Due to the fact that B-cells are highly receptive to external stimuli, as described above, knowledge of these interactions seems viable for gaining a deeper functional understanding of the intricate differentiation processes.
They can, to a degree, be defined by gender and the tripartite social-educational classification adopted, but analysis does also point to more intricate differentiation within these groups based on variables such as ethnicity and religion, for example, Chinese males within the general school/university group and Buddhist northern Thai females within the out-of-school group.
This sub-group obviously stands in stark contrast to the wholly virgin, Catholic, Hill Tribe out-of-school sub-group, and suggests more intricate social differentiation of coital experience than the core three-category model anticipates.
The lateral root primordium zone of primary roots in maize consists of many types of cells, such as epidermis cells, cortex parenchyma, stele cells, lateral root primordium founders, and lateral root primordium cells, and is a region undergoing rapid growth and intricate cell differentiation.
We effectively found significant changes in mandible size and shape due to these factors, but also evidenced as corollary further differences between laboratory strains, between sexes, and interactions between sexual dimorphism and dystrophy, that make an overall intricate pattern of differentiation among the mandibles of these laboratory mice.
All of them involve the dynamic and intricate network of pluripotency and differentiation proteins, the first of which must be switched off to go ahead with differentiation.
The interplay of GATA1 and GATA2 during erythroid differentiation is more intricate and dynamic than expected.
These data demonstrate that D2 lies between FoxO3 and MyoD expression in the intricate network that induces muscle differentiation.
Transcription factors orchestrate intricate pathways of cellular growth and differentiation by regulating the rate of transcription of an array of genes.
A greater understanding of human development, specifically the intricate and complex processes promoting cell differentiation and organization in tissue development or repair, can greatly aid in engineering more physiologically relevant biomimetic tissues.
Evolutionary conserved, miRNAs constitute a layer of epigenetic regulation that provides an additional control of intricate processes such as cell growth, differentiation, stress response, and tissue remodelling.
