This is the first randomized phase III trial to demonstrate a survival advantage for combination chemotherapy over cisplatin alone in advanced cervix cancer.
Unsymmetrical is beautiful: Enzymatic desymmetrization offers a mild route to chiral synthons with, in principle, 100 % yield and absolute optical purity. The technique has been applied to bicyclic β‐diketones for the first time, through a novel enzymatic retro‐Claisen reaction, to yield chiral cyclic keto acids in up to 91 % yield and 94 % ee (see scheme, step a).
The aim of this study was to examine the relationship of changes in hemoglobin levels to changes in fatigue and cognitive functioning in cancer patients undergoing chemotherapy treatment. Seventy-seven (77) patients completed a self-administered measure of fatigue and a battery of psychometrician-administered measures of cognitive performance before the start of chemotherapy and again before the start of the fourth treatment cycle. Hemoglobin levels were measured at corresponding timepoints. Findings partially supported the hypothesis that greater declines in hemoglobin over the course of repeated chemotherapy administrations would be accompanied by greater increases in fatigue and greater declines in cognitive performance over the same interval. Among the subset of 49 patients who demonstrated a decline in hemoglobin to a final value < or =12 g/dL, greater declines in hemoglobin were significantly (P<0.05) related to greater increases in fatigue duration and disruptiveness and more negative changes in performance on three cognitive tasks. These findings suggest that, in addition to previously reported relationships with fatigue, declines in hemoglobin levels during chemotherapy treatment are associated with adverse changes in cognitive functioning.
This prospective study demonstrated improved PFS and OS for patients with either platinum-sensitive or platinum-resistant recurrent ovarian cancer treated with assay-sensitive agents.
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