Conventional qualitative content analysis is the workhorse of health and nursing research, and it is chosen for a good reason: when a field has little existing theory about a phenomenon, a method that derives its categories from the data without importing a framework is exactly right. Its weakness is the same as its strength. It is deliberately descriptive, it does not claim interpretive depth, and studies that use it while wanting the depth of thematic analysis end up producing neither well.
One of three approaches, and the distinction matters
Hsieh and Shannon's Three Approaches to Qualitative Content Analysis is one of the most cited methods papers in health research, and its central contribution is a distinction people routinely collapse.
Conventional content analysis derives coding categories directly from the data. It is used when existing theory or literature on the phenomenon is limited, and it avoids preconceived categories on purpose.
Directed content analysis starts from existing theory or prior research, which supplies initial codes that the analysis then extends or challenges. It is used to validate or extend a theoretical framework.
Summative content analysis counts occurrences of words or content, then interprets the underlying context of their use. It is the closest of the three to quantitative content analysis and the furthest from thematic work.
Saying which one you are doing is the first requirement of reporting. A paper that cites Hsieh and Shannon without specifying the approach has not told the reader what was done.
The procedural literature
Alongside Hsieh and Shannon, the other standard reference is Elo and Kyngäs's The qualitative content analysis process, which sets out the inductive and deductive routes in more procedural detail and is the paper most nursing studies follow.
Elo and colleagues later addressed the field's trustworthiness problem in Qualitative Content Analysis: A Focus on Trustworthiness, which is the more useful of the two for anyone preparing a study for review — it identifies the specific reporting failures that recur.
The method's roots are in mid-twentieth-century communication research, which is why its vocabulary (units of analysis, coding units, categories) reads more systematically than the interpretive traditions.
The three phases
Preparation
Select the unit of analysis — a whole interview, a passage, a sentence — and be explicit about it. Different units produce different analyses and the choice is rarely justified in published work.
Decide whether latent content (what is implied) will be analysed alongside manifest content (what is stated). Conventional content analysis can do both, but the study must say which, since a claim about implied meaning needs different evidence.
Then immerse: read the material repeatedly to obtain a sense of the whole before coding anything.
Organisation
Code openly, deriving labels from the words of the data itself rather than from an existing framework. Where the data supplies a good label, use it.
Group codes into subcategories, and subcategories into categories, on the basis of similarity and difference. The hierarchy should be built upward from the data, not imposed downward.
Where the analysis goes further, group categories into main categories or a theme that abstracts across them. This is the point at which content analysis is doing something close to thematic analysis, and where the two are most often confused.
Construct a category scheme and check it against the data: does every unit have a place, are the categories mutually distinguishable, and does the scheme cover the material?
Reporting
Report the analysis process and the resulting categories, with enough detail that a reader can follow how categories were formed. A category table with definitions and example units is standard and expected.
Frequencies may be reported where useful, but should not become the finding — that would be summative content analysis, which is a different approach.
Conventional content analysis against reflexive thematic analysis
| Conventional content analysis | Reflexive thematic analysis | |
|---|---|---|
| Purpose | Describe a phenomenon where theory is thin | Interpret patterned meaning |
| Categories or themes | Categories, built bottom-up from codes | Themes with a central organising concept |
| Latent meaning | Optional, must be declared | Expected, at least in part |
| Researcher subjectivity | Minimised through procedure | Treated as a resource |
| Frequency reporting | Acceptable and common | Discouraged |
| Multiple coders | Common, often with agreement checks | Not for agreement |
| Typical output | A category scheme with definitions | An argument built from themes |
Worked example: a category scheme built upward
A study of how patients experienced a newly introduced remote-monitoring service used conventional content analysis, appropriately — nothing had been published on this service and there was no framework to test.
The unit of analysis was the meaning unit: a passage expressing one idea, which could run from a clause to a paragraph. That choice was stated, because a sentence-level unit would have fragmented accounts that only made sense across several sentences.
Open coding produced 187 codes, many in participants' own words: "the machine tells them before I do", "phoning about a number", "no one to ask about the number". Grouping produced subcategories — anticipated contact, unexplained readings, absent interpretation — and then three categories: being monitored rather than cared for, data without meaning, and the disappearance of the appointment.
The analysis stopped there, and stopping was the right call. The categories describe the experience clearly and are directly usable by the service. What the study did not do was claim an interpretive account of what remote monitoring means for the patient relationship — that would have required a different method and a different design, and asserting it on this analysis would have overreached.
The reported scheme gave each category a definition, its subcategories, and two example meaning units, which is what allows a reader to judge whether the categories hold.
Common mistakes
- Not naming the approach. Citing Hsieh and Shannon without saying conventional, directed or summative leaves the method unspecified.
- Unstated unit of analysis. It determines what the codes can be, and it is omitted more often than not.
- Categories that are topics from the interview guide. If the categories reproduce the questions, the data has been sorted rather than analysed.
- Silent drift into directed analysis. Starting from literature-derived codes while claiming a conventional approach misdescribes the study.
- Frequency as finding. Counting is summative content analysis; presenting counts as the result of a conventional analysis conflates the two.
- Claiming interpretive depth. Conventional content analysis is descriptive by design, and a discussion section that reads as latent interpretation needs the analysis to have supported it.
- No trustworthiness account. Elo and colleagues specify what to report; most studies still do not.
How quality is judged
The expected reporting is more explicit than in interpretive traditions: state the approach, the unit of analysis, whether latent content was included, how categories were formed, and how the scheme was checked against the data.
A category table with definitions and exemplar units is the standard evidence, and its absence is a reasonable reason for a reviewer to ask for revision. Where multiple coders were used, say what their role was — consistency checking is coherent within this method in a way it is not within reflexive TA.
Limitations
The method is descriptive and does not generate theory. Studies wanting theory should use grounded theory; studies wanting interpretive depth should use thematic or phenomenological approaches, and choosing content analysis for its procedural comfort while wanting those outputs is the field's recurring mistake.
It is also weak on context. Segmenting into meaning units and grouping them across participants loses the shape of the individual account, and there is no case axis to recover it from.
And its apparent objectivity is partly illusory. Deriving categories "from the data" still requires judgement at every grouping, and the procedural vocabulary can obscure how much interpretation went into a category scheme.
Where software helps
The organisation phase is hierarchical grouping of a large code set, revised repeatedly — 187 codes into subcategories into categories, with the whole scheme checked back against the material each time it changes. That is mechanical work that a tool absorbs entirely.
The reporting requirement helps too: a category table with definitions and exemplar units is a by-product of coding in a platform and a separate chore otherwise. Evidano supports conventional qualitative content analysis as a named methodology and derives categories from the material rather than applying a stored framework. Choosing the unit of analysis, and deciding whether the analysis stops at description, remain the researcher's calls — and the second one is where most studies go wrong.
Topics
- qualitative content analysis
- conventional content analysis
- inductive categories
- coding
- nursing research
- health research
- directed content analysis
Other methods in content and framework approaches
Written guides are linked directly; the rest have a reference entry in the methodology directory.
Published research using these methods
Studies and evaluations where this family of method was applied with Evidano — the work, not the claim.
- Published research2026

