Titlebook: New Nanomaterials and Techniques for Tumor-targeted Systems; Rongqin Huang,Yi Wang Book 2020 Springer Nature Singapore Pte Ltd. 2020 Tumor

isotope

Lipid-Based Tumor-targeted Systems,e been extensively studied to facilitate preclinical and clinical translations. In this chapter, we will introduce the structure and function of the lipid-based nanoparticle system, and a comprehensive review of the lipid-based nanoparticle drug delivery system will be presented.

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Barriers for Tumor Drug Delivery,ng delivery barriers in order to achieve better therapeutic efficacy. This chapter summarizes obstacles experienced by nanomedicine from the site of injection and the site of action as well as exemplifies typical strategies for overcoming these barriers, hopefully providing insights into the design of more effective nanomedicine.

馬籠頭

Dendrimer-Based Tumor-targeted Systems, useful in a variety of imaging, therapy, or theranostic applications. This chapter focuses on the latest advances in the dendrimer-based targeting systems for the imaging, therapy, and theranostics of cancer.

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Silica-Based Tumor-targeted Systems,maging, nanocatalysis, and so on. Here, we categorized these silica-based DDSs according to their morphology and composition, hoping to provide a more concise and detailed insight into this potential material on current trends both in lab and clinic.

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Other New Tumor-targeted Systems,e systems are mostly dependent on the specialties of materials. This chapter will introduce both the materials and systems and focus on the targeting efficiency, bioactivity, and the?relating mechanisms of killing tumor cells and inhibiting the progress of tumor growth.

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Introduction,and more invasive and also the main cause of disease-associated death [1]. This situation leads to almost no improvement to overall patient survival rates based on the current treatment modalities for tumors such as surgery, chemotherapy, and radiotherapy [2, 3]. How to treat tumors effectively and

nonradioactive

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Tumor-targeted Strategies,reatment. Anticancer precision medicine has shown great progress in recent years, holding promise to reduce side effects and improve treatment outcome. The preferential accumulation of nanomedicines at pathological sites relies on the enhanced permeability and retention effect, which lays the founda