The gene is expressed at highest levels during midgestation mouse development, and transcripts are localized by in situ hybridization to the osteogenic zone of developing bone.
Many of the sex and gamete function processes do not begin at such early stages of development and transcripts of such genes, presumably, would not be present (or present in very small numbers).
The MADS-box TAGL1 is expressed during early stages of flower development and its transcripts was detected in stamen and carpel organs.
Tlr22k was the only tlr22 paralogue to be expressed throughout early development and its transcripts were detected at epiboly, somite stage, golden eye, hatching, bladder and hindgut stages.
The first hypothesis is that both the paternal and maternal alleles are silenced during zygotic development, and that transcripts are inherited to the zygote by the female gametocyte as maternal mRNAs (Fig. 4A).
We identified 246 and 240 growth and development related transcripts, 1137 and 1138 transcripts for food digestion or detoxification related enzymes, and 83 and 68 olfaction related transcripts from H. armigera and H. assulta, respectively.
Carotenoid production in colored carrot is associated with the progressively increased expression of most biosynthetic genes during root development, and the high transcript levels of LCYE and ZDS in red and yellow carrot cultivars partially explain the accumulation of lutein and lycopene, respectively.
Overall, this paper describes three features of maternally transmitted microRNAs: 1) they are often produced from introns of maternally deposited transcripts; 2) they can be zygotically transcribed and have other functions during development; and 3) maternal transcripts tend to avoid target sites for maternal microRNAs.
In many fungi, Ste12-like transcription factors play essential roles in invasive growth and pseudohyphal development, and their gene transcripts are affected by AS within a conserved exon intron structure.
We identified several highly connected clusters in the directed acyclic graph representation of the GO, which were related to development, cell communication, gene and transcript expression, cell movement, regulation of metabolic, and biosynthetic processes and DNA/protein/transcription binding (figs. 2a, 2b, and 3; supplementary figure S5, Supplementary Material online).
