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1·In this paper pharmacokinetic of HPD in rabbit was studied.

应用家兔对血卟啉衍生物(HPD)的药代动力学进行了研究。

2·The ideal interval between injection of HpD and radiation is 48 and 72 hours.

注药后与照射的间隔时间以48、72小时较为理想。

3·In order to control HPD process optimally, the key is to measure RSA and LR online.

要实现高压溶出过程的优化控制，关键是能够在线检测苛性比值与溶出率。

4·What ever cases we can deduce the confidence interval of high posterior density (HPD).

并由此得到其最大后验密度(HPD)置信区间。

5·The laws under which HPD fluorescence changes with the environmental conditions are discussed.

讨论了HPD荧光随着环境条件变化的规律，并用发光理论分析了Hp值。

6·The experimental results provided the basis for sieving of CPD, whose effect is similar to HPD.

实验结果为筛选出药效相似于HPD的CPD提供了依据。

7·The fluorescence of HPD was observed densely in cytoplasm of tumor cells and faintly in nuclei.

HPD荧光主要位于肿瘤细胞浆内，少量位于细胞核。

8·ALA and small dosage of HPD-PDT has some advantages in the diagnosis and treatment of skin cancer.

ALA联合小剂量hpd的光动力学疗法对于诊断和治疗皮肤恶性肿瘤有较佳的疗效。

9·The TIR of the HpD was 55.8%. The morphological differences of the slices were evident in different groups.

血卟啉组的抑瘤率为55.8%，镜下观察各组切片形态学差异明显。

10·Objective: The object of this study was to ultrafast photodynamic processes of hematoporphyrin derivative(HPD);

目的：研究用于癌症诊断与治疗的光敏剂血卟啉（ HPD ）的超快光动力学过程；