Novel flow-injection analysis method for bioprocess monitoring
β Scribed by Suzanne Chung; Xiaowen Wen; Kirsten Vilholm; Michael De Bang; Gary Christian; Jaromir Ruzicka
- Publisher
- Elsevier Science
- Year
- 1991
- Tongue
- English
- Weight
- 749 KB
- Volume
- 249
- Category
- Article
- ISSN
- 0003-2670
No coin nor oath required. For personal study only.
β¦ Synopsis
process analysis was developed simple, robust FIA hardware system was designed and rigorously on-line application. system, monitoring Keywork Flow Spectrophotometry; Glucose proteins; S CHUNG ET AL
TABLE 1 Composltlon and parameters of Sacchnromyces cereumae fermentatlon batch a Comoonent Concentratton (n 1-l) WHstKQ 10 MgSO,
2 KH 2 PO, 3 Bacto yeast extract 25 Pluronrc antlfoam 1 Tap water Parameter Value AIrflow 30lmu-' Temperature 30.0 o c PH 45 Agtatlon rate 150-500 rpm Glucose feed O-30 g 1~ ' fermenter volume h ' [SOW (w/w) glucose, anhydrous] a Fermenter. 5-l Bloflo III (New Brunswtck Sclentlfic)
π SIMILAR VOLUMES
Development of industrial areas must be followed by increased monitoring of industrial wastewater systems. One method for continuous monitoring of water quality is flow injection analysis (FIA). An FIA method does not need to mix the reagents and sample manually as in methods based on conventional s
This paper presents the construction of various biosensors using thin-film layers incorporated in flow injection devices, providing automated systems for biomedical analysis, process and environmental monitoring. A urease sensor has been developed in conjunction with a flow injection system for the
Micromethods for rapid and reproducible cell disintegration were combined with flow-injection analysis @IA) to determine intracellular enzyme activities. Flow through chambers were developed for cell disintegration by the action of ultrasonic, ultraturrax and glass microball-mixer mills. A membrane