英国毕业论文：吲哚菁绿和阿奇霉素的药理分析
吲哚菁绿是一种三羧基氰胺染料，用于诊断肝功能，测定化合物的心输出量和血容量。这种ICG化合物可用于前哨淋巴结活检。它允许选择性和微创进入区域淋巴结状态以及恶性肿瘤。第一个引流淋巴结被称为“前哨淋巴结”。这表明肿瘤位于淋巴结区域。然后用放射性核素对该方法进行了验证。利用ICG化合物，使其在常规方法中具有较高的检出率和灵敏度。与传统方法相比，有必要实现较高的扣除率和灵敏度。
英国毕业论文：吲哚菁绿和阿奇霉素的药理分析
载阿奇霉素的聚(丙交酯-共聚物)(PLGA)纳米颗粒具有抗菌性能。它们对抗菌作用的影响因药物与聚合物的比例而异。也有很高的诱捕效率。采用纳米沉淀法制备了纳米颗粒。抗菌活性表明，纳米颗粒比阿奇霉素更有效。阿奇霉素的临床活性可以通过提高药物的纳米粒配方来实现。与阿奇霉素的常规处方相比，这增加了有效的治疗。目前正在进行一些临床试验，以解决这些药物的抗菌功能。
英国毕业论文：吲哚菁绿和阿奇霉素的药理分析
Indocyanine green functions as a tricarbocyanine dye that is used for diagnose liver function and determine the cardiac output and the blood volume of the compounds. This ICG compounds finds its uses in the sentinel lymph node biopsy. It allows the selective and minimally invasive access for the regional lymph node status along with the malignant tumors. The first drain lymph node is known as the “sentinel”. This identifies the tumor in the lymph node region. The method is then confirmed with the radionuclides. The ICG compounds are exploited as it enables in the high rate of detection and sensitivity of the compounds in the conventional methods. There is a need to achieve high rates of deduction and sensitivity in comparison with the traditional methods.
英国毕业论文：吲哚菁绿和阿奇霉素的药理分析
Azithromycin-loaded poly (lactide-co-glycolide) (PLGA) nanoparticles have anti-bacterial properties. They impact of the anti-bacterial impacts varied based on the drug to polymer ratio. There is also high entrapment efficiency. The Nano particles are prepared by nanoprecipitation technique. The antimicrobial activity shows that the nanoparticles were more effective than the azithromycin. Clinical activity of the azithromycin can be achieved by enhancing nanoparticle formulation of the drug. This increases the efficient therapy when compared to the conventional formulation of the azithromycin. There are a number of clinical trials that are being undertaken in the current times to address the antibacterial functions of the medicines.
