| Course | PHLT 8060 Dissertation Seminar I |
|---|---|
| Week | Week 10 |
| Paper type | Alignment check |
| Length | About 750 words, 5 pages |
| Format | APA 7 student paper |
| School | Walden University |
| Program | PhD in Public Health |
| Updated | October 2026 |
Free sample paper for PHLT 8060 Week 10
Alignment Check: Reading the Hepatitis B Birth Dose Problem Statement Sentence by Sentence Against the Research Question, Two Failures Found and Repaired
Student Name
Walden University
PHLT 8060: Dissertation Seminar I
Instructor Name
Month Day, Year
Alignment Check: Reading the Hepatitis B Birth Dose Problem Statement Sentence by Sentence Against the Research Question, Two Failures Found and Repaired
Why Check Alignment Now
Weeks of boundary work can leave a problem statement and a research question describing slightly different studies. The problem statement was drafted before the scope revision and the glossary; the question was written after both. If they disagree, a committee will notice, and a reader of the eventual dissertation will find a problem that the study never addresses. This check reads the current six-sentence problem statement one sentence at a time and asks of each: does the research question, as defined in its glossary, measure or depend on what this sentence claims? Creswell and Creswell (2018) describe alignment among problem, purpose and question as the backbone of a coherent proposal.
The Sentence-by-Sentence Check
Table 1
Problem Statement Sentences Checked Against the Research Question
| No. | Sentence (summarized) | Does the question address it? | Verdict | |
|---|---|---|---|
| 1 | Federal advisers call for a first hepatitis B vaccination in the first day of life for well newborns above the weight threshold | Yes; defines the group and the measure window | Aligned | |
| 2 | Registry summaries show lower recorded birth dose coverage in six rural counties than statewide | Yes; the question studies recorded doses at those counties' hospitals | Aligned | |
| 3 | In July 2021 the state ended its supply of newborn vaccine to hospitals | Yes; defines the period boundary | Aligned | |
| 4 | Nursing practices at rural hospitals may leave infants unprotected | No; the question measures recorded doses, not practices | Fails | |
| 5 | Whether recorded coverage differed after the change is not known | Yes; this is the question | Aligned | |
| 6 | Growing parental hesitancy may be reducing acceptance of the dose | No; the question does not measure refusals or hesitancy | Fails | |
Note. Sentences are summarized; the full statement appears in the prospectus draft.
The Two Failures
Sentence 4: Practices the Question Does Not Measure
The sentence locates the problem in nursing practice: "Nursing practices at rural hospitals may leave infants unprotected." The question does not measure practices. It measures whether a dose appears in the registry for each infant, which could fall short because of a nurse's omission, a missing standing order, a parental refusal or a dose given and never reported. A reader of this sentence would expect the study to examine practice, and it will not, since no practice data are collected. The sentence also implies blame on nurses that the data cannot support. National guidance describes system-level supports, such as standing orders, as the primary means of ensuring the birth dose (Schillie et al., 2018), which makes an individual-practice framing doubly misleading.
Repair: "Recorded coverage at rural hospitals may reflect hospital systems, such as order sets and vaccine stocking, as well as documentation, and the study measures the recorded result rather than the practices behind it."
Sentence 6: Hesitancy the Question Does Not Measure
The sentence introduces a cause, "Growing parental hesitancy may be reducing acceptance of the dose," that the study cannot assess. The registry does not reliably record refusals, and the question compares periods without distinguishing refusal from omission. Keeping the sentence would invite a committee to ask why the study ignores its own stated cause, and it would tempt the discussion chapter to attribute any decline to hesitancy without evidence.
Repair: delete the sentence from the problem statement and move the point to the limitations, which will state that the study cannot distinguish documented refusals from other reasons a dose is not recorded.
Checking the Repairs
Both repairs were rechecked against the glossary. The revised sentence 4 uses "recorded coverage," matching the glossary's definition, and describes possible system-level explanations as context rather than as the study's object. Removing sentence 6 leaves the statement's logic intact: sentences 1 to 3 establish the recommendation, the gap and the policy change, sentence 4 frames what recorded coverage reflects, and sentence 5 states the unknown the question addresses. Booth et al. (2016) describe a well-formed problem as moving from a condition to its cost to what is unknown, and the repaired statement follows that sequence.
What Alignment Does Not Fix
Alignment ensures the problem statement and question describe the same study; it does not make the study stronger. The design still cannot attribute a change to the policy, a limit stated in the scope revision. The check confirms only that the documents no longer promise more than that design can deliver, and it will be repeated whenever the question or the problem statement changes again.
References
Booth, W. C., Colomb, G. G., Williams, J. M., Bizup, J., & FitzGerald, W. T. (2016). The craft of research (4th ed.). University of Chicago Press.
