1
Transforming growth factors-beta are potent regulators of cellular proliferation, differentiation and morphogenesis.
2
The autophagy-mediated secreted factors may stimulate cellular proliferation via auto- and paracrine signaling.
3
Oncogenic signals induce cellular proliferation by deregulating the cell division cycle.
4
This suggests that CAGE might play a role in cellular proliferation.
5
Uncontrolled cellular proliferation is the hallmark of human malignant brain tumors.
6
Increased choline levels are often associated with increased cellular proliferation.
7
Introduction: The MAPK pathway is essential for regulation of cellular proliferation, differentiation and survival.
8
Moreover, leptin had an inhibitory effect on apoptosis while promoted cellular proliferation and angiogenesis.
9
The relationship between induction of nuclear proto-oncogenes and cellular proliferation is not fully understood.
10
HA increases cellular proliferation, delays differentiation and increases cellular motion.
11
However, cellular proliferation and number were greater for gamma irradiated films compared to EtOH soaked.
12
Regulation of the rate of protein synthesis is important in the control of cellular proliferation.
13
Further, changes in amino acid and one-carbon metabolism support cellular proliferation despite MAPK inhibitor treatment.
14
There were multiple areas of preretinal cellular proliferation and a few small areas of retinoschisis.
15
Sorafenib is a multikinase inhibitor that targets signaling pathways necessary for cellular proliferation and survival.
16
Effects on cellular proliferation were investigated after activating and blocking androgen signaling in tissue culture.
