Yeast cells are added to a 3.0 L batch bioreactor so that the initial cell concentration is [X]. = 1.3 g cells / L.The growth mediğim in the reactor, which is well-mixed so the cells have access to all nutrients, contains 150 gCELL DATAribose (C5H10O5, MW 150), 75 g ammonia (NH3, MW 17), and 85 goxygen (O2, MW 32).A-10. Determine the maximum concentration of cells, [X], that will form in thebioreactor when the limiting nutrient is consumed.SearchYx/riboseYX/02YX/NH3Specific growth rateon limiting nutrient, uLag phase durationDeceleration phaseduration0.48 g/g0.87 g/g0.23 g/g0.51 h30 minutesNegligible

In this problem, we have a batch bioreactor containing yeast cells, ribose, and ammonia. The goal is…

Yeast cells are added to a 3.0 L batch bioreactor so that the initial cell concentration is [X]. = 1.3 g cells / L. The growth mediğim in the reactor, which is well-mixed so the cells have access to all nutrients, contains 150 g CELL DATA ribose (C5H10Os, MW 150), 75 g ammonia (NH3, MW 17), and 85 g oxygen (02, MW 32). A-10. Determine the maximum concentration of cells, [X], that will form in the bioreactor when the limiting nutrient is consumed. YX/ribose YX/02 YX/NH3 Specific growth rate on limiting nutrient, u Lag phase duration Deceleration phase duration 0.48 g/g 0.87 g/g 0.23 g/g 0.51 hl 30 minutes Negligible

Yeast cells are added to a 3.0 L batch bioreactor so that the initial cell concentration is [X]. = 1.3 g cells / L. The growth mediğim in the reactor, which is well-mixed so the cells have access to all nutrients, contains 150 g CELL DATA ribose (C5H10Os, MW 150), 75 g ammonia (NH3, MW 17), and 85 g oxygen (02, MW 32). A-10. Determine the maximum concentration of cells, [X], that will form in the bioreactor when the limiting nutrient is consumed. YX/ribose YX/02 YX/NH3 Specific growth rate on limiting nutrient, u Lag phase duration Deceleration phase duration 0.48 g/g 0.87 g/g 0.23 g/g 0.51 hl 30 minutes Negligible

Curren'S Math For Meds: Dosages & Sol

11th Edition

ISBN:9781305143531

Author:CURREN

Publisher:CURREN

Chapter21: Heparin Infusion Calculations

Section: Chapter Questions

Problem 1.3P

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