With the advent of an abundant and cheap carbon source – such as crude glycerol from biodiesel production – new efforts have sought to either microbially produce sugar alcohols from this carbon source or employ it as a complementary source to the sugars traditionally used in the industry [ 31, 99].
To investigate our premise, we conduct comprehensive surveys and interviews with 33 founding entrepreneurs, comparatively analyzing their experiences against complementary data sources to develop personal profiles of critical attributes and behavioral characteristics.
This strongly suggests that deep-sea microorganisms oxidize carbon monoxide (and perhaps other reduced substrates) released from tectonically active areas or anaerobic microenvironments, as alternative or complementary energy sources to heterotrophy.
These two complementary sources were used to guide the revisions of the EPAR summaries each time followed by retesting to assess the effect of the revisions made.
We combined three complementary sources of data to explore CHI medicines coverage in low-income countries.
We theorized that those potential associations for which there is evidence from multiple complementary sources are more likely to be true, and explored this idea using a published database of drug drug-adverse event associations drug drug-adversetronic hevent records (EHRs).
In this work, we propose a proof-of concept method to further prioritize these associations by filtering out known associations and aggregating evidence from complementary sources of evidence in order to identify a subset of associations as candidates for further investigation.
Latest advances have allowed the technique to be refined, thereby expanding its clinical applicability to brain imaging as a complementary source of information to conventional T1-weighted and T2-weighted imaging sequences.
We used two spectrophotometric methods, which involve the capture of free radicals in solution by DPPH and estimation of the total antioxidant potential (FRAP), to provide complementary sources of evidence for the different antioxidant potentials of extracts from C. officinalis flowers.
As a result, we were able to obtain data from complementary sources including patient medical records and pharmacy production data to construct a robust reference standard.
