在翻译器官片平台上的气体控制（顶部）：开发用于精密医学的ERIC Safai微芯片模型T-061 ERIC SAFAI微型胰腺癌模型T-062 Sophia Co \ Y独立式倾向示威者系统，用于实现自动细胞培养物的t-063 frreke inicimation t-rimcromimincrip ciciCAIMCORCORIMCORCORICTAIME (microEIT) for Real-Time Imaging of Biological Samples on Chip T-064 Chang Liu Training the Next Generation of Researchers in the Organ-on-Chip Field T-065 Silke Riegger Monitoring Neurosphere electrophysiological activity using a novel NeuroMPS with integrated micro electrodes T-066 Fulya Ersoy Formation of Matrigel Beads by Centrifugal Force for Organoid Growth T-067 Frederic Bottausci Microfluidic system for simultaneous culture of a two 3D models: pancreatic islet and a blood vessel T-068 Patrycja Baranowska Microfluidic device for EIS and optical monitoring of cells T-069 Lilia Bató Raman microspectroscopy for organ-on-chip applications: non-destructive analysis of intestinal epithelium functions T-070 Alessandra Calogiuri微型图案肝癌，用于研究Hering T-071 Denis denis Estrade可生物降解的可生物降解的辅助1D和2D肌肉细胞机械刺激器中有机体机械刺激的动量器 T-073 Jéssica Rodrigues de Paula Albuquerque Testicular Organ-On-Chip: a New Platform for Drug Testing and Spermatogonial Stem Cells Functional Studies T-074 Denis Pehlic Characterization Of 3d-Printed Device Providing Strain For Cortical Brain Organoids During Maturation T-075 Samah Abousharieha Human intestinal enteroids: the gateway to novel antivirals targeting enteric病毒和宿主免疫反应。在翻译器官片平台上的气体控制（顶部）：开发用于精密医学的ERIC Safai微芯片模型T-061 ERIC SAFAI微型胰腺癌模型T-062 Sophia Co \ Y独立式倾向示威者系统，用于实现自动细胞培养物的t-063 frreke inicimation t-rimcromimincrip ciciCAIMCORCORIMCORCORICTAIME (microEIT) for Real-Time Imaging of Biological Samples on Chip T-064 Chang Liu Training the Next Generation of Researchers in the Organ-on-Chip Field T-065 Silke Riegger Monitoring Neurosphere electrophysiological activity using a novel NeuroMPS with integrated micro electrodes T-066 Fulya Ersoy Formation of Matrigel Beads by Centrifugal Force for Organoid Growth T-067 Frederic Bottausci Microfluidic system for simultaneous culture of a two 3D models: pancreatic islet and a blood vessel T-068 Patrycja Baranowska Microfluidic device for EIS and optical monitoring of cells T-069 Lilia Bató Raman microspectroscopy for organ-on-chip applications: non-destructive analysis of intestinal epithelium functions T-070 Alessandra Calogiuri微型图案肝癌，用于研究Hering T-071 Denis denis Estrade可生物降解的可生物降解的辅助1D和2D肌肉细胞机械刺激器中有机体机械刺激的动量器 T-073 Jéssica Rodrigues de Paula Albuquerque Testicular Organ-On-Chip: a New Platform for Drug Testing and Spermatogonial Stem Cells Functional Studies T-074 Denis Pehlic Characterization Of 3d-Printed Device Providing Strain For Cortical Brain Organoids During Maturation T-075 Samah Abousharieha Human intestinal enteroids: the gateway to novel antivirals targeting enteric病毒和宿主免疫反应。T-076 JANA VAN DYCKE在考虑FCRN回收途径T-077 Anne-katrin be Intestine-on-Chip模型中，用于抗体验证的微生物生理学模型，以改善易Immantical Intesinal Physentiip t-078 Rut-lopeun-rut-rut-in-rut-lopemoct toa-in-chip模型基于微生物组的疗法使用中吞吐量微流体设备