POCKET AIR®

Guarding Your Respiratory Health.

Poster accepted for AARC (American Association for Respiratory Care ) Congress 2017
Hui-Ling Lin1,3 RRT MSc FAARC, Yu-Yao Kao2 RT Bs, Eric Y.T. Chen2PhD
1Department of Respiratory Therapy, Chang Gung University, Taoyuan, Taiwan
2R&D Department, MicroBase Technology Corp, Taoyuan, Taiwan 3Respiratory Therapy, Chiayi Chang Gung Memorial Hospital, Chiayi, Taiwan

Successful delivery of aerosolized medication within mechanical ventilation (MV) necessitates an efficient vibrating mesh nebulizer connected to a well-designed T-adaptor that is subsequently conjoined to the inlet of a heated humidifier in a closed ventilator circuit. However, many traditional T-adaptors suffer from significant aerosol impaction, thus reducing drug delivery efficacy. This study compared aerosol drug delivery outcome between conventional and reengineered T-adaptors when fitted with different vibrating mesh nebulizers during adult MV.
Key word: mechanical ventilation; aerosol drug delivery; vibrating mesh nebulizers; T-adaptor; bronchodilator.

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Poster accepted for CTS ( Chinese Thoracic Societ ) Congress 2017
Yu-Yao Kao1, Chia-Chen Huang1, Chi-Shan Hung1, Hsian-Ling Chen1, Eric Y.T. Chen1, Hui-Ling Lin2
1R&D Department, MicroBase Technology Corp, Taoyuan, Taiwan ZIP: 33464
2Department of Respiratory Therapy, Chang Gung University, Taoyuan, Taiwan ZIP: 33302

Successful delivery of aerosolized medication within mechanical ventilation (MV) necessitates an efficient nebulizer connected to a welldesigned T-adaptor that is subsequently conjoined to the inlet of a heated humidifier in a closed ventilator circuit. However, small volume jet nebulizers (SVN) severely suffer from general inefficiency due to high residual volume and significant aerosol impaction at a conjoined Tadaptor. This study compared aerosol drug delivery efficiency of MicroBase Mechanical Ventilation Nebulizer Plus (μMVN+), novel polymeric vibrating-mesh nebulizer, and jet nebulizer (SVN), capillary action nebulizer with a specially engineered T-adaptor during adult MV.

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Poster accepted for ERS (European Respiratory Society ) International Congress 2017
Yu-Yao Kao1, Chia-Chen Huang1, Chi-Shan Hung1, Eric Y.T. Chen1*, Hui-Ling Lin2* 1R&D Department, MicroBase Technology Corp, Taoyuan City, Taiwan 2Department of Respiratory Therapy, Chang Gung University, Taoyuan City, Taiwan

Aerosol drug delivery through small volume nebulizer (SVN) in mechanical ventilation is widely utilized in treating various respiratory disorders; however, studies have also shown concomitant pitfall in delivery inefficiency. The aim of the study was to compare our novel polymeric vibrating-mesh nebulizer (μMVN+) to currently used aerosol devices during MV. Key word: aerosol drug delivery; vibrating-mesh nebulizer; small volume jet nebulizer; bronchodilator; mechanical ventilation.

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Poster accepted for TSRT (Taiwan Society for Respiratory Therapy) Educational Conference 2017
Yu-Yao Kao, Chi-Shan Hung, Yu-Chung Hsu, Chia-Chen Huang, Wan-Cheng Tang, Kai-Yao Lo, Eric Y.T. Chen, Hui-Ling Lin

Aerosol drug delivery through mechanical ventilation is pervasively applied to hospitalized patients in intensive care unit, respiratory care center and ward. Current delivery method heavily relies on small volume jet nebulizers (SVN). Despite its low cost, it severely suffers from general inefficiency due to high residual volume; troublesome operation instigated by drug dilution; requirement of additional gas supply; and significantly reduced drug delivery efficacy. In order to resolve existing dilemma, we have developed a new vibrating-mesh nebulizer specifically for mechanical ventilation system, the MicroBase mechanical ventilation nebulizer (μMVN). The purpose of this study was to compare the efficacy of μMVN and a SVN on delivering to drugs by placed at two locations.

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Poster accepted for 19th Nano Engineering and Microsystem Technology Conference 2015
Lucas Ting-Kai Tsai, Sheng-Kai Lin, Shen-Hao Lai, Wei-Chun Chin, Eric Yi-Tong Chen

 

Since its establishment on May 12th 1997, MicroBase Technology Corp. has been devoting to the development of Laser LIGA, a non-silicon based micromachining technology. The research &; development and manufacture of miniaturized devices, micron-scale parts and systems are our core competencies, with significant success in the area of patent application. Currently MicroBase is the only company in the Asia-Pacific region with the capabilities of laser material processing, micro-electroforming development and mass production all in one.

 

 

 

By utilizing the laser material processing and micro-electroforming technology, Microbase developed the Micro Hole platform and applied the micro mesh technique to drug delivery in inhaled therapies. We are dedicated to providing a safe, efficient and convenient drug delivery system to healthcare professionals.

 

 

 

Besides our own drug delivery devices, we are also actively seeking opportunities to work with pharmaceutical companies to develop combination products.

 

 

 

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