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Your search keyword '"NIHON UNIV TOKYO (JAPAN)"' showing total 16 results
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16 results on '"NIHON UNIV TOKYO (JAPAN)"'

1. Smart Healthcare Agility Management - Tojisha Doctrine by Self-synchronization

Author

NIHON UNIV TOKYO (JAPAN), Hagiwara, Clifford T, Aoki, Kazuo, Gunji, Y, Takehara, T, Mori, H, Urano, F, NIHON UNIV TOKYO (JAPAN), Hagiwara, Clifford T, Aoki, Kazuo, Gunji, Y, Takehara, T, Mori, H, and Urano, F

Abstract

The aim of this study is to propose the new concept of smart healthcare agility management system (hereinafter called SHAM). This system will support a pre-patients who would have medical risks factors (hereinafter called PPF), by providing them with a unique personalized protocol and guideline together with each descriptive manuals. The SHAM system features self-synchronized-care and shared situation awareness for PPF between healthcare support at home and medical institutional as of complex endeavors. Today, almost all Japanese enjoys the benefits of institutional healthcare insurance as a manner of obligation owing to fairly low payment system. In the case of PPF, however, they would not benefit from such health insurance nor be able to consult the doctors before becoming seriously ill. Translated from Japanese word, Tojisha meaning anyone (most likely a family member) who is related or concerned about a patient, the PPF face the facts that they could not enjoy the medical benefits in hospitals without consultation with the doctors. By following the Tojisha doctrine through the SHAM system, the PPF should be able to check the disease in time and agility., Presented at the 19th International Command & Control Research & Technology Symposium (ICCRTS) held 16-19 June, 2014 in Alexandria, VA.

Published
2014

15. [Interactions between saccades and vestibulo-ocular reflex during double gaze shifts].

Author

Shinozuka Y

Subjects
Adult, Head, Humans, Photic Stimulation methods, Posture, Eye Movements, Reflex, Vestibulo-Ocular, Saccades
Abstract

After fixating the center, human subjects were required to track two visual targets (T1, T2) presented in the horizontal plane in a dark room. When T2 was lit 200-600 msec after T1, T2 was given and also second saccadic eye movement unsolicited at various positions of eye and head during the course of gaze (eye position in the orbit plus head position) shift toward T1. Under all circumstances, the final gaze reached T2 without significant difference from the trials made by eye movement alone, suggesting head and eye positions are perfectly monitored to adjust the amplitude of gaze. As head velocity increased, gaze velocity increased and duration decreased with little change in eye velocity, contrary to the previous assumption that vestibulo-ocular reflex adjusts the time course of gaze shift to be constant.

Published
1990

16. HPLC-ECD determination of the enzymatic hydrolysis of [leu]- and [met]enkephalin in rat plasma.

Author

Shibanoki S, Weinberger SB, Ishikawa K, and Martinez JL Jr

Subjects
Acetylcholinesterase blood, Aminopeptidases antagonists & inhibitors, Aminopeptidases blood, Animals, CD13 Antigens, Captopril pharmacology, Chromatography, High Pressure Liquid methods, Hydrolysis, In Vitro Techniques, Leucine analogs & derivatives, Leucine pharmacology, Male, Oligopeptides blood, Rats, Rats, Inbred Strains, Thiorphan pharmacology, Tyrosine blood, Enkephalin, Leucine blood, Enkephalin, Methionine blood
Published
1990

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