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Your search keyword '"Fukushima, Akimune"' showing total 62 results
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62 results on '"Fukushima, Akimune"'

52. Recurrent hypoglycemia during pregnancies in a woman with multiple autoantibodies including anti-insulin receptor antibody and anti-platelet antibody, whose serum lowered murine blood glucose levels and phosphorylated insulin receptor of CHO-IR cells

Author

Toshihiro, Makiko, primary, Katagiri, Hideki, additional, Kataoka, Koujiro, additional, Fukushima, Akimune, additional, Segawa, Toshie, additional, Fujiwara, Takuya, additional, Hikichi, Isao, additional, Takebe, Noriko, additional, and Satoh, Jo, additional

Published
2011
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58. GENERAL SESSION

Author

Abbey, Kazuya, primary, Kawakami, Hayato, additional, Kobayashi, Takeo, additional, Hirano, Hiroshi, additional, ABE, Hiromichi, additional, TOMIDA, Yasunobu, additional, OCHI, Junzo, additional, SHIMADA, Morimi, additional, IENAGA, Kazuharu, additional, KIMURA, Hiroshi, additional, Akiyama, Junko, additional, Kawagoe, Koh, additional, Kawana, Takashi, additional, Araki, Masaya, additional, Umemoto, Kouichiro, additional, ARAKI, Nobukazu, additional, LEE, Masao, additional, TAKASHIMA, Yoichiro, additional, OGAWA, Kazuo, additional, Araki, Tsutomu, additional, Yamamoto, Akira, additional, Asaka, Youko, additional, Watanabe, Jun, additional, Kanai, Kazuo, additional, Kanamura, Shinsuke, additional, DAIMON, T., additional, KAWAI, K., additional, UCHIDA, K., additional, Doi, Naoto, additional, Moriyama, Nobuo, additional, Higashihara, Eiji, additional, Murahashi, Isao, additional, Aso, Yoshio, additional, FUJIMORI, Osamu, additional, TSUKISE, Azuma, additional, YAMADA, Kazuyori, additional, FUKUSHIMA, Akimune, additional, IZUTSU, Toshihiko, additional, MATSUDA, Morimasa, additional, KAGABU, Teruo, additional, NISHIYA, Iwao, additional, FUNATSUMARU, Sadayuki, additional, YONEMITSU, Nobuhisa, additional, SUGIHARA, Hajime, additional, Furuta, Yasushi, additional, Shinohara, Toshiya, additional, Sano, Kimiaki, additional, Meguro, Mizuho, additional, Nagashima, Kazuo, additional, Minghu, HAN, additional, Yingjie, PIAO, additional, HARA, Makoto, additional, HOSHINO, Yoshinobu, additional, MORIYAMA, Nobuo, additional, HARA, Masayuki, additional, YAMASHITA, Kayoko, additional, ISHIGE, Yumi, additional, SUZUKI, Takuro, additional, HASEGAWA, Hideaki, additional, TSUKAMOTO, Hideo, additional, WATANABE, Keiichi, additional, HIKITA, Hiroshi, additional, KAGAWA, Keizo, additional, DEGUCHI, Takeshi, additional, TAKEUCHI, Takayuki, additional, TADA, Hisashi, additional, SAKABE, Kazuo, additional, MIZUMO, Masayuki, additional, MATSUMOTO, Masafumi, additional, OKANOUE, Takeshi, additional, KASHIMA, Kei, additional, ASHIHARA, Tsukasa, additional, HIRABAYASHI, Tomoko, additional, ISHIMURA, Kazunori, additional, TSURI, Hideaki, additional, FUJITA, Hisao, additional, HIRAKAWA, Makoto, additional, KAWATA, Mitsuhiro, additional, SANO, Yutaka, additional, HIRAYAMA, Yoshiaki, additional, AMEMIYA, Tsugio, additional, HIROHATA, Tajimi, additional, KUMAMOTO, Tetsuzo, additional, HOSOKAWA, Yohei, additional, ISETANI, Kazushi, additional, TOKITA, Kazuhiko, additional, MITSUFUJI, Shoji, additional, TANI, Toshio, additional, MARUYAMA, Kyohei, additional, KODAMA, Tadashi, additional, TSUCHIHASHI, Yasunari, additional, Ichimal, H., additional, Makita, T., additional, ICHTANI, Yukio, additional, MURAKAMI, Sadatsugu, additional, OKAMURA, Hitoshi, additional, NAGATSU, Ikuko, additional, YANAIHARA, Noboru, additional, IBATA, Yasuhiko, additional, IGARASHI, Hiroaki, additional, INOMATA, Kenichirou, additional, IHIDA, Kaori, additional, TSUYAMA, Shinichiro, additional, MURATA, Fusayoshi, additional, IKEDA, Takuo, additional, NORIKI, Sakon, additional, MIYOSHI, Norio, additional, KATO, Hisataka, additional, IMAMURA, Yoshiaki, additional, NAKANISHI, Kazuo, additional, MIYAZAWA, Kazuo, additional, HIROSE, Toru, additional, KIMURA, Shirou, additional, FUKUDA, Masaru, additional, Imamoto, Kikuko, additional, SUGIHARA, Hiroyuki, additional, INUI, Toshihiko, additional, NAKA, Yuji, additional, SHOJI, Tetsuji, additional, IZUNO, Yoshio, additional, TSUBURA, Airo, additional, MORII, Sotokichi, additional, ISHIII, Keiko, additional, HONDA, Takayuki, additional, KATSUYAMA, Tsutomu, additional, ITO, Atsuko, additional, ITO, Masamichi, additional, ITO, Nobuaki, additional, NISHI, Katsuji, additional, NAKAJIMA, Mitsuru, additional, OKAMURA, Yoshiro, additional, HIROTA, Tadaomi, additional, IWAI, Masaki, additional, KASHIWADANI, Motomu, additional, Iwano, Megumi, additional, Yokomura, E-iti, additional, IWATSUKI, Hirohiko, additional, UEDA, Kazushige, additional, MIZUNO, Masayuki, additional, and KAMEDA, Yoko, additional

