保育者アイデンティティの形成過程[平成26年度中間報告]

平成26年度学術研究所助成研究中間報告（自由課題研究

Transient refractive change in diabetic patients during glycemic control

糖尿病の血糖値の変化が原因と考えられる一過性の屈折変化を示した10例を報告した。近視化が2例、遠視化が7例、近視化と遠視化を示した症例が1例であった。遠視化を示した7例の中には、著明な高血糖値を示した1例、報告の少ない小児糖尿病2例もあった。遠視化を示す症例は血糖低下幅と血糖低下速度が大きく、その傾向は小児の糖尿病症例で更に顕著であった。著明な高血糖値の治療中に遠視化を示した症例に水晶体厚の計測を行った結果、遠視化している時に水晶体厚が肥厚していることが確認できた

保育者アイデンティティの形成過程[成果報告]

平成27年度学術研究所助成研究成果報告（自由課題研究

An Attempt to Relate the Gross Intensity of a Compound Odor to the Total Concentration of Ingredients (XI) : Intensity of the Odor Released from the Vessel for Sampling and Storing an Odor-holding Air

Following after our preceding report (IV), published in 1981,we have examined the relation between intensity in 6-point system and concentration in odor unit system, taking into account the influence of the odor liberated from the sampling and storing vessels. Supposing two conditions, (1) vessel being free from any odor and (2) vessel exhibiting perceptible odor, we have derived eq. (3) in text for the former case and eq. (6) in text for the latter one. The validity of these equations were tested, and it was found that eq. (6), which contains a constant, Δ, fits well with the data by several investigators about various sources such as rendering plants, live-stock houses, kraft-paper mills, night-soil processing works, sewage treatment agencies, printing offices, casting foundries and the like; the magnitude of Δ (say, the vessel constant) is in the limits of 0.3∿0.8. In this connection, a remark was passed on the physical meaning of the constant. Lastly, we have calculated the odor concentration from the odor intensity in terms of eq. (6), citing the data that we had acquired through field surveys, with the result that the calculated value is in good accord with the observed