Theranostics is emerging as a popular strategy for cancer therapy thanks to the development of nanotechnology[1].
The RNA interference technique has drawn great attention in cancer treatment over the past decade.
Contact angle hysteresis(CAH)is a ubiquitous phenomenon in surface science,which affects dynamic process of wetting/dewetting.
Development of non-viral gene delivery carriers has attracted tremendous attentions in recent years.
Detoxification is a pivotal treatment procedure for patients suffering from intoxication.The existing antidotes are limited to a small number of toxic agents.
Intelligent nanogels which are responsive to environmental conditions(temperature,pH,light and magnetic field)have attracted much attention in various biomedical applications,including bioimaging,bios
A huge challenge,plasmonic nanomaterials,drug@micelles@gold nanocages,have been developed as photo-thermal and chemotherapy agents for the synergistic effects of cancer therapy and for location of the
在不改变氨基酸序列的前提下,对Cys C 的编码基因进行大肠杆菌同义密码子偏好性优化后,人工合成其序列,PCR 扩增Cys C 基因,其产物连接到pMD18-T 质粒,酶切并回收目的片段后克隆到表达载体pET-32a,然后将重组质粒pET-32a-CysC 转化大肠杆菌ER2566,大量表达后利用Westen Blotting 及ELISA 进行重组蛋白的活性及抗原性鉴定。