Published
1989
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60. Qualitative investigation of the factors that generate ambivalent feelings in women who give birth after receiving negative results from non-invasive prenatal testing.

Author

Yotsumoto J, Sekizawa A, Inoue S, Suzumori N, Samura O, Yamada T, Miura K, Masuzaki H, Sawai H, Murotsuki J, Hamanoue H, Kamei Y, Endo T, Fukushima A, Katagiri Y, Takeshita N, Ogawa M, Nishizawa H, Okamoto Y, Tairaku S, Kaji T, Maeda K, Matsubara K, Ogawa M, Osada H, Ohba T, Kawano Y, Sasaki A, and Sago H

Subjects
Decision Making, Female, Genetic Counseling psychology, Humans, Japan epidemiology, Pregnancy, Qualitative Research, Social Environment, Surveys and Questionnaires, Emotions, Negative Results, Noninvasive Prenatal Testing, Parturition psychology, Pregnant Women psychology
Abstract

Background: Women who receive negative results from non-invasive prenatal genetic testing (NIPT) may find that they later have mixed or ambivalent feelings, for example, feelings of accepting NIPT and regretting undergoing the test. This study aimed to investigate the factors generating ambivalent feelings among women who gave birth after having received negative results from NIPT., Methods: A questionnaire was sent to women who received a negative NIPT result, and a contents analysis was conducted focusing on ambivalent expressions for those 1562 women who responded the questionnaire. The qualitative data gathered from the questionnaire were analyzed using the N-Vivo software package., Results: Environmental factors, genetic counseling-related factors, and increased anticipatory anxiety, affected the feeling of ambivalence among pregnant women. Furthermore, pregnant women desired more information regarding the detailed prognosis for individuals with Down syndrome and living with them and/or termination, assuming the possibility that they were positive., Conclusions: Three major interrelated factors affected the feeling of ambivalence in women. Highlighting and discussing such factors during genetic counseling may resolve some of these ambivalences, thereby enhancing the quality of decisions made by pregnant women.

