The phrase "analysis of a sugarcane" is correct and usable in written English.
It can be used in contexts related to agricultural studies, food science, or economic assessments of sugarcane production.
Example: "The analysis of a sugarcane sample revealed high levels of sucrose, indicating its potential for sugar production."
Alternatives: "examination of sugarcane" or "study of sugarcane".
Recently, Papini-Terzi et al. [ 9] compared the results of a microarray-based expression analysis of 30 sugarcane genotypes with variation in sugar content (measured as Brix) with that of an earlier study [ 10] of signal transduction-related gene expression under water deficit and treatment with the stress-related hormone abscisic acid (ABA).
The combined analysis of the sugarcane EST data bank, by means of an in depth annotation and gene architecture analysis, generated the SUCAST catalogue with over 3,500 members including around 100 SAS for hormone biosynthesis and around 600 SAS with no similarities to known proteins, which were selected due to our interest in associating function to new genes.
Furthermore, we do not attribute any LUC GHG emissions to SS ethanol, whereas our analysis of sugarcane ethanol used a value of 16 g CO2e/MJ based on literature estimates.
Chemical analysis of the sugarcane bagasse was determined using standard methods.
Chemical analysis of the sugarcane bagasse after comminution showed that total available carbohydrate before pretreatment was 70.3 ± 1.9.
The results for analysis of fourteen sugarcane juices samples demonstrated that the nutrients Ca, Cu, Fe, K and Mg have average contents of 108, 0.506, 6.40, 470 and 114 mg L−1, respectively.
In this study, an MT2 gene, termed ScMT2-1-3, was successfully isolated based on large sequencing and bioinformatics analysis of the sugarcane stem full-length cDNA library.
Analysis of the sugarcane Tentative Consensus (TC) EST assembly discovered 776 new miRNAs candidates targets that had versatile functional annotation and 336 were of unknown function.
This result was obtained using Southern hybridization and was also subsequently achieved through BLAST analysis of the sugarcane rpl23′ sequence to the perennial ryegrass and tall fescue plastome sequences (Morris and Duvall 2010).
