Anwendungen der Zytometrie in der Biotechnologie

Abstract

sümierend werden die entscheidenden Vorteile des Multifeedstock-Verfahrens im Vergleich zu den klassischen Biodieselverfahren dargestellt.

What Flow Cytometry can Tell Us About Marine Micro-Organisms – Current Status and Future Applications

“…Some authors (Yamaguchi et al, 1994;Schupp & Erlandsen, 1987;Yamaguchi & Nasu, 1997) Another interesting application of FCM to microbiology requires the use of fluorochromes conjugated to antibodies or oligonucleotides for the detection of microbial antigens or DNA and RNA sequences to directly (Vives-Rego et al, 2000;Amann et al, 1990a;Marx et al, 2003;Temmerman et al, 2004) identify micro-organisms in natural ecosystems (Amann et al, 1990b;Wallner et al, 1997;Biegala et al, 2003).…”

Towards Integration of Biorefinery and Microbial Amino Acid Production

“…This topic has already been addressed in Section 6.4.2 when the use of lignocellulose was discussed. Advanced monitoring technologies such as cytometry [47,48] and DNA microarray analysis of gene expression [49,50] might be used to monitor toxicity effects, to reveal the nature of toxicity, and to search for metabolic engineering or strain breeding strategies to overcome the hurdles caused by toxic compounds. Recently, metabolic flux analysis has been applied to acidtolerant yeast Candida milleri which would be ideal to convert industrial pulp mill xylose containing waste streams into xylitol [51].…”