In T1 we split the results by the category of processing event, the number of forms per gene, and the depth of coverage where appropriate.
There are two basic categories of industrial processing employed for transforming maize into products for human consumption.
The existence of these two taste signaling pathways provides further support for the existence of multiple categories of taste processing, even within the same taste quality (40, 41).
Especially in the COG categories of RNA processing and modification (A) and Chromatin structure and dynamics (B), the proportion of leaderless genes is much higher than in other categories.
For each of the three categories of alternate processing there are an additional 4000 genes with 1000 having two forms, 1000 having 3 forms, 1000 having 4 forms and 1000 having 5 forms.
In the following pages of this review we recount some of the most relevant issues regarding categories of UCB processing laboratories and banks, as well as the properties, challenges, and impact of UCB-derived mesenchymal stem cells (MSCs) on the area of cardiovascular research.
This group of repressed genes fall within the categories of rRNA processing, tRNA export, and ribosomal biogenesis such as NOB1, PUS1, RRP5, NOP56, and CBF5; mitochondrial mRNA maturase such as BI2 and BI3; vitamin B6 biosynthesis gene SNZ1; and telomere length maintenance gene YKU80 (Additional file 1).
In addition, the categories of cellular process and environmental information processing separately included 388 and 121 unigenes (Additional file 2).
The metabolism category was the richest (2,192, 49.41%), followed by the categories of environmental information processing (415, 9.36%), cellular processes (294, 6.63%), genetic information processing (192, 4.33%), organismal systems (328, 7.39%) and metabolic pathways related to human diseases (1,015, 22.88%).
Most of the sequences localized to the metabolism category (94.85%), followed by organismal systems (3.26%), followed by the categories of environmental information processing (1.37%), and genetic information processing (0.52%); the categories of cellular processes and human diseases were not found.
