This study was carried out to explore anti-breast cancer potential of isoflavone daidzein or its related compounds using appropriate animal models and their anti-tumor mechanism.
Although radiation therapy can be effective against cancer, potential damage to normal tissues limits the amount that can be safely administered.
After exclusions, a total of 4,669 women were eligible, including 2,281 women with breast cancer (potential cases) and 2,388 women without breast cancer (potential controls).
After exclusions, there was a total of 5,879 eligible women, including 2,784 women with breast cancer (potential case subjects) and 3,095 women without breast cancer (potential control subjects).
By integrating two results of gene modules, we provided valuable prediction information of breast cancer potential treatment.
Although prostate biopsy may miss a cancer, potential bias derived from latent cancer within the control group was minimized because all controls were without cancer at biopsy.
Since mammographic density represents one of the strongest risk factors for breast cancer, potential adverse effects of statins and/or hypercholesterolemia in women using HRT require further exploration.
Didactic training included a syllabus on diagnosis and treatment of oesophageal and gastric cardia cancer, potential problems after oesophageal resection and medical-legal issues.
By breeding MMTV- Wnt-1 TG mice with mice carrying alterations in genes implicated in breast cancer, potential synergies between pathways involved in breast oncogenesis can be defined.
