Table 4.
Summary of Neuropsychological Studies Included.a
| Article | N | Age Range (Years) | Long/CSx | TSI | Domain | Dataset |
|---|---|---|---|---|---|---|
| Neuropsychological studies | ||||||
| Max and others (2000) | 94 TBI | 5–14 | Long | 2 weeks and 3, 12, and 24 months post-injury | Psychiatric disorders | Indiv |
| Ewing-Cobbs and others (2006) | 23 TBI/21 HC | 0.5–6 | Long | 2, 12, 24 months, and 3+ years post-injury | Intelligence and academic | l |
| Anderson and others (2009b) | 54 TBI/16 HC | 2–7 | Long | <3, 12, 30 months, and 5 years | Intelligence | m |
| Catroppa and others (2009) | 84 TBI | 3–12 | Long | <3, 12, 24 months, and 7 years | Academic | m |
| Catroppa and others (2011) | 40 TBI/19 HC | 1–7 | Long | >3 months and 10 years | Attention | m |
| Durber and others (2017) | 54 TBI/70 OI | 3–7 | Long | >3 months and 7 years post- injury | Academic | n |
| Treble-Barna and others (2017) | 58 TBI/72 OI | 3–7 | Long | >3 months and 7 years post- injury | Multiple | n |
| Bloom and others (2001) | 46 TBI | 6–15 | CSx | >12 months post-injury | Psychiatric disorders | Indiv |
| Ewing-Cobbs and others (2004) | 44 TBI/39 HC | 0.5–6 | CSx | 1 month – >12 months | Executive function | l |
| Ayr and others (2005) | 27 TBI/26 OI | 8–15 | CSx | >12 months post-injury | Arithmetic | Indiv |
| Anderson and Catroppa (2007) | 53 TBI/17 HC | 6–14 | CSx | 5 years post-injury | Memory | m |
| Catroppa and others (2007) | 54 TBI/16 HC | 7–12 | CSx | 5 years post-injury | Attention | m |
| Crowe and others (2012) | 181 TBI | 0–13 | CSx | 24–45 months post-injury | Intelligence | Indiv |
a
We list the number of participants (TBI = traumatic brain injury, OI = orthopedic injury, HC = healthy control), age range of participants, whether the study used a cross-sectional (CSx) or longitudinal design, the post-injury time-points assessed (TSI = time since injury), the domain assessed, and whether the dataset included overlapped with others reviewed in this article (indiv = individual study).