Hydraulic approach in the scale up of the ebb-and-flow bioreactor (EFBR) for `hairy root' cultures

Chun Yue; Joel L. Cuello; Kenneth A. Jordan

Hydraulic approach in the scale up of the ebb-and-flow bioreactor (EFBR) for `hairy root' cultures

Chun Yue, Joel L. Cuello, Kenneth A. Jordan

Research output: Contribution to journal › Conference article › peer-review

Abstract

An ebb-and-flow bioreactor (EFBR) hold-up simulation model for `hairy' roots was earlier proposed by Cuello (1994). In this study, by experimentally determining the water characteristic curve for Hyoscyamus muticus `hairy root' culture, the proposed model was implemented and was validated using a segmented EFBR (SEFBR). The water characteristic curve was determined at an average porosity of 88%, whereas the SEFBR had an average porosity of 77%. The simulated dynamic average hold-up profiles and the simulated dynamic spatial hold-up distribution produced generally acceptable error of less than 10%.

Original language	English (US)
Journal	Paper - American Society of Agricultural Engineers
Volume	3
State	Published - 1997
Event	Proceedings of the 1997 ASAE Annual International Meeting. Part 1 (of 3) - Minneapolis, MN, USA Duration: Aug 10 1997 → Aug 14 1997

ASJC Scopus subject areas

Agricultural and Biological Sciences (miscellaneous)

Cite this

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title = "Hydraulic approach in the scale up of the ebb-and-flow bioreactor (EFBR) for `hairy root' cultures",

abstract = "An ebb-and-flow bioreactor (EFBR) hold-up simulation model for `hairy' roots was earlier proposed by Cuello (1994). In this study, by experimentally determining the water characteristic curve for Hyoscyamus muticus `hairy root' culture, the proposed model was implemented and was validated using a segmented EFBR (SEFBR). The water characteristic curve was determined at an average porosity of 88%, whereas the SEFBR had an average porosity of 77%. The simulated dynamic average hold-up profiles and the simulated dynamic spatial hold-up distribution produced generally acceptable error of less than 10%.",

author = "Chun Yue and Cuello, {Joel L.} and Jordan, {Kenneth A.}",

year = "1997",

language = "English (US)",

volume = "3",

journal = "Paper - American Society of Agricultural Engineers",

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T1 - Hydraulic approach in the scale up of the ebb-and-flow bioreactor (EFBR) for `hairy root' cultures

AU - Yue, Chun

AU - Cuello, Joel L.

AU - Jordan, Kenneth A.

PY - 1997

Y1 - 1997

N2 - An ebb-and-flow bioreactor (EFBR) hold-up simulation model for `hairy' roots was earlier proposed by Cuello (1994). In this study, by experimentally determining the water characteristic curve for Hyoscyamus muticus `hairy root' culture, the proposed model was implemented and was validated using a segmented EFBR (SEFBR). The water characteristic curve was determined at an average porosity of 88%, whereas the SEFBR had an average porosity of 77%. The simulated dynamic average hold-up profiles and the simulated dynamic spatial hold-up distribution produced generally acceptable error of less than 10%.

AB - An ebb-and-flow bioreactor (EFBR) hold-up simulation model for `hairy' roots was earlier proposed by Cuello (1994). In this study, by experimentally determining the water characteristic curve for Hyoscyamus muticus `hairy root' culture, the proposed model was implemented and was validated using a segmented EFBR (SEFBR). The water characteristic curve was determined at an average porosity of 88%, whereas the SEFBR had an average porosity of 77%. The simulated dynamic average hold-up profiles and the simulated dynamic spatial hold-up distribution produced generally acceptable error of less than 10%.

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AN - SCOPUS:0031344403

SN - 0145-0166

VL - 3

JO - Paper - American Society of Agricultural Engineers

JF - Paper - American Society of Agricultural Engineers

T2 - Proceedings of the 1997 ASAE Annual International Meeting. Part 1 (of 3)

Y2 - 10 August 1997 through 14 August 1997

ER -

Hydraulic approach in the scale up of the ebb-and-flow bioreactor (EFBR) for `hairy root' cultures

Abstract

ASJC Scopus subject areas

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