1 tion and the signal-to-noise ratio, to assay RTF and individually pooled CTF and OTF samples for 80 c

2 xclusively: 1) 12 mg Fe/L processed in cans (RTF-12), 2) formula in glass bottles with 12 mg Fe/L and

3 fferent from, that of two well characterized RTF IEGs (c-fos and zif268) after learning.

4 ament (seven actins), whereas with E59D/D75Y RTFs, the number of binding sites was reduced by approxi

5 asses: (1) regulatory transcription factors (RTFs), which can broadly influence cell function dependi

6 aluate the effects of feeding ready-to-feed (RTF) formulas exposed to different heat treatments to in

7 ition from a room temperature ferromagnetic (RTF) to a superparamagnetic material.

8  troponin complex, regulated thin filaments (RTF), and the Ca(2+) sensitivity of contraction and ATPa

9 tase activity in infants fed canned formula (RTF-12).

10 e-separated domains were responsible for the RTF properties of the nanostructured BCP materials.

11 lobin values were significantly lower in the RTF-12 group than in all other groups at ages 4 and 5 mo

12 and 5 mo and serum ferritin was lower in the RTF-12 group than in the STP-12 group at age 5 mo.

13 iometry of myosin subfragment-1 (S-1) to the RTF.

14                              Using wild type RTFs, 4.8 mol S-1 was bound per mol filament (seven acti