2018Guoji zhongliuxue zazhiRequires access

Autophagy in tumorigenesis and cancer therapy

Xin Wang, Haiping Song, Ye Wang, Hongquan Sun

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Abstract

Autophagy is a crucial physiological process for cellular self-renewing and homeostasis, which plays a dual role in both tumorigenesis and anti-tumor treatment. It plays an antineoplastic role by maintaining genomic stability, as well as a protective role in tumorgenesis and progression. Autophagy improves the effectiveness of anti-tumor therapy, meanwhile, it involves in resistance of tumor cells to chemotherapy and irradiation. Using relevant autophagy regulators in different backgrounds is expected to become a new strategy for improving sensitivity of tumor cells to anti-tumor treatment. Key words: Autophagy; Neoplasms; Drug therapy; Radiotherapy; Targeted therapy

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What this paper is about

Autophagy is a crucial physiological process for cellular self-renewing and homeostasis, which plays a dual role in both tumorigenesis and anti-tumor treatment. It plays an antineoplastic role by maintaining genomic stability, as well as a protective role in tumorgenesis and progression. Autophagy improves the effectiveness of anti-tumor therapy, meanwhile, it involves in resistance of tumor cells to chemotherapy and irradiation. Using relevant autophagy regulators in different backgrounds is expected to become a new strategy for improving sensitivity of tumor cells to anti-tumor treatment. Key words: Autophagy; Neoplasms; Drug therapy; Radiotherapy; Targeted therapy

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Available abstract

Autophagy is a crucial physiological process for cellular self-renewing and homeostasis, which plays a dual role in both tumorigenesis and anti-tumor treatment. It plays an antineoplastic role by maintaining genomic stability, as well as a protective role in tumorgenesis and progression. Autophagy improves the effectiveness of anti-tumor therapy, meanwhile, it involves in resistance of tumor cells to chemotherapy and irradiation. Using relevant autophagy regulators in different backgrounds is expected to become a new strategy for improving sensitivity of tumor cells to anti-tumor treatment. Key words: Autophagy; Neoplasms; Drug therapy; Radiotherapy; Targeted therapy

Key concepts: Autophagy, Carcinogenesis, Cancer research, Radiation therapy, Cancer therapy, Chemotherapy, Cancer, Dual role

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