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Although encouraging progress has been made in clinical treatment, lung cancer is still one of the leading causes of cancer-related deaths worldwide, mainly caused by incurable late diagnosis .
diagnosis
Computer tomography (CT) -guided lung cancer screening has reduced the mortality rate of lung cancer by 26-61%, which emphasizes the necessity of early detection and intervention of the disease to reduce the incidence and mortality of lung cancer.
Screening and prevention An in-depth understanding of the relevant molecular mechanisms of early lung cancer can speed up the precise diagnosis of the disease and the development of effective prevention and treatment strategies.
At present, about the anti-cancer immune -related effects of early molecular mechanisms of carcinogenesis force ADC is unclear.
immunity
IPN immune landscape at different stages and its related genomic and epigenome characteristics
IPN immune landscape at different stages and its related genomic and epigenome characteristicsThe results show that in the continuous process from the formation of lung cancer to pre-invasive lesion ADC, minimally invasive ADC, and invasive ADC, the immune response of anti-cancer immunity gradually decreases, and the intensity of this regulation gradually increases, including the down-regulation of immune activation signals and immune response.
The immune landscape from preneoplastic lesions to aggressive lung adenocarcinoma
The immune landscape from preneoplastic lesions to aggressive lung adenocarcinomaAll in all, the results of the study show that treatments targeting the immune microenvironment of patients with lung cancer precursors can prevent the development of aggressive lung cancer.
Treating the immune microenvironment of patients with lung cancer precursors can prevent the development of aggressive lung cancer.
org/10.
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