br Experimental design materials and methods The

2. Experimental design, materials and methods The experiment was conducted at a rice field with long and short duration variety of BPT5204 (150 days) and IR64 (90–120 days), which normally yields 5.5 to 6.5t/ha-1 and 4.0 to 4.5t/ha-1 in 2013–2014 at rice field of Alapakkam: Latitude: 11.3600°N and Longitude: 79.4300°E and Vadalur: Latitude: 11.5573°N and Longitude: 79.5547°E, cuddalore, India. The experiment was performed in a completely randomized block design (CRBD) with five replicates and sub plot sizes of 25cmx25cm. The two strains of Acinetobacter sp. AGM3 and AGM9 were grown on a nutrient broth for one week. The 25 days old seedlings were uprooted from the nursery and the roots were dipped in the nutrient broth (10-8CFU ml-1) for one hour and transplant a row to row and a plant to plant spacing of 25cm. The Acinetobacter (1500ml; 10-8CFU ml-1) were applied once in 20 days until the flowering stage along with the irrigation. Control contained no bacterial strain (only soil). The crop was harvested manually and the growth parameters were observed with five plants from each plot were selected at random from middle of the rows for sampling and labeled. The growth parameters of rice varieties BPT5204 and IR64 such as Plant height, Leaf length, Number of tillers per hill, plant dry Deferoxamine mesylate production and 50 percent flowering. Grain maturity was taken from the labeled plants. The number of days taken from sowing to maturity stage was recorded and presented as days to maturity. The following yield components were recorded at harvest from the randomly selected plants in each field plot are Number of panicle (Productive tillers) per plant, Panicle length, Total number of grain panicle-1, Number of filled grains panicle-1, 1000 grains weight, Grain yield and Straw yield. (Tables 1 and 2).
Acknowledgements The authors gratefully acknowledge University Grant Commission, Government of India for their financial assistance to accomplish this investigation through sanctioning research grant under major research project (F.42-986/2013).
Values of the data Data The fMRI data are from an auditory word rhyming judgment task in native Chinese speaking children with or without developmental dyslexia. Children with developmental dyslexia and age-matched control children were 5th-graders in elementary school with an age range of 10–12 years old. The reading matched control children were 3rd-graders in elementary school with an age range of 8–10 years old. The fMRI data were the result of brain activation in each of the three groups of subjects. Other results from this study were published in Neuroimage [1].
Experimental design, materials and methods
Data The dataset of this article provides information on the motivational factors of health professionals (doctors and nurses) in times of economic crisis. The survey is quantitative. Table 1 shows the demographic characteristic of the sample (n=335). Tables 2–4 show the findings of the personal assessment of staff [doctors (n=118), nurses (n=217)] on motivational factors. More specifically, Table 2 contains the assessment of the degree to which this hospital provided such incentives-rewards. Table 3 contains the assessment extent of the significance level of incentives-rewards and Table 4 shows the assessment extent to which incentives-rewards over the past five years have changed (increased or decreased). Finally, we model our data using a multilevel item (package in R) response theory models. Tables 5, 6 and 7 contain the three models. Table 5 contains a model without intercept variances and no slopes. Table 7 contains a model with item wise intercept variance and no slope. Table 7 contains model with intercept variance and slope variances with hierarchical item and slope parameters.
Experimental design, materials and methods
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