Transcripts and MicroRNAs Responding to Salt Stress in Musa acuminata Colla (AAA Group) cv. Berangan Roots.

An understanding of how miRNAs act when they regulate gene expression and which coding genes are miRNA targets during stress responses, such as drought, salinity, metals,

The analyses of PIP1;2 , PIP2;1 , PIP2;2 , and TIP1;2 expression in roots of plants in E1 showed that the levels of transcripts of all analyzed genes increased in water-stressed

Addition of casitone, a complex mixture of peptides, to the GCDM (yielding GCDM PDC ) reduced the expression levels of CodY targets such as OppA and increased the expression

To investigate the effects of Scriptaid treatment on mRNA and protein expression during early embryonic development, the expression levels of development-related genes and proteins

Analysis of the expression for all predicted targets of each miRNA as calculated in the microarray experiments failed to reveal any examples in which a downregulated miRNA

By com- paring gene expression levels between salt treatment and the control at each time point, 163 genes were identified to be differentially expressed in response to salt

recently investigated whole genome expression in response to different levels of oxidative stress and showed that many genes related to oxidative stress are induced con- currently

Consistent with the data observed in PBMCs, IHC data showed trends of reduced expression of HDAC4 (Figure 4A) and increased expression of TSP1 (Figure 4B) in obese compared to