| 1. | Blood vessles and interstitium comprise 50 percent of net weight of tumor tissues
血管与间质占实体肿瘤干重的50 。 |
| 2. | Effect of injection strategy on drug transport in two - dimensional solid tumor
注射方式对二维实体肿瘤中药物输运影响的数值研究 |
| 3. | Experimental study on renal inflammation imaging by self - made targeted ultrasound contrast agent
显像在实体肿瘤和炎症模型中的对比研究 |
| 4. | The manufacture refers to the treatment for primary and recurrent and metastatic malignant tumor in thoracic , abdominal and pelvic of human body , either superficially or deeply
适用于人体胸腔腹腔盆腔等表浅及深部的原发的复发的恶性实体肿瘤或转移肿瘤。 |
| 5. | The experiments had shown that inoculating ri into the transplanted tumor of mouse resulted in significant reduction of the amount of neovascular and massive necrosis of tumor cells
实验证实，将ri注射到小鼠的移植肿瘤组织内，导致实体肿瘤组织大面积坏死及新生血管明显减少。 |
| 6. | While the procedure can be lifesaving , it is associated with serious short - term adverse effects , such as mucostitis , infections , and liver vascular obstruction as well as the potential long - term complication of developing of a second , usually solid cancer
该方法在挽救生命的同时，除造成一些严重的近期不良反应，如粘膜炎、感染和肝血管梗阻外，还会引起潜在的长期并发症如继发癌，通常为实体肿瘤。 |
| 7. | Conclusions the present model could simulate the process of tumor angiogenesis numerically , and provide a relatively more actual network structure of tumor microvasculature for the research about microcirculation , drug delivery and anti - angiogenesis in solid tumors
结论该模型可模拟实体肿瘤的微血管网生成，为肿瘤内血液微循环、药物传递以及抗血管生成的理论研究提供较为接近实际的微血管网络结构。 |
| 8. | Objective to generate 2 - dimensional ( 2d ) vascular networks by numerical simulation of tumor angiogenesis moving along random directionin order to provide more realistic microvascular networks for the study of hemodynamics , drug delivery and anti - angiogenesis in solid tumors
摘要目的二维数值生成实体肿瘤任意方向生长的血管网，为研究实体肿瘤内血液动力学、药物输运以及抗血管生成提供更趋真实的微血管网络结构。 |
| 9. | Methods to extend the migration of endothelial cells on sprouts from four directions - moving up , down , left or right - in previous models to random direction in the present model , and develop a relevant 2d discrete model to simulate the process of tumor angiogenesis and compare the simulation results with some corresponding experimental data
方法将新生血管芽尖的内皮细胞迁移方向由先前模型的上、下、左、右四个方向扩展为任意方向，建立相应的二维离散模型，数值模拟实体肿瘤微脉管系统的生成过程，比较模拟结果与相关实验数据的符合程度。 |
