The different joint groups are generally seen as distinct phenotypes.
Naive CD4+ T cells can acquire at least four distinct phenotypes following activation by antigen, including three distinct types of effectors, Th1, Th2 and Th17 cells and various subsets of regulatory T cells [1], [2], [3], [4], [5], [6], [7].
Overall, these observations indicate that the primary myogenic cells show dynamic phenotypic plasticity in culture that allows them to switch between at least two distinct phenotypes: one characterized by the expression of a strong myogenic cell surface molecule CD56 and able to fuse into myotubes and the second by the absence of this marker and a low propensity to fuse.
Noteworthy, at bedside, these distinct phenotypes should be distinguished by doctor rather by biological cut-offs.
This suggests that there are at least three distinct phenotypes with different tolerances to these antibiotics.
This system shows at least two distinct phenotypes of differentiation: proinflammatory (M1) and anti-inflammatory (M2) (3).
The genes clustered into two major groups with high degree of collinearity (p < 0.05), one group with MSN, TBX3, LSM3, CKS2, MRPL1, and MRPS23 and another with PDK2 and KLF3, suggesting that they were associated with at least two distinct phenotypes.
In summary, miRNA may (i) serve as a promising tool for the diagnosis of asthma and distinct phenotypes at an early age and (ii) be further evaluated as therapeutic option.
On the other hand, it has been demonstrated that loss-of-function of these genes produces no distinct phenotypes at the pre- and peri-implantation stages (21).
DNA methylation is clearly at play, evidenced by the distinct phenotypes of P1-wr and P1-rr ears [ 35, 36].