Published
2020
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61. [Development of three-dimensional analysis of current density distribution by 64-ch magentocardiography and clinical application].

Author

Nakai K, Kazui T, Okabayashi H, Hayashi R, Fukushima A, and Suwabe A

Subjects
Aged, Arrhythmias, Cardiac diagnosis, Atrial Fibrillation diagnosis, Female, Fetal Diseases diagnosis, Humans, Myocardial Infarction diagnosis, Imaging, Three-Dimensional instrumentation, Imaging, Three-Dimensional methods, Magnetocardiography instrumentation, Magnetocardiography methods
Abstract

Magnetocardiography (MCG) using a SQUID sensor is characterized by three dimensional cardiac electrical phenomena from magnetic fields, because it is hard to be affected by organ constitution of lungs and torso configuration. We have developed three-dimensional (3D) electric current density distribution analysis by a spatial filter method. At this symposium, we report clinical utility of 64-channel (64-ch) MCG. Subjects consisted of 20 normal volunteers, 10 cases with old myocardial infarction, 13 cases with atrial fibrillation (AFIB) who received surgical pulmonary (PV) isolation, and representative case with fetus premature ventricular complex (PVC). We recorded 10-min MCG data of magnetic field composition (a Bz ingredient) which was perpendicular to body surface in a magnetism shield, using 64-ch SQUID sensors (17.5 x 17.5 cm) built-in in MCG instrumentation(sampling; 500ms, total frequency characteristic; 0.1-200 Hz). We conducted 3D heart outline from electric current density calculated by magnetic field distribution. We also generated 3D functional images of the RT (activation recovery time) dispersion and spatial spectral distribution of a fibrillation wave. Increased fluctuation on RT dispersion map corresponded with space location of myocardial infarction. The mean frequency of 3D spectral map in persistent AFIB showed a higher value than that with restored a sinus rhythm (7.7 +/- 0.5 Hz vs. 6.5 +/- 0.7 Hz). We also demonstrated a fetus PVC. We concluded that 64-ch MCG can evaluate 3D spatial location of myocardial injury, 3D spectral map and characteristic frequency, and fetus arrhythmia. In future, further technical development in the fields of MCG measurement would be necessary for avoiding the used of unshielded room or liquid He.

Published
2008

62. [Development of 64-channel magnetocardiography and clinical application].

Author

Nakai K, Fukuhiro H, Kawazoe K, Tsuboi J, Oshima Y, Kobayashi N, Niinuma H, Fukushima A, and Suwabe A

Subjects
Fetal Diseases diagnosis, Humans, Myocardial Infarction diagnosis, Arrhythmias, Cardiac diagnosis, Magnetocardiography instrumentation, Magnetocardiography methods
Abstract

A magnetocardiogram (MCG) can detect three-dimensional electric phenomena of the heart, because MCG does not influence the lung and torso form of the internal organs. In this symposium, we report the application of 64-channel MCG for the measurement of various arrhythmias (atrial flutter, atrial fibrillation), myocardial injury, and fetus arrhythmia. We composed function images of the conduction wave front and injured myocardium superimposed on a three-dimensional heart outline from the magnetic field. The injured myocardium was determined by a three-dimensional RT dispersion map. This algorithm allows the non-invasive determination of the space location of signal source and injured myocardium. In addition, 64-channel MCG can detect the fetal arrhythmias and autonomic nervous activity, which allows the diagnosis of fetus arrhythmia in detail before birth. Thus, MCG measurement is a useful non-invasive diagnostics procedure. However, there are several problems such as sealed room installation and the use of liquid helium. In the future, a newer technology that does not require liquid helium and a sealed room will be necessory.

Published
2006

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