18 May 2024 : Clinical Research
New Computerized Planning Algorithm and Clinical Testing of Optimized Nuss Bar Design for Patients with Pectus Excavatum
János György Papp1ABCDEF*, Ákos Kiss1B, Krisztián Balogh2BC, László Kostyál3BC, Imre Tóth4BC, Tibor Gáll5BCD, Péter VajdaDOI: 10.12659/MSM.943705
Med Sci Monit 2024; 30:e943705
Table 2 Data of control group (group B) patients without chest wall malformation.
| Sex | n | Sagittalis diameter (cm) | Axial diameter (cm) | Age (yrs) | Haller index |
|---|---|---|---|---|---|
| Female | 42 | 7.50–12.00 | 19.50–24.00 | 14–20 | 1.87–2.82 |
| Mean: 9.65 | Mean: 21.76 | Mean: 17.31 | Mean: 2.28 | ||
| SD: 1.12 | SD: 1.84 | SD: 0.25 | |||
| Male | 61 | 8.00–13.50 | 18.00–26.70 | 14–20 | 1.5–3.13 |
| Mean: 10.51 | Mean: 23.57 | Mean: 17.15 | Mean: 2.28 | ||
| SD: 1.39 | SD: 1.84 | SD: 0.33 | |||
| The table presents the sagittal and horizontal (axial) diameters of the chest, as well as the resulting Haller index, for 103 patients in the group without pectus excavatum. The data are categorized by sex and age. The measurements were taken (based on the information obtained from the pectus excavatum group), 2.98 cm away from the transverse nipple line. | |||||






