The extent of faculty involvement in institutional decision making tendsto vary among institutional types

Finally, and for the encouragement of people troubled with accents that cut them off from all high employment,

But if the play makes the public aware that there are such people as phoneticians, and that they are among the most important people in England at present, it will serve its turn.

Pygmalion needs, not a preface, but a sequel,

THEMOTHER.Howdoyouknowthatmyson'snameisFreddy,prayrTHEFLOWE

Cabwhistlesblowijigfranticallyinalldirections.Pedes-triansrunningforshelterintothemarketandundertheporticoofSt.Paul'sChurch,wheretherearealreadyseveralpeople,

CoventGardenat11.15p.m.Torrentsofheavysummerrain

Pygmalion:aRomanceinFiveActs:byBernardShaw

Pygmalion:aRomanceinFiveActs:byBernardShaw

Up-regulation of glycolysis is proposed to endow cancer cells withseveral selective advantages, in particular the incorporation ofnutrients into biomass to sustain high rates of proliferation (2,3). Deregulation of certain cancer-related genes has been linkedto the acquisition of the glycolytic phenotype (4). The phospha-tase and tensin homolog, PTEN,2is a tumor suppressor mostwell known for its ability to oppose the PI3K/Akt signalingpathway through the dephosphorylation of phosphatidylino

This has beentraditionally attributed to the hyperactivation of PI3K/Akt sig-naling that results from PTEN loss. Here, we propose a novelmechanism whereby the loss of PTEN negatively affects theactivity of the E3 ligase APC/C-Cdh1, resulting in the stabiliza-tion of the enzyme PFKFB3 and increased synthesis of its prod-uct fructose 2,6-bisphosphate (F2,6P2)

Unlike normal differentiated cells, tumor cells metabolizeglucose via glycolysis under aerobic conditions, a hallmark ofcancer known as the Warburg effect

Our results suggest animportant role for F2,6P2in the metabolic reprogramming ofPTEN-deficient cells that has important consequences forcell proliferation.