Three-dimensional structures of nor

Three-dimensional structures of normal pediatric ears were digitized and converted to virtual solids for mold
design. Image-based synthetic reconstructions of these ears were fabricated from collagen type I hydrogels. Half were
seeded with bovine auricular chondrocytes. Cellular and acellular constructs were implanted subcutaneously in the dorsa of
nude rats and harvested after 1 and 3 months.

結果 (中文) 1:

数字化三维结构的正常小儿耳并转换成虚拟实体模具设计。基于图像的合成重建的这些耳朵捏造的由胶原蛋白 I 型水凝胶。一半是种子具牛耳软骨细胞。细胞与脱细胞构造被植入皮下的背侧裸大鼠和收获后 1 至 3 个月。

結果 (中文) 2:

正常儿科耳三维结构被数字化并转换成虚拟的固体模具
设计。这些耳基于图像的合成重建，从我型胶原水凝胶制成。其中一半的人
用牛软骨细胞耳种子。细胞和无细胞结构中的dorsa皮下植入
裸鼠体内和1个和3个月后收获。

結果 (中文) 3:

正常的儿科耳朵的三维结构被数字化，并转换为模具的虚拟固体设计。这些耳朵的图像为基础的合成重建，从I型胶原水凝胶。一半的人籽用牛耳软骨细胞。细胞和无细胞结构被植入皮下的背裸鼠移植后1个月和3个月。