Automated microscale bioprocessing techniques offer the potential to establish linked bioprocess sequences in order to rapidly investigate the effect of upstream process conditions on downstream operation efficiency.
Network coding is applied to increase the downstream bandwidth efficiency and overcome network bottleneck, and software defined technology provides the flexibility on wavelength assignment according to traffic statistics dynamically.
Accurate determination of rock mass properties is a critical part of open-pit mine planning activities to enable more prescriptive blast designs to achieve improved loading and hauling and downstream process efficiency.
However, this approach does suffer from some drawbacks, including the potential for high background that interferes with downstream sequencing efficiencies when starting with very small quantities of RNA.
A significant rank difference, which indicates a non-coordinated relationship between upstream R&D (research and development) efficiency and downstream commercialization efficiency, is identified for most countries.
In addition, alternation of upstream and downstream codons affected the efficiency and accuracy of TAMRA-labeled amino acid incorporation.
This results in unnecessary overgrinding which adds to the milling cost and can adversely affect the efficiency of downstream processes.
After studying the detailed downstream process parameters, the efficiency of un-optimized and optimized recovery conditions for xylanase recovery were studied at different time intervals.
The structural modification was able to affect the efficiency of downstream translation only when the sequence context of the uAUG codon was weak.
In the dairy industry, lactose crystallization during refining typically generates a large number of fines (<100 μm), which greatly reduces the efficiency of downstream processes.
Here, we review and discuss the selective release of products as a possible means of improving the efficiency of downstream processing.
