Sentence examples for analyses of the maize from inspiring English sources

The proximate analyses of the maize husk used for this study is presented in Table 1.

Table 1 The proximate analyses of the maize husk used for this study is presented Parameters  % Composition of corn shaft Moisture content 5.2 Crude protein 4.8 Ash contents 10.1 Crude fibre 1.05 Carbohydrate 56.47 Fat contents 22.38.

After series analyses above of the maize genome and FLcDNA data, we integrated the comprehensive annotation into ProFITS (see flowchart, Figure 1).

The LC-MS analyses of two maize inbred lines demonstrated that 5-methyltetrahydrofolate was the major form of folate derivative in young seeds, while 5-formyltetrahydrofolate in mature seeds.

In subsequent analyses, one of the "missing" maize genes was found to be located in the adh1-homoeologous region of maize [40].

An advantage in functional analyses of maize and rice TFs is the availability of the Ds, FOX, and T-DNA insertion mutant resources for a number of maize and rice TFs.

Although it was apparent that there are genetic differences in plant properties that influence feedstock digestibility, several analyses of sorghum, maize, and alfalfa lignin mutants revealed genotype × chemical pre-treatment interaction effects.

Overall, these analyses show that the maize genome encodes at least two multigene families of SUN-domain proteins.

As an example, the annotation of the maize sequence analysed here is given in Additional file 3, and its data fields are described in Additional file 4. A copy of the input R EPEATM ASKER annotation is also output, with the original "ID" column replaced with identifiers of defragmented elements in the main RE ANNOTATE annotation file.

Further analyses of the large-scale MF data in maize and sorghum also provided insights into the biology of transposable element methylation and activity [ 23- 25].

Recently, genome-wide structural and evolutionary analyses of the GRF gene families in Arabidopsis, rice, and maize have been reported.