Implications for relatives are addressed, since they are the feature that makes genomic information different.
- Every section ends in a nursing action, including referral where referral is the right action.
- Terminology is current and used consistently throughout.
Submitted work can be revised and resubmitted without a grade penalty, so a return costs only time. In a six month flat rate term, that time is the constraint that decides how many courses you close and therefore what each of them effectively cost you.
Six mistakes that cost time in E225
- Writing a genetics lecture. Inheritance patterns explained at length crowd out the nursing content the aspects are actually scoring.
- Treating a negative result as no risk. Testing covers specific variants, and most common conditions are multifactorial. The distinction is a frequent scored point.
- Ignoring the relatives. A genomic result implicates people who were never in the room, and a paper that never mentions them has missed the specialty's defining problem.
- Overstating privacy protection. Legal protections for genetic information are real and bounded, and reassurance beyond those bounds is inaccurate.
- Skipping referral. Recognising the limit of the nursing role and referring to genetics services is a competency, and its absence often costs the role aspect.
- Using stale sources. In a fast-moving field, a decade-old citation for a testing claim is not just weak support, it may be describing something that no longer exists.
How support works on this course
Send your rubric out of the Course of Study, plus the task directions. You get the aspect map, a word budget that caps the biology and protects the nursing sections, a family history written as a pattern with an interpretation, result scenarios written with their limits, and ethical content applied to your specific case. Where you are working from a real family, you get help constructing a de-identified version that keeps the reasoning intact.
The boundaries are absolute. Any proctored assessment is yours to sit. Preparation is where our part ends, we are never present during one, and a portal login is never requested. Nothing on this site interprets a real genetic result or gives clinical advice, and for any course with a practice component we do not complete clinical hours, contact preceptors or sites, sign placement paperwork or fill hour logs.
Questions students ask about E225
Why does my classmate have D225 and I have E225?
Do I need to remember genetics from a previous course?
How do I handle a case where testing would affect relatives?
Genomics case turning into a biology essay?
Send the rubric and your case. You get the family history written as a pattern, result scenarios with honest limits, and every section ending in a nursing action.
Where E225 sits in WGU's programs
The July 2026 catalog places this code in 1 current WGU program. Open a program page for the complete standard path and term positions. The live Degree Plan remains authoritative after transfer credit, substitutions, and mentor planning.
The assessments, one by one
The public catalog does not publish this course's PA/OA identity or task count. WGU Tutors publishes at most one PA manual per course and only from a WGU-controlled public rubric. Until that source exists, PA help begins from the student's real Course of Study and OA support remains preparation only.