Myung Suk Choi

TL;DR: The results from this study suggest that MJ and SA regulated directly or indirectly the expression of PMT or the H6H gene and, finally, increased the production of TA and stimulated the excretion of TA into the culture medium.

TL;DR: A number of novel proteins were differentially expressed or appeared only in the PEG-fractionated protein samples, indicating that PEG fractionation system can be used as a versatile protein fractionation technique in proteomic analysis to identify novel or low-abundant proteins from all kinds of plant species.

TL;DR: Analysis of protein expression patterns revealed that proteins associated with osmotic adjustment, defense signaling and programmed cell death play important roles for soybean plant drought adaptation.

TL;DR: Lycopene production significantly increased using the mevalonate bottom pathway and 60 mg/l of lycopene was obtained with the P. agglomerans crt genes, which was higher than that obtained withThe P. ananatis crtGenetic analysis revealed that the crtE gene was responsible for the observed difference in lycopenes production and cell growth between E. coli harboring the crT genes of P.anatis.

TL;DR: Recombinant E. coli harboring pT‐DHB and pSSN12Didi was used to maximize β‐carotene production by adjusting the available amounts of glycerol, a carbon source, and mevalonate, the precursor of the meValonate bottom pathway.