Based on this information, one would predict that attempts to treat patients to target, especially when aiming for ambitious A1C targets, will generally fail unless PPG is controlled.
In fact, one would predict that cross talk would occur.
Eventually, however, one would predict that enough BAX would accumulate in these cells that the apoptotic pathway could be activated.
A priori, one would predict that APOBEC3B status would not impact cancer incidence because at least one upstream event is needed to elevate APOBEC3B expression [ 17].
Intuitively, since SAA is generally considered pro-inflammatory [ 12- 14, 36], one would predict that lack of SAA would result in less severe DSS colitis.
Applying this theory to induced tolerance, one would predict that induced tolerance would be more likely in populations that are not consistently exposed to insecticides, whereas constitutive tolerance would be more likely in populations that are consistently exposed to insecticides.
Based on this, one would predict that treatment with Rapamycin, which inhibits TOR signaling could reverse the large bouton morphology of VAP(P58S) expressing neurons.
Based on these studies, one would predict that DEK protein might be associated with the development of bladder cancer.
On the basis of the aforementioned findings, one would predict that restoration of circulating IGF‐1 levels in aging would positively impact astrocyte function, improving gliovascular coupling.
Since human RPA1 stability is dependent on RPA2 (Haring et al. 2010), one would predict that if yeast Rfa2 were reduced, a similar reduction in Rfa1 might also occur.
The modelling makes sense as one would predict that the multiple negative charges on the suramin-based antagonists are likely to be coordinated by multiple positive charges.
