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R of SPS EPR MA-g-SEBS is found to be smaller than that of SPS EPR, which indicates that MA-g-SEBS acts as a compatibilizer. MA-g-EB chains are adsorbed on the surface of EPR and

R output showing the variance retained in each successive principal component of the PCA

R p-C H -Boc MCjSiNj, BFj OEt2, Et20

R p-dimethylaminophenyl, R p-tolyl

R Platelet in individual platelets adhering to polymer surfaces. HSB data were statistically confirmed to be different from PSt loaded in platelets when they are excited at 340 nm and 380 nm. Reproduced from J Biomed Mater Res Ref 84

R Proposed pathway of biosynthesis of the aminosugar moieties of polyene macrolide antibiotics.

R pu2 versus Re for spherical particles

R puz versus Re for spherical particles from equations 3.9 . The enlarged section covers the range of Re from 50 to 105

R R2 OH. OAlk, Aik, Ar Dess-Martin oxidation in CH2CI2

R reseutation of a very long chain filling the space between two parallel walls, forming loops, bridges tnd trains of variable length. The slab width is in this case L 12. All the beads in contact with a wall arc irreversibly bonded to it, after reaching configurational equilibrium.

R rhBu, f-Bu, 7-hexyl, n-decyl

R Rowinski, R. Bilewicz, M.J. Stebe and E. Rogalska, A concept for immobilizing catalytic complexes on electrodes

R Rowinski, R. Bilowicz, M.J. Stebe and E. Rogalska. A concept for immobilizing catalytic complexes on electrodes

R S amplitude ratio by age in lead aVF, each curve corresponding to the indicated percentile level . The R waves in aVF stay dominant through birth to adolescence. The R S ratio increases substantially after age 6-12 months until adolescence.

R S amplitude ratio by age in lead aVL, each curve corresponding to the indicated percentile level . The R S ratio of aVL is small after birth until age 7-30 days, then increases typically with increasing age.

R S amplitude ratio by age in lead aVR, each curve corresponding to the indicated percentile level . Dominant R waves are registered in aVR from birth until age 3-6 months. The R S ratio stays little changed thereafter until adolescence.

R S amplitude ratio by age in lead I, each curve corresponding to the indicated percentile level . R S amplitude ratio of lead I Is small from birth to age 7-30 days. From that age on, the ratio Increases steadily and gradually with dominant R waves until adolescence.

R S amplitude ratio by age in lead II, each curve corresponding to the indicated percentile level . The R S ratio in II decreases slightly after birth, followed by gradual and steady Increase from age 1-3 days and thereafter until adolescence.

R S amplitude ratio by age in lead III, each curve corresponding to the Indicated percentile level . Dominant R waves are registered in lead III throughout the pediatric ages.

R S amplitude ratio by age in lead V2, each curve corresponding to the indicated percentile level . R S amplitude ratio registered in V2 changes little during the entire pediatric age. R wave deflections are always dominant.

R S amplitude ratio by age in lead V3, each curve corresponding to the indicated percentile level . R S amplitude ratio remains unchanged during infancy. It starts to Increase by age 1 year and forward, followed by a decrease after age 6-9 years.

R S amplitude ratio by age in lead V4, each curve corresponding to the indicated percentile level . R S amplitude ratio in V4 stays unchanged after birth until age 7-30 days. From that age forward. It Increases steadily until adolescence.

R S amplitude ratio by age in lead V5, each curve corresponding to the indicated percentile level . R S amplitude ratio in V5 stays little changed after birth. It starts to increase from 7-30 days of age until age 13-18 years.

R S amplitude ratio by age in lead V6, each curve corresponding to the indicated percentile level . The progress of R S amplitude ratio in lead V6 Is striking. The ratio stays little changed after birth, then Increases from age 1 month, then continues to Increase forward until age 13-18 years.

R S amplitude ratio by age in lead VI, each curve corresponding to the indicated percentile level . R S amplitude ratio in VI reflects the structural changes of the heart occurring from birth to adolescence. The ratio Increases slightly after birth, then decreases strikingly throughout Infancy, childhood and adolescence.



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