@article{oai:nagasaki-u.repo.nii.ac.jp:00019151,
 author = {勝野, 久美子 and 福山, 由美子 and 西山, 久美子 and 浦田, 秀子 and 大塚, 健作},
 journal = {長崎大学医療技術短期大学部紀要, Bulletin of the School of Allied Medical Sciences, Nagasaki University},
 month = {Mar},
 note = {近赤外線法を利用した体脂肪計（FITNESS ANALYZER BFT2000）の測定条件について検討した．その結果，10回連続測定による再現性は，プローブ当て続け，毎回当て直しいずれも良好であった．皮膚面からプローブが浮いた状態および直射日光下の測定ではかなり高値となり，皮膚面を布で覆うと低値となった．また当てる位置がヨコ方向にずれると値が変動した．しかし，測定者間，他者と自己測定，利き腕と非利き腕，プローブの当てる強さ，向き，屋内での遮光帯の有無，皮膚面の濡れ，温度，上腕部の圧迫による影響はほとんどなかった．BFT2000間の機器間差はほとんどなかったが，BFT2000と新機種BFT3000では3000による測定値が若干低く出る傾向があった．, The test for manipulation of Fitness Analyzer BFT2000, an instrument for estimation of percent fat (%Fat) in human by near infrared spectroscopy. The instrument is portable in size, and is consisted of a probe (for radiation of infrared ray and reception of interactance spectra), a main system box (circuit, computer, key boad and display) and a band for shade. Near infrared interactance spectra are measured on the anterior biceps by using a probe with a band for shade, then the values of %Fat computed from the spectral data is indicated on the display. The reproducibility of the values by BFT2000 was assessed by CV obtained from 10 replicated measurements ; the results were satisfactory for practical applications. A space between the probe and the skin made the values for %Fat higher. The values were also affected when the position of the probe was shifted from a middle line of the biceps, and were lowered by covering with cloths on the skin surface to place a probe. The values obtained from BFT3000, a new model of Fitness Analyzer were slightly lower than those from BFT2000., 長崎大学医療技術短期大学部紀要 = Bulletin of the School of Allied Medical Sciences, Nagasaki University. 1992, 5, p.23-32},
 pages = {23--32},
 title = {近赤外線法による体脂肪計の測定条件に関する基礎的検討},
 volume = {5},
 year = {1992}
}