The reference transcriptome will allow better understanding of the modifications in this highly cold-adapted cryopelagic species, as well as enable further genomic level studies of other polar teleosts and ectotherms.
Considering that biological systems are intrinsically complex and that our knowledge on how tumor cells grow and proliferate is limited, the development of targeted cancer therapies, especially the identification of potential drug targets, therefore requires a more detailed understanding of how the modification of molecules and the transduction of biological signal flows drive the disease.
Plane PET film was also surface modified and characterized for basic understanding of the surface modification process.
This study provided an understanding of the membrane modification for micropollutant removal and its impacts on environment.
The study of the crystalline-to-amorphous transition of silicates triggered by ion irradiation is useful for the understanding of the structural modification of interstellar dust grains.
Studying the photocurrents of the nanoWO3 electrodes at different potentials at pH 9.2 provided a more comprehensive understanding of the TiNi modification, in particular of the efficiency for photo-water oxidation at a low over-potential.
The dataset described here will be a valuable resource for clarifying new regulatory mechanisms for cortical development and diseases and will greatly contribute to our understanding of the divergence, modification, and function of microRNAs.
The dataset described here will be a valuable resource for clarifying new regulatory mechanisms for cortical development and disease and will greatly contribute to our understanding of the divergence, modification, and function of miRNAs.
While significant progress has been made in the identification and characterization of histone PTMs, a full appreciation of the complexity of the histone code will require a complete understanding of all the modifications that putatively contribute to it.
This work revealed several distinct variants of soybean histone and their modifications that were different from A. thaliana, thus providing important biological information toward further understanding of the histone modifications and their functional significance in higher plants.
