Introduction
Bimonthly, started in 1957
Administrator
Shanxi Provincial Education Department
Sponsor
Taiyuan University of Technology
Publisher
Ed. Office of Journal of TYUT
Editor-in-Chief
SUN Hongbin
ISSN: 1007-9432
CN: 14-1220/N
Administrator
Shanxi Provincial Education Department
Sponsor
Taiyuan University of Technology
Publisher
Ed. Office of Journal of TYUT
Editor-in-Chief
SUN Hongbin
ISSN: 1007-9432
CN: 14-1220/N
location: home > paper >
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Advances of Zero-dimensional Carbon Nanomaterial-based Targeting Drug Delivery System for Tumor Therapy(Review)
DOI:
10.16355/j.tyut.1007-9432.20240160
Received:
Accepted:
| Corresponding author | Institute | |
| YU Shiping | Department of Interventional Therapy, Cancer Hospital Affiliated to Shanxi Medical University |
abstract:
【Purposes】Zero-dimensional carbon nanomaterial-based targeting drug delivery system has shown broad application prospects in the field of tumor therapy since the complex is constructed by using carbon nanomaterials with good stability and biocompatibility as drug carries and carries drugs, genes, and targeting components.【Methods】In this review, the structure of zero-dimensional carbon nanomaterial as drug carriers, the construction of targeting drug delivery systems, and their applications in chemotherapy, gene therapy, and integration of diagnosis and treatment are reviewed. First, the structure of zero-dimensional carbon nanomaterial is classified. Second, the construction strategies of carbon nanomaterial-based targeting drug delivery system are summarized from two aspects: targeting modification and drug loading. Finally, the application advances of zero-dimensional carbon nanomaterial-based targeting drug delivery system is reviewed, and the current problems they face in tumor treatment are presented.【Conclusions】This work provides some theoretical support and practical experience for the extensive application of zero-dimensional carbon nanomaterial-based targeting drug delivery systems in the biomedical field.
Keywords:
zero-dimensional carbon nanomaterial; targeting; drug delivery system; tumor therapy;