Gaitskell K

BACKGROUND: Ovarian clear cell carcinoma (OCCC) is a rare and distinct subtype of epithelial ovarian cancer (EOC). It is unique in several biological aspects. This study analyzes the clinicopathological features and survival outcome of pati…

BackgroundMany women, and other females, with epithelial ovarian cancer (EOC) develop resistance to conventional chemotherapy drugs. Drugs that inhibit angiogenesis (development of new blood vessels), essential for tumour growth, control ca…

Abstract The human endometrium, the inner lining of the uterus, exhibits complex, dynamic changes throughout the menstrual cycle in response to ovarian hormones. Aberrant response of endometrial cells to hormones is associated with multiple…

BackgroundOvarian cancer is the fifth leading cause of cancer mortality in UK women. Ovarian cancer survival varies by disease stage at diagnosis, but evidence is mixed on the effect of tumour histological type (histotype) and other factors…

There is growing evidence that the different histological types of ovarian cancer have diverse origins. Many high-grade serous tumours (the most common type) are hypothesised to arise from the fallopian tubes, while endometrioid and clear c…

There is growing evidence that the different histological types of ovarian cancer have diverse origins. Many high-grade serous tumours (the most common type) are hypothesised to arise from the fallopian tubes, while endometrioid and clear c…

There is growing evidence that the different histological types of ovarian cancer have diverse origins. Many high-grade serous tumours (the most common type) are hypothesised to arise from the fallopian tubes, while endometrioid and clear c…

There is growing evidence that the different histological types of ovarian cancer have diverse origins. Many high-grade serous tumours (the most common type) are hypothesised to arise from the fallopian tubes, while endometrioid and clear c…

There is growing evidence that the different histological types of ovarian cancer have diverse origins. Many high-grade serous tumours (the most common type) are hypothesised to arise from the fallopian tubes, while endometrioid and clear c…

There is growing evidence that the different histological types of ovarian cancer have diverse origins. Many high-grade serous tumours (the most common type) are hypothesised to arise from the fallopian tubes, while endometrioid and clear c…

There is growing evidence that the different histological types of ovarian cancer have diverse origins. Many high-grade serous tumours (the most common type) are hypothesised to arise from the fallopian tubes, while endometrioid and clear c…

There is growing evidence that the different histological types of ovarian cancer have diverse origins. Many high-grade serous tumours (the most common type) are hypothesised to arise from the fallopian tubes, while endometrioid and clear c…

There is growing evidence that the different histological types of ovarian cancer have diverse origins. Many high-grade serous tumours (the most common type) are hypothesised to arise from the fallopian tubes, while endometrioid and clear c…

There is growing evidence that the different histological types of ovarian cancer have diverse origins. Many high-grade serous tumours (the most common type) are hypothesised to arise from the fallopian tubes, while endometrioid and clear c…

There is growing evidence that the different histological types of ovarian cancer have diverse origins. Many high-grade serous tumours (the most common type) are hypothesised to arise from the fallopian tubes, while endometrioid and clear c…

There is growing evidence that the different histological types of ovarian cancer have diverse origins. Many high-grade serous tumours (the most common type) are hypothesised to arise from the fallopian tubes, while endometrioid and clear c…

There is growing evidence that the different histological types of ovarian cancer have diverse origins. Many high-grade serous tumours (the most common type) are hypothesised to arise from the fallopian tubes, while endometrioid and clear c…

There is growing evidence that the different histological types of ovarian cancer have diverse origins. Many high-grade serous tumours (the most common type) are hypothesised to arise from the fallopian tubes, while endometrioid and clear c…

There is growing evidence that the different histological types of ovarian cancer have diverse origins. Many high-grade serous tumours (the most common type) are hypothesised to arise from the fallopian tubes, while endometrioid and clear c…

There is growing evidence that the different histological types of ovarian cancer have diverse origins. Many high-grade serous tumours (the most common type) are hypothesised to arise from the fallopian tubes, while endometrioid and clear c…

There is growing evidence that the different histological types of ovarian cancer have diverse origins. Many high-grade serous tumours (the most common type) are hypothesised to arise from the fallopian tubes, while endometrioid and clear c…

There is growing evidence that the different histological types of ovarian cancer have diverse origins. Many high-grade serous tumours (the most common type) are hypothesised to arise from the fallopian tubes, while endometrioid and clear c…

There is growing evidence that the different histological types of ovarian cancer have diverse origins. Many high-grade serous tumours (the most common type) are hypothesised to arise from the fallopian tubes, while endometrioid and clear c…

There is growing evidence that the different histological types of ovarian cancer have diverse origins. Many high-grade serous tumours (the most common type) are hypothesised to arise from the fallopian tubes, while endometrioid and clear c…

There is growing evidence that the different histological types of ovarian cancer have diverse origins. Many high-grade serous tumours (the most common type) are hypothesised to arise from the fallopian tubes, while endometrioid and clear c…