Vessel for growth of biological entities

作者: Kladias Nikolaos Pantelis , Wall Joseph Christopher , Rammohan Aravind Raghavan , Youngbear Kathy Marie , Kenney David Alan

DOI:

关键词: Biomedical engineeringBiological mediaStructural engineeringVolume (thermodynamics)AerationBioreactorShear stressBaffleMaterials science

摘要: A 5-liter bioreactor vessel enables a substantial increase in the volume of biological media that can be cultivated compared to conventional designs. Moreover, when agitated at 1.5× shaking frequency 3-liter (i.e., 90 rpm versus 60 rpm), achieves 19% cell aeration without exceeding maximum shear stress limit for viability. The optionally includes plurality internal baffles configured disrupt liquid vortex and reduce transferred biomedia contained within vessel.

参考文章(17)
Wang Honghui, Lin Zhide, Low-shear force aeration conical flask ,(2012)
Weiqun Du, Yuran Qiu, Jing Cao, Zhiyun Qiu, Changde Lu, Yulin Qi, Shake flask used for culture of microorganism and provided with baffle plate on inner wall ,(2012)
W Weheliye, M Yianneskis, A Ducci, PIV measurements in a shaken cylindrical bioreactor In: (Proceedings) 16th International symposium on the applications of laser techniques to fluid mechancs. (2013). ,(2013)
Joseph C. Wall, Allison J. Tanner, David A. Kenney, Gregory R. Martin, Todd M. Upton, Henry J. Cattadoras, Device for trapping extraneous gas ,(2006)
Robert Puskeiler, Dirk Weuster-Botz, Karl-Heinz Zacher, Device and method for parallel, automated cultivation of cells in technical conditions ,(2003)
Kathy M. Youngbear, Stephen R. Bossi, Cell cultivating flask ,(2006)
Timothy A. Stevens, Edward Mussi, Tissue Culture Flask ,(1996)
Joseph T. Lester, Keith S. Carmichael, Noneverting bottom for thermoplastic bottles ,(1971)