ダイガクセイ ノ シンセイ ノ ジュンビ ニ カンスル ケンキュウ

金沢大学金沢大学金沢大学金沢大学大学院金沢大学大学院This research aimed at 81 young adult of university students. It was analyzed that the reports which were written about the students\u27 experience of contact with children, and attachment styles of them

TWO CASES OF MUCOUS CYSTADENOCARCINOMA OF APPENDIX PRESENTING WITH PSEUDOMYXOMA PERITONEI

The clinical and pathological findings of two cases presenting with pseudomyxoma peritonei are reported. In both cases, mucous cystadenocarcinoma arose from the appendix. Case 1, a 63-year-old female, complained of abdominal distension. Case 2, a 51-year-old female, was referred to our clinic with a mass in the lower right abdomen. Abdominal paracentesis in Case 1 and laparotomy in Case 2 revealed yellwish jellylike mucous ascites. Case 1 is free of disease 2 years after surgical excision and additional chemotherapy. Case 2, however, recurred with ovarian metastasis 3.5 years after operation and frequently relapes with mucous ascites

当院における重症筋無力症の検討

重症筋無力症は手術と発病時期に関連が有ると言われている。そこで当院で手術した5例について検討した。平成6年から平成9年までに当院で拡大胸腺摘出術を受けた5例について、術前病悩期間、抗アセチルコリンレセプター抗体、寛解率を検討した。症例は女性3例、男性2例、年齢は20歳から70歳まで病悩期間は2カ月から6年まで全身型からの期間は2カ月から8カ月であった。抗アセチルコリンレセプター抗体は1.5から1600nmol/lで全例術後低下した。経過観察期間が最短3年、最長6年であるが5例中4例が完全寛解しており、60歳の1例のみ投薬を続けているが、増悪例は認めなかった。神経内科との密接な連携が必要で、全身型の発病は、まず手術を行い、その後で各投薬療法を検討するのが良いと思われた

Femtosecond laser peening of 2024 aluminum alloy without a sacrificial overlay under atmospheric conditions

The authors have successfully performed femtosecond laser peening on a 2024 aluminum alloy without any sacrificial overlays. Laser pulses were directly irradiated to the surface of specimens in the air without water film as a plasma confinement medium during the peening treatment. The fatigue life was improved as much as 38 times in comparison with base material at a stress amplitude of 195 MPa. The fatigue strength of the peened specimen after 2 × 106 cycles was 58 MPa larger than that of the base material. The femtosecond laser peening process has a great potential to be applied in various fields where conventional peening methods cannot be used, as this process can be performed under ambient conditions without the use of a plasma confinement medium such as water or transparent materials.Sano T., Eimura T., Kashiwabara R., et al. Femtosecond laser peening of 2024 aluminum alloy without a sacrificial overlay under atmospheric conditions. Journal of Laser Applications, 29, 1, 012005. https://doi.org/10.2351/1.4967013

ハクサンコザクラの保全生物学: 遺伝的変異と集団の遺伝的分化

[論文] Articl