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Qualitative_data_analysis

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SPLITTING AND SPLICING 141<br />

<strong>data</strong>bits 1 and 6 both refer to Vincent’s mental and physical suffering—headaches,<br />

suffocating, blackouts—which the author ridicules through exaggeration; hence the<br />

absurd image of Vincent waking up on the seashore after a blackout lasting several<br />

days. The other <strong>data</strong>bits refer not to Vincent’s own suffering, but to the suffering he<br />

inflicts on his patients.<br />

We could distinguish between these, for example by distinguishing between<br />

‘dentist suffering’ and ‘patient suffering’. Again we have to be careful how we define<br />

our terms. We could use ‘patient suffering’ to refer to any suffering experienced by<br />

patients, or only to suffering inflicted by Vincent and other dentists upon them. It<br />

is important to determine as clearly as possible how we intend to use our<br />

subcategories.<br />

Even if it makes sense to subcategorize the <strong>data</strong>, we have to decide whether it is<br />

worthwhile conceptually to do so. Does the distinction relate to or illuminate our<br />

main conceptual concerns? As it happens, we noted earlier some questions about<br />

victims of humour, and whether they are treated with sympathy or subjected to<br />

ridicule. If we wanted to pursue this line of enquiry, then this might justify the<br />

introduction of our subcategories from an analytic point of view. On the other hand,<br />

we may have already categorized the <strong>data</strong> according to who are the ‘victims’, for<br />

example using the categories ‘dentists’ and ‘patients’. This subcategorization would<br />

then be unnecessary. Instead of subcategorizing the <strong>data</strong>, we could simply retrieve<br />

all the <strong>data</strong>bits where either dentists or patients were identified as the ‘victims’ who<br />

suffered.<br />

If the subcategories make sense, and seem valuable analytically, we still have to<br />

decide whether it is practically useful to subcategorize the <strong>data</strong>bits. If we really had<br />

only eight <strong>data</strong>bits, of which only two were deviant in terms of our main interest, then<br />

we might simply take note of the point without going to the trouble of actually<br />

subcategorizing the <strong>data</strong>. There are too few examples to require a formal division of<br />

the <strong>data</strong> into separate categories. Recalling and applying our distinction between the<br />

<strong>data</strong>bits can be done in a matter of moments. There are always going to be some<br />

distinctions which, though not irrelevant conceptually, are too marginal in terms of<br />

the <strong>data</strong>bits to justify subcategorization. If, on the other hand, there were far more<br />

<strong>data</strong>bits—as would probably be the case in practice—then it might be useful to<br />

assign the <strong>data</strong>bits to subcategories, where the <strong>data</strong> can be re-examined in a new<br />

context. In other words, it might be useful to take all the <strong>data</strong>bits about ‘patient<br />

suffering’ and look at them separately.<br />

In categorizing and subcategorizing we not only make distinctions, we also<br />

preserve them. The value of subcategorizing <strong>data</strong>bits may depend on what we can<br />

do with the results. In this respect, we may not only want to compare <strong>data</strong>bits<br />

within a subcategory; we may also want to compare <strong>data</strong>bits between subcategories.<br />

Suppose we suspect that much of Woody Allen’s humour relies on some

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