본문 바로가기
[학술저널]

펄스 에너지원을 구동력으로 하는 마이크로젯 인젝터 개발 및 약물 주입 효능 평가

  • 학술저널

펄스 에너지원을 구동력으로 하는 마이크로젯 인젝터 개발 및 약물 주입 효능 평가

Development and Application of Constant Flow Generating Injector with Pulse Energy Source as Driving Force

함휘찬(서울대학교) 장헌재(서울대학교) 김영광(한화시스템) 여재익(서울대학교)

DOI : 10.7736/KSPE.2019.36.5.497

표지

북마크 0

리뷰 0

이용수 0

피인용수 0

초록

A pulsed-power source has the advantage of releasing a peak power over a short time interval. In this study, we implemented two types of such energy source, namely laser and dielectric break down power sources. We built the highpressure flow-output actuator utilizing such power sources in a micro-jet drug delivery system. We compared the jet speed from each power source and analyzed the drug penetration performance of the micro-jet injector. We found that hat the bubble growth rate caused by a dielectric breakdown power source per power input was three times faster than the laser power source. By using the micro-jet injector, we performed the insulin injection test using mouse models having diabetes mellitus to evaluate whether micro-jet injector has equivalent drug delivery performance when compared against conventional syringe-type injection.

목차

1. 서론
2. 실험 셋 업
3. 실험 결과
4. 결론
REFERENCES

참고문헌(0)

리뷰(0)

도움이 되었어요.0

도움이 안되었어요.0

첫 리뷰를 남겨주세요.
Insert title here