| 1. | Inhibition of liver tumor growth by combining endostatin gene delivery with radiotherapy
转染内皮抑素基因联合放射治疗对肝癌移植瘤生长的影响 |
| 2. | Medical - - improved drug and gene delivery , biocompatible materials for implants and nanoscale sensors for detection of disease
医疗? ?改进药品和基因的传输，提供移植和探测疾病的纳米级传感器上使用的生物兼容的材料。 |
| 3. | Second , some reports utilized the baculovirus as a gene delivery vehicle into mammalian cells and did not have any bad effect on the growth of mammalian cell
因此，本论文中讨论一些影响蛋白质表现量与延长表现的参数如:培养基的更换、重复感染、病毒感染方式。 |
| 4. | In the future , the main objective in gene therapy is the development of safe and high efficient gene delivery systems that can deliver foreign genetic materials into specific cell types
未来，基因治疗的主要目标是发展安全和高效的基因导入系统，它们能将外源遗传物质靶向性地导入到特异的细胞。 |
| 5. | This review focuses on the potential of nanobiomaterials including biocompatible surface , tissue engineering and regenerative materials , new drug / gene delivery system and bioanalysis system , with an attempt to explore their possible applications in clinical practice
本文主要针对纳米生物医用材料在生物相容性界面、组织再生修复、基因和药物传递及生物诊断上的应用进行评述，并探讨纳米生物医用材料的发展前景。 |
| 6. | The review summarizes the development of ultrasound contrast agent for targeted drug and gene delivery to tumors . from these study we can draw a conclusion that ultrasound - targeted microbubble therapy will become a new method in treatment of tumor
随着各种兼具诊断治疗双重作用的超声探头和靶向微泡造影剂包括纳米级微泡造影剂的研制,以及对超声生物学效应的深入研究,超声微泡介导肿瘤靶向治疗将为临床肿瘤的治疗带来新的希望。 |
| 7. | Low - energy ion implantation has been considered as a new kind of mutation breeding and foreign gene delivery techniques . by the means of implanting low - energy ions into organisms , the biological effects and the function mechanisms of the technique were investigated by some researchers
离子束生物技术是一种新型的生物诱变技术，它是通过将低能离子束注入生物体内，来研究其生物学效应和作用机理，并将它应用于遗传育种和基因工程等方面的一种综合技术。 |
| 8. | The basic and application researches of nanobiomaterials have been the hot topic in the materials research for biomedicine and biotechnology , which have developed quickly in biomedical implant and intervention medicine , tissue engineering and regenerative medicine , and drug / gene delivery system
随着纳米技术和材料科学、生命科学的不断交叉，纳米生物医用材料已在新型医用植入材料和介入医用材料、组织工程和再生医学材料、新型药物和基因控释载体及高效生物诊断材料领域取得较大进展。 |
