The biotransformations were carried out with growing cells (standard screening conditions) and with non-growing cells.
The most enantioselective and complementary separation systems are then used as screening conditions in separation strategies.
Also, none of the tested compound exerts any activity against the pathogenic yeast species ( C. albicans) under these screening conditions.
Purified catalytic domain survived cryogenic storage and yielded large diffraction-quality crystals over-night after optimization of screening conditions.
Contradictory rankings of tolerance were observed in many studies due to different screening conditions and different development stages at which plants were tested.
Utilising high stringency screening conditions, various peptide sequences containing multiple histidine, tryptophan, and/or tyrosine residues were identified amongst the different phage peptide sequences isolated.
A pilot experiment using the described mutagenesis, selection, and screening methods yielded two variants with significantly increased activity (five-fold under the screening conditions).
Among those columns, the ZIC HILIC column showed the best performance under the tested screening conditions in terms of resolution and symmetry factor for the targeted peptide set.
The synthesis of the reagent, investigation of reactivity, the specificity of the fragmentation of derivatives and screening conditions in MS/MS analysis are described.
Experimental scenarios varied in three Traffic levels, three Tree screening conditions and two Odour presence conditions were designed, and presented to participants in virtual reality.
The surprising result is that several substrates that give negative results (non-acceptance) under the screening conditions, afford excellent conversions in the transformations under non-growing conditions.
