In situreplantation of partial bone fragments for depressed skull fractures in children
10.3969/j.issn.2095-4344.2014.16.025
- VernacularTitle:部分骨片原位回植修复小儿颅骨凹陷粉碎性骨折
- Author:
Jieyu LAI
;
Zhongzhi CHEN
;
Renchun WANG
;
Chengwu JIA
;
Guangxin CHU
;
Fangkun JING
- Publication Type:Journal Article
- Keywords:
biocompatible materials;
skul fractures;
child;
perioperative period
- From:
Chinese Journal of Tissue Engineering Research
2014;(16):2613-2618
- CountryChina
- Language:Chinese
-
Abstract:
BACKGROUND:For depressed skul fractures in children, retaining their skul and narrowing surgical incision meet the concept of minimaly invasive surgery as important as ensuring the surgical safety and therapeutic effects, which is also the requirement of children’s parents. OBJECTIVE:To explore the curative effects of in suit replantation of free bone fragments based on a smal incision in children with depressed skul fractures. METHODS: Fifteen patients with depressed skul fractures, aged 3-16 years, were selected and subject to CT examination and manual examination of the scalp at fractured site under general anesthesia for labeling fracture range. Then, one or two bone fragments corresponding to the fracture site and size were selected. A smal incision with a length equal to the outer edge of bone fragments removed. Postoperative folow-up was employed for observation of clinical effects. RESULTS AND CONCLUSION:An incision, 5-7 cm in length, were made, and one bone fragment was removed from six cases, and two bone fractures were removed from nine cases. Intraoperatively, there were six cases of epidural hematoma, three cases of subdural hematoma, six cases of brain contusion and bleeding. For fracture fixation, one skul lock was used in eight cases, two skul locks in six cases, and three bone plates in one cases. Postoperative CT showed 12 cases of good fracture reduction displayed basic symmetry with the contralateral skul; 3 cases showed partialy depressed bone fragments that were less than 0.5 cm; 6 cases had a little skul defects with a diameter < 1.0 cm; 6 cases had mild epidural hematoma or effusion which was eliminated after conservative treatment. Eleven of 15 cases were folowed for 2 month to 3 years, and showed no changes in skul shape on CT films compared with those at discharge and presented with good stability. In addition, there were one case of mild limb paralysis, one case of mild language barriers, and one case of mild seizures, but al these cased were wel controled by drugs. These findings indicate that in situ replantation of partialy free bone fragments is suitable for depressed skul fractures in children.
