Background:To evaluate the effectiveness and safety of cabazitaxel in castration-resistant prostate cancer patients aged>80 years,we performed a retrospective study on a sample of patients from 11 Italian cancer *** a...
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Background:To evaluate the effectiveness and safety of cabazitaxel in castration-resistant prostate cancer patients aged>80 years,we performed a retrospective study on a sample of patients from 11 Italian cancer *** and methods:Fifty-seven patients aged>80 years were treated with cabazitaxel after previous failure with docetaxel;39 completed a comprehensive geriatric assessment questionnaire(34 fit and 5 vulnerable)and 8 patients(14%)had an Eastern Cooperative Oncology Group performance status(PS)>2,while most had a PS of 0-1(86%).Cabazitaxel was administered at a dose of 25 mg/m^(2)in 30(52%)patients and 20 mg/m^(2)or adapted schedules in 27(48%)*** schedules were adopted mainly in patients>85 years(75%),with a PS>2(87.5%),and those classified as vulnerable(100%).Results:The duration of treatment was 4.8 months and was comparable in all subgroups;disease control rate was reported in 36 patients(63%);prostate-specific antigen response was recorded in 18 patients(31.5%).Median overall survival was 13.1 months regardless of age(85 years),but overall survival was reduced in vulnerable(7.2 months)and PS>2 patients(6.8 months).The most frequently documented grade 3-4 toxicities were neutropenia(14%)and diarrhea(10.5%).Six patients(10.5%)dropped out due to severe ***:Octogenarian patients can be treated with cabazitaxel with reduced doses or alternative schedules that are associated with less toxicity and fewer treatment *** geriatric assessment could facilitate more appropriate patient selection.
Obesity plays relevant pathophysiological role in the development of health problems, arising as result of complex interaction of genetic, nutritional, and metabolic factors. Due to the role of adipose tissue in lipid...
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Obesity plays relevant pathophysiological role in the development of health problems, arising as result of complex interaction of genetic, nutritional, and metabolic factors. Due to the role of adipose tissue in lipid and glucose metabolism, and low grade inflammation, it is necessary to classify obesity on the basis of body fat composition and distribution, rather than the simply increase of body weight, and the Body Mass Index. The new term of adiposopathy(‘‘sick fat'') clearly defines the pathogenic role of adipose tissue. Four phenotypes of obese individuals have been described:(1) normal weight obese(NWO);(2) metabolically obese normal weight;(3) metabolically healthy obese; and(4) metabolically unhealthy obese or "at risk" obese. Moreover, sarcopenic obesity has been related to all the phenotypes. The category of normal weight lean, represented by metabolically healthy normal weight has been classified to distinguish from NWO. It is crucial to recommend a bariatric surgery taking into account adiposopathy and sick fat that occurs with the expansion of fat mass, changing the inflammatory and metabolic profile of the patient. Body fat percentage and genetic polymorphism have to be evaluated to personalize the best bariatric surgery intervention.
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