Although chromium removal with calcium polysulfide (CaS5) from drinking waters has been investigated somewhat, its removal from ion-exchange brines has not been evaluated to date.
Discrepancies are that most previous studies investigated somewhat older data, and that weight was assessed early in the first trimester instead of pre-pregnancy weight in the present study.
Most genes did not display a desired dose response correlation associated with usable biomarkers, but did support responses within the suite of genes investigated, somewhat validating their use within a broader biomarker approach.
The choice of hydrologic model structure and complexity, and the choice of emissions scenario, has been investigated and somewhat resolved; however, recharge results remain sensitive to downscaling methods.
Studies in primates [7], [16], [17], [18], [19], [21], [30] and other mammals [31], [32], [33] have investigated areas somewhat beyond the auditory core, and defined multiple cochleotopic maps in the auditory belt.
The three crater lakes investigated show somewhat different patterns.
The evaluation of the four body systems investigated was somewhat limited by the few number of observations within each system.
Abramson, Alloy, and colleagues have investigated a somewhat different cognitive diathesis negative inferential style (e.g., Alloy et al. 2006).
Of these, loss of PTEN function, either through mutation or loss of expression, has been the most extensively investigated with somewhat conflicting results about its relevancy.
The kinetics of both the enzymes investigated differ somewhat from those reported by Deng et al., and the authors should account for these differences, particularly in the K m values for SAM.
On the other hand, SF have been investigated in somewhat greater detail and seem to be generated by SNA bursts of 637 ± 37 ms duration (Macefield and Wallin, 1996), although from the figures in this and other papers (Ogawa and Sugenoya, 1993; Nishiyama et al., 2001) it seems that the burst duration can extend up to 1.5 2 s.
