CONCORD, Calif., May 15, 2017 /PRNewswire/ -- BugLab LLC, a US-based manufacturer of sensors for bioprocess monitoring,introduces the proBE 3000, the first on-line sensor capable of accurately measuring cell biomass over the full range of process conditions typically encountered during microbial fermentations, in small (250 mL and less) to large (100 L and higher) scale
According to Martin Debreczeny, Co-Founder of BugLab, "this product fulfills a long-standing need for combining a very wide linear range of sensitivity to cell biomass while discriminating against the effects of bubbles in on-line fermentation monitoring."
Traditional on-line Optical Density (OD) probes provide linear response over about one order of magnitude biomass range, whereas fermentations commonly span more than 3 orders of magnitude biomass range. Use of multiple OD probes has sometimes been employed in an attempt to fill the resultant measurement gaps, but this approach is costly and burdensome. Further, accurate on-line monitoring of cell biomass requires immunity to varying rates of gassing and agitation. This is a known weakness of traditional on-line OD sensors, which are susceptible to error in the presence of bubbles.
As a result, off-line measurement has long been the preferred method for biomass monitoring in fermentors; typically used to capture key decision points in the fermentation process, such as inoculation, induction, and harvesting. The down-side of off-line sampling is, of course, that it is labor-intensive and invasive, so is typically performed only at occasional intervals. Off-line sampling is also prone to user error, especially in the high biomass range where dilution of highly viscous samples is required. The sparsity of data, risk of contamination, and the potential for cross-user error combine to make off-line sampling non-ideal as a process monitoring method.
The proBE3000 sensor eliminates the need to perform off-line cell biomass testing or use multiple on-line biomass probes:
BugLab has been providing innovations in biomass monitoring in the bioprocess industry for over 14 years. More information can be found at www.buglab.com.
Martin DebreczenyBugLab LLC925firstname.lastname@example.org
To view the original version on PR Newswire, visit:http://www.prnewswire.com/news-releases/break-through-cell-biomass-sensor-for-on-line-fermentation-monitoring-300457042.html
SOURCE BugLab LLC
Subscribe to our Free Newsletters!
Angiogenesis is the process of formation of new blood vessels from pre-existing blood vessels. It ...
Aniridia is a genetic eye disorder in which the iris is partially or entirely absent. It is ...
Cachexia refers to severe muscle and fat loss, anorexia and marked weight loss due to an underlying ...View All