Sentence examples for normal root from inspiring English sources

The normal root mean square deviation on model predictions is significantly lower when using reconciled values for model calibration.

Seeds were sown directly in the soil to facilitate normal root development, and pots watered every 2 3 days to simulate "upland" growth conditions in a greenhouse.

The authors hypothesized that there might be a mechanism whereby the immature teeth with open apexes protects the younger roots against resorption during orthodontic treatment and allows them to reach the normal root length when compared to untreated controls.

Of 148 F2 seedlings, 43 seedlings showed Al resistance (RRE > 65%%) and short root phenotype in the absence of Al (Fig. 6a), whereas the remaining 105 seedlings with normal root elongation were intolerant to Al (RRE ≤ 65%%).

In order to evaluate the day by day performance of these models, a statistical analysis was performed by using several statistical indicators of mean absolute bias error, root mean square error, normal root mean square error, test statistic, standard deviation and coefficient of determination.

The genotypes of each recombinant were estimated to be Hwc2-1/Hwc2-1 Hwc2-1/Hwc2-1 Hwc2-1/Hwc2-1 ifhibition of root elongallon (usually less thybridcm), hwc2-2/hwc2-2 if they showed normal root elongation (usually more than 5 cm), and Hwc2-1/hwc2-2 if hybrid plants showedated.

Masaki Shimono, a dental scientist at Tokyo Dental College in Chiba, says the formation of normal roots is apparently a first, "though many studies succeeded in forming tooth crowns".

Three different active compounds (gentiopicroside, swertiamarin and loganic acid) were measured from the normal roots grown in greenhouse (2 months old) and from the two different perennial Gentiana dried herbs available in the market (Herb no. 1 and 2).

Normal roots (not cluster roots) were used for RNA extractions and protein analysis.

Considerable differences in qualitative and quantitative profiles of phytochemicals between transformed roots and normal roots of soil-grown plants of R. carthamoides (SR) were observed.

When the normal roots are flooded and lose contact with the atmosphere, they commonly die due to the anoxic conditions that prevail in flooded soil (Ponnamperuma 1984).