Creswell, J. W., & Creswell, J. D. (2018). Research design: Qualitative, quantitative, and mixed methods approaches (5th ed.). SAGE.
Schillie, S., Vellozzi, C., Reingold, A., Harris, A., Haber, P., Ward, J. W., & Nelson, N. P. (2018). Prevention of hepatitis B virus infection in the United States: Recommendations of the Advisory Committee on Immunization Practices. MMWR Recommendations and Reports, 67(1), 1-31. https://doi.org/10.15585/mmwr.rr6701a1
What the PHLT 8060 Week 10 instructions ask for
The tenth assignment usually asks students to check that their problem statement and research question describe the same study. Faculty expect a systematic reading, often sentence by sentence, asking whether the question measures or depends on what each sentence claims. Failures should be explained precisely: what the sentence promises and why the question cannot deliver it. Each failing sentence needs a repair, either rewriting the sentence, moving its content to the limitations or, less often, changing the question. The repairs should be rechecked against the question's glossary. Strong checks also note what alignment cannot fix, such as design limits. The significance section is a common place for drift and may need the same check. A table plus discussion of the failures is the usual format.
How the PHLT 8060 Week 10 example is put together
The paper explains why alignment matters at this stage and states the test applied to each sentence. A six-row table summarizes each sentence, whether the question addresses it and a verdict. Two subsections take the failures: the nursing practice sentence, which the question does not measure and which conflicts with guidance emphasizing system-level supports, rewritten to describe recorded coverage and its possible system explanations; and the hesitancy sentence, which the registry cannot assess, removed and moved to the limitations. A section rechecks both repairs against the glossary and a recognized sequence for problem statements. A final section notes that alignment does not overcome the design's inability to attribute change to the policy.
Reading the PHLT 8060 Week 10 rubric
Graders reward a check that is systematic and repairs that solve the problems found. Checks that declare alignment without testing each sentence earn little. Credit goes to a clear test applied consistently, to failures explained in terms of what the question measures, and to repairs that remove promises the study cannot keep. Recognizing that a sentence can mislead in two ways, by claiming something unmeasured and by implying blame, shows careful reading. Rechecking repairs against the glossary demonstrates thoroughness. Acknowledging what alignment cannot fix keeps the check honest. Accurate citation of design and guidance sources supports the reasoning. A table that matches the discussion makes the audit easy for a committee to follow.
PHLT 8060 Week 10 help from the desk
Alignment checks fail when students skim and declare a match. Read your problem statement one sentence at a time and ask whether your question measures what that sentence claims. Where it does not, rewrite the sentence or move its point to the limitations. Recheck each repair against your definitions. Note what alignment cannot repair. Repeat the check whenever the question changes. Number the sentences before you begin so your table and your revisions refer to the same thing, and keep the old wording beside the new for your chair. Checks for other dissertation drafts can follow the same sentence-by-sentence method.
Get a PHLT 8060 Week 10 example written to your instructions
Send your problem statement and research question in their current forms, plus the Week 10 check instructions and rubric. The problem is held fixed and tested sentence by sentence against the question, failures repaired with rewritten text and the check rerun. Your first request is free, in 24 to 48 hours. None of the counties, schools or statements shown here are real.
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PHLT 8060 Week 10 questions, answered
Should I change the problem or the question when they disagree?
It depends on which one is right. The example changes the problem where it claimed something no available data could test, parental hesitancy, and changes the question where the problem identified a real concern the question missed, risk concentrated in schools. What decides it is whether the study could still be done after the change; if moving the question would require data you cannot get, the problem has to give way.
Why does partial alignment count as a failure?
Because a question that reaches only part of a sentence lets the finished study claim more than it showed. In the example, a proportion pooled across schools could come out unchanged while several schools moved sharply, and a reader of the problem would expect the study to have seen that. Marking the sentence partly answered forces a decision: narrow the sentence or extend the question.
Does the significance section need checking too?
Ideally, yes, and many sections ask for it. Significance often drifts furthest, because it was written to persuade and tends to keep claims the problem has since dropped. In the example, the significance brief already argued at school level, so the repair to the question brought it back into line. If your significance section still leans on a claim your question abandoned, it needs the same sentence-by-sentence reading.
Where can I find a free PHLT 8060 Week 10 sample paper?
This page carries the complete Week 10 alignment check, reading a hepatitis B birth dose problem statement against its research question and repairing the two sentences that fail.
Why remove the hesitancy sentence instead of measuring hesitancy?
The registry does not reliably record refusals, so the study cannot assess hesitancy. Keeping the sentence would promise an explanation the data cannot provide, so the point moves to the limitations.