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A New Technique for The Therapy of Complicated Deep Tissue Infection(with 4 Cases)
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作者 Feng Li Hao Qin +2 位作者 Xing Zhi Wang Zhenfei Wang Ziwei 《国际感染病学(电子版)》 CAS 2018年第1期28-32,共5页
Objective: The objective of this study was to discuss the effect of double perfusion cannula accompanied with low negative pressure drainage in the treatment of complexity of abdominopelvic and perineal infections. Me... Objective: The objective of this study was to discuss the effect of double perfusion cannula accompanied with low negative pressure drainage in the treatment of complexity of abdominopelvic and perineal infections. Methods: The technology of the double perfusion cannula accompanied with low negative pressure drainage was used to treat complexity of abdominopelvic and perineal infections. Results: Double perfusion cannula accompanied with low negative pressure drainage can be applied to the treatment of complexity of abdominopelvic and perineal infections. It has an obvious effect on infection control and reduces recovery time. Conclusion: Double perfusion cannula accompanied with low negative pressure drainage has a good effect on complexity of abdominopelvic and perineal infections; it can be used in wider surgical fields to prevent infections. 展开更多
关键词 double perfusion cannula accompanied with low negative pressure drainage INFECTION case report
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Compact Metamaterial Antenna with High Directivity for Bio-Medical Systems
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作者 Bose Anandhimeena Palavesanadar Thiruvalar Selvan Singaravelu Raghavan 《Circuits and Systems》 2016年第12期4036-4045,共11页
In this paper, high directive antenna using metamaterial property is presented for wireless medical systems. The antenna is constructed by semi-circular patch and hexagonal closed ring resonator (HCRR). For medical ap... In this paper, high directive antenna using metamaterial property is presented for wireless medical systems. The antenna is constructed by semi-circular patch and hexagonal closed ring resonator (HCRR). For medical applications such as wireless patient movement monitoring, telemetry and telemedicine, communication devices working at ISM band frequency is needed. Here, the requirement is completed with improved directivity such as 16 dBi. And also impedance matching also achieved with low reflection loss -20 dB. This antenna works for multiple frequency bands (Industrial, Scientific and Medical-ISM 2.45 GHz, WLAN 5.3 GHz and GSM 1.9 GHz) with improved directivity. 展开更多
关键词 double Negative Metamaterial Back Propagation Hexagonal Closed Ring Resonators
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