Shu-Yi Chang’s journal paper has been officially published in an international journal. This study presents a comparative investigation of silicone-based bioscaffolds for tissue engineering applications, focusing on the effects of pore geometry and fabrication methods on structural performance and biocompatibility. The research compares PDMS mold casting using FDM-printed molds and direct ink writing (DIW) of RTV silicone, and further examines continuous printing versus a segmented DIW strategy with periodic pauses. Results show that the segmented approach improves dimensional accuracy and reduces deformation while maintaining good cell proliferation performance. This work provides practical insights into the trade-offs between geometric fidelity, structural stability, and biological compatibility in scaffold fabrication.
張淑怡同學（Shu-Yi Chang）的期刊論文已正式發表於國際期刊。張同學的研究題目為「silicone-based bioscaffold fabrication for tissue engineering applications」。本研究針對矽膠生物支架製造進行比較分析，探討孔洞幾何設計與不同製程方法對結構性能與生物相容性的影響。研究比較PDMS模具翻模與RTV矽膠直接墨水書寫（DIW）兩種方式，並進一步分析連續列印與分段式停頓策略。結果顯示分段式製程可有效提升成形精度並降低結構變形，同時維持良好的細胞增殖能力。本研究提供生物支架設計與製造策略選擇上的實務參考。