Additionally, a comparative study on the transcriptomics of the lignin biosynthesis and deposition pathways could provide further insight on the evolution of the woody character.
Overall, our analysis unveiled a plethora of ecological features in the genome that provide a firm basis for further studies based on transcriptomics of ecological situations, including interactions with (fungal) hosts.
Gene families that have previously been reported in other relevant studies on the transcriptomics of osmoregulation in fish are also indicated, with an emphasis on the study of Kalujnaia et al. [ 23] on European eel.
In addition, studies based on transcriptomics, proteomics, and metabolomics would help us to achieve a more accurate understanding of the molecular parameters involved in berry sugar and acid regulation.
Studies based on transcriptomics and immunohistochemistry techniques had offered insights regarding the regulation of gene expression and the localisation of proteins but, unfortunately, such analyses failed to provide a clear link between gene function and colonial development.
Although cDNA-AFLP is an early generation transcriptomics platform, as a technique it has some distinct advantages over probe hybridisation based approaches such as microarrays.
We have also conducted a comparative transcriptomics study on ESCs, which examined a large set of biological pathways and processes, as well as transcription factors and growth factors expressed in ESCs [12].
We performed a mixed transcriptomics study on the heads of experimentally infected individuals sampled during and after manipulated biting.
In earlier studies various genes and their derived proteins have been studied in salivary glands of sugar fed An. stephensi by transcriptomics [ 3, 10].
Furthermore, a parallel study using transcriptomics did not provide evidence of an effect of TCDD on PLA2α gene expression in HepG2 cells; this supports the present findings for HepG2 cells and supports the validity of the chosen normalization method.
In an attempt to elucidate the mechanisms that permit P. coccineus growth on both hardwood and softwood fibers, the strain was selected for an in-depth study combining transcriptomics, proteomics and functional characterization.