A Stanford-led study used AI to cross-check its qualitative coding
A published mixed-methods study uploaded deidentified transcripts into Evidano to cross-check themes. Every AI code was reviewed by the researcher.
9 interviews analyzed
Getting Down to Facts, Stanford SCALE Initiative
- Published research2026

AI-assisted qualitative analysis just showed up in published research
A peer-reviewed 2026 Education Sciences study used Evidano (previously AILYZE) to refine its qualitative analysis, with full researcher oversight.
22 courses' open-ended SET comments analyzed
Education Sciences
- Published research2026

AI-assisted qualitative coding, used in a peer-reviewed study
Peer-reviewed, transparent, human-validated AI-assisted qualitative analysis.
39,788 open-ended comments coded
Public Personnel Management (Sage)
Keep reading
- Research MethodsFramework Analysis: the matrix method for applied researchRitchie and Spencer’s framework method, step by step: charting data into a matrix, keeping cases readable across themes, and where its transparency is oversold.
- Research MethodsReflexive Thematic Analysis: the Braun and Clarke approachThe six phases, why themes are generated rather than found, what “saturation” and codebooks have to do with a method that rejects both, and how to report it.
- Research MethodsTemplate Analysis: a coding template you are meant to reviseKing’s template analysis builds a hierarchical coding template on a subset of data, then revises it against the rest. How it differs from framework and thematic analysis.
