Extensive research has delineated transcriptional control pathways during myelopoiesis that are disrupted in leukemia and more recent investigations have highlighted differentiation-specific or leukemia-related posttranscriptional modulation of translation by microRNAs.
Jolla has also now got a tablet in the works, and since launching its first device at the end of 2013 has made a point of emphasizing how its business model does not involve selling user data to third parties — making privacy protection a highlighted point of differentiation between Sailfish and Google's Android.
However, drawbacks of the ICF have been highlighted, including unqualified differentiation of main terms such as activity and participation [ 23, 24].
As a result, subunit composition of PRC1 complexes changes in a dynamic fashion during ESC differentiation, as highlighted in our mass spectrometry (MS) experiments.
In vitro muscle differentiation systems have highlighted prominent roles for ERK5 signaling in muscle development [ 10], whilst in adult tissues, the pathway plays a role in regulating the proliferation and survival of endothelial cells and various immune-derived cell populations [ 11– 11].
The interactions between stem cells and nano-CaP are highlighted, including cell attachment, orientation/morphology, differentiation and in vivo bone regeneration.
The role of nuclear organization in this control is highlighted, with a presentation of differentiation-induced nuclear structure and the concept of nuclear organization as a modulator of the response to incoming signals.
This intercommunication appears to loosen in the coronaries and carotids, and this probably leads to de-differentiation of SMC highlighted by down-regulation of CSRP2.
Pathway analyses comparing the α2 β1HI CD133+VE fraction of SCs with the α2 β1HI CD133−VE fraction of early differentiation-committed cells (TAPs) highlighted 'testosterone biosynthesis, metabolism' as one of the top ranked differentially expressed pathways (P<0.001; Figure 1).
Embryonic stem (ES) cells, with their extensive regeneration potential and functional multilineage differentiation capacity, are now highlighted as promising cell sources for regenerative medicine.
The Ncam1 expression module, highly active in the peripartum nephrogenic burst phase CM, remarkably disclosed an overlap among neurogenic and nephrogenic programs and highlighted key players in the nephrogenic differentiation process (Supporting Information Fig S2).
