Multiprotein machines drive virtually all primary cellular processes.
Such regulatory mechanisms may link N-CAM binding function with other primary cellular processes during the embryonic development of pattern.
Figure 1 The main cellular processes.
In Biological Process, the GO terms related to metabolic process and its branch such as primary metabolic process, cellular process and biopolymer biosynthetic process topped the list of both gene pair members.
The biological pathways with the greatest number of genes represented included biological process, primary metabolic process, cellular metabolic process, primary to stimulus and cellular process.
In case of the genes upregulated in stigma, metabolic process, cellular process, primary metabolic process, cellular metabolic process and macromolecule metabolic process were the top five categories (Fig. 5b).
We observed that in flower upregulated genes, the top five classes in biological process were metabolic process, cellular process, primary metabolic process, macromolecule metabolic process and protein metabolic process (Fig. 5a).
GO analysis showed that the predominant classes in biological process category include metabolic process followed by cellular process and primary metabolic process.
In contrast, in the soil with a pH of 6.5, 26 processes were over-represented and the majority of them were related to primary, cellular, protein, and lipid metabolic processes.
Looking into the biological role of ALMS1 protein is already providing us with challenging findings not only regarding cilia biology but also the involvement of primary cilia in cellular processes that had not been previously linked to ciliary proteins.
