Keep in mind that if you follow even some of the tasks and suggestions below, you will certainly produce a much better term paper than you would have without any research plan at all.
You will often be asked to write research papers throughout school. These papers are academic and require you to gain knowledge on a topic or subject. You will then formulate a point of view on the topic which you can argue and support through your research with sources, statistics, data, and examples. Most often, you will have to format your paper for the MLA standards. However, some papers which are more scientific and data heavy require an APA formatting. Both styles have some similarities when it comes to the actual typing of the paper. These similarities include 1-inch margins on all sides, page numbers, double-spacing, and 12-point font.
Some students draw their topics on a large piece of paper and draw in the connections -- if you're writing about a particular debate, create a two-column chart and list the key arguments for each side under a heading.
This glossary provides definitions of many of the terms used in the guides to conducting qualitative and quantitative research. The definitions were developed by members of the research methods seminar (E600) taught by Mike Palmquist in the 1990s and 2000s.
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Plasma UPLC-ToFMS metabolomics. Unlike DNA or RNA, no universal indicator of “quality” can be defined for the metabolome, where each molecule detected exhibits a different stability profile. Hence the impact of collection and storage conditions on the metabolomic profile is difficult to define comprehensively. Using multivariate analysis we could detect no significant influence of storage temperature or length of cold storage in the biobank within the storage period examined. Although good quality data were obtained for all anticoagulants used, the metabolomic profiles were strongly influenced by the anticoagulant employed. From a technical perspective, heparin is preferable over citrate or EDTA, which can reduce column lifetime and increase ion suppression. Bench time affected only a minor fraction of the profile, but with substantial changes occurring beyond 4 hr. Other studies using nuclear magnetic resonance spectroscopy () and gas chromatography–mass spectrometry () have shown that plasma samples are stable at 4oC for up to 24 hr. While we consider our findings to be broadly consistent with other reports (; ), some researchers have reported more robust features using UPLC-QTOF-MS analysis of serum [for example, reported 83.9 ± 3.1% of peaks with an RSD