1.Use of colony-stimulating factor in patients with ovarian cancer receiving paclitaxel and carboplatin in Japan.
Kenichi HARANO ; Akihiro HIRAKAWA ; Takayuki KATO ; Keisuke SUZUKI ; Sachiko WATANABE ; Noriyuki KATSUMATA
Journal of Gynecologic Oncology 2014;25(2):124-129
OBJECTIVE: To assess the use of colony-stimulating factors (CSFs) in patients with ovarian cancer who receive adjuvant paclitaxel and carboplatin chemotherapy in clinical practice and to assess whether the frequency of CSF use differs among hospitals in Japan. METHODS: CSF use in patients with ovarian cancer who received first-line paclitaxel and carboplatin was analyzed retrospectively using data from the Japanese hospitalization payment system. RESULTS: A total of 1,050 patients at 104 hospitals were identified. The median age was 60 years (range, 22 to 88 years). Of these, 163 patients (15.5%) were diagnosed with neutropenia and 134 patients (12.8%) received CSFs. Among the patients who received CSFs, 125 (93%) received them for the treatment of neutropenia without fever and 1 received them for febrile neutropenia. In total, CSFs were administered for 272 cycles of chemotherapy. Among them, CSFs were used as treatment for neutropenia without fever in 259 cycles (95%), as prophylaxis (primary or secondary) in 12 cycles (4%), and as treatment for febrile neutropenia in 1 cycle. Among hospitals, a median of 4.0% of patients received CSFs with an interquartile range of 25% (Q1, 0%; Q3, 25%). A logistic random effects model showed that the variation in the proportion of patients receiving CSFs among the 104 hospitals was 2.0 (p<0.001), suggesting that the use of CSFs varied across hospitals. CONCLUSION: Most patients received CSFs for neutropenia without fever. Standardized and evidence-based use of CSFs is critically required among hospitals in Japan.
Asian Continental Ancestry Group
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Carboplatin*
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Colony-Stimulating Factors*
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Drug Therapy
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Febrile Neutropenia
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Fever
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Hospitalization
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Humans
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Japan*
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Neutropenia
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Ovarian Neoplasms*
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Paclitaxel*
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Retrospective Studies
2.Preliminary Screening Method for Low Bone Mineral Density Using a Self-Reported Questionnaire among Peri- and Postmenopausal Women
Yudai YANO ; Eiichiro IWATA ; Takuya SADA ; Yuki UENO ; Yoshinobu HYAKUDA ; Sachiko KAWASAKI ; Akinori OKUDA ; Hideki SHIGEMATSU ; Kota UEMATSU ; Hiroshi YAJIMA ; Yasuhito TANAKA
Asian Spine Journal 2022;16(6):927-933
Methods:
We retrospectively reviewed the medical records of 198 women aged 40–70 years who underwent mass screening for osteoporosis at our hospital between 2016 and 2019. The BMD values and the following data were collected: age, body mass index, fracture history, lower back pain, height loss, kyphosis, history of fragility fracture, family history of vertebral or hip fracture, and menopause. The reliability of each data point for the young adult mean <80% was calculated using discriminant analysis. Variables with large weight coefficients were selected and scored. This scoring tool was examined, and a cutoff score for predicting the young adult mean <80% was determined.
Results:
Sixty-four participants (32.3%) had a young adult mean <80%. According to the weight coefficients, the following five variables were scored as follows: age ≥60 years 3 points, body mass index <22 kg/m2 3 points, lower back pain 1 point, height loss (cm) 1 point, and menopause 1 point. The area under the receiver operating characteristic curve was 0.738 (95% confidence interval, 0.669–0.807). At cutoff scores of ≥5 and <5, the sensitivity was 82.8%, with specificity of 52.0%.
Conclusions
The scoring tool performed well for predicting young adult mean <80% among perimenopausal and postmenopausal women in Japan. This tool may be useful to screen for low BMD.
3.For making a declaration of countermeasures against the falling birth rate from the Japanese Society for Hygiene: summary of discussion in the working group on academic research strategy against an aging society with low birth rate.
Kyoko NOMURA ; Kanae KARITA ; Atsuko ARAKI ; Emiko NISHIOKA ; Go MUTO ; Miyuki IWAI-SHIMADA ; Mariko NISHIKITANI ; Mariko INOUE ; Shinobu TSURUGANO ; Naomi KITANO ; Mayumi TSUJI ; Sachiko IIJIMA ; Kayo UEDA ; Michihiro KAMIJIMA ; Zentaro YAMAGATA ; Kiyomi SAKATA ; Masayuki IKI ; Hiroyuki YANAGISAWA ; Masashi KATO ; Hidekuni INADERA ; Yoshihiro KOKUBO ; Kazuhito YOKOYAMA ; Akio KOIZUMI ; Takemi OTSUKI
Environmental Health and Preventive Medicine 2019;24(1):14-14
In 1952, the Japanese Society for Hygiene had once passed a resolution at its 22nd symposium on population control, recommending the suppression of population growth based on the idea of cultivating a healthier population in the area of eugenics. Over half a century has now passed since this recommendation; Japan is witnessing an aging of the population (it is estimated that over 65-year-olds made up 27.7% of the population in 2017) and a decline in the birth rate (total fertility rate 1.43 births per woman in 2017) at a rate that is unparalleled in the world; Japan is faced with a "super-aging" society with low birth rate. In 2017, the Society passed a resolution to encourage all scientists to engage in academic researches to address the issue of the declining birth rate that Japan is currently facing. In this commentary, the Society hereby declares that the entire text of the 1952 proposal is revoked and the ideas relating to eugenics is rejected. Since the Society has set up a working group on the issue in 2016, there have been three symposiums, and working group committee members began publishing a series of articles in the Society's Japanese language journal. This commentary primarily provides an overview of the findings from the published articles, which will form the scientific basis for the Society's declaration. The areas we covered here included the following: (1) improving the social and work environment to balance between the personal and professional life; (2) proactive education on reproductive health; (3) children's health begins with nutritional management in women of reproductive age; (4) workplace environment and occupational health; (5) workplace measures to counter the declining birth rate; (6) research into the effect of environmental chemicals on sexual maturity, reproductive function, and the children of next generation; and (7) comprehensive research into the relationship among contemporary society, parental stress, and healthy child-rearing. Based on the seven topics, we will set out a declaration to address Japan's aging society with low birth rate.
Aging
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Birth Rate
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trends
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Child
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Child Health
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Environmental Exposure
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adverse effects
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prevention & control
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Female
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Health Planning Guidelines
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Humans
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Japan
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epidemiology
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Male
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Occupational Health
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Reproductive Health
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education
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Research Design
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standards
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Societies, Scientific
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organization & administration
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Stress, Psychological
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prevention & control
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Women's Health