EDITING SCIENTIFIC MANUSCRIPTS SOFTWARE

Securing scholarships and research grants also rely heavily on the success of a manuscript’s successful publication and high citation rates.įor students, compelling, concise, and accurate writing and structure can significantly improve the chances of a manuscript being accepted and published. Publication of your scientific manuscript is highly respected and is essential for those individuals wishing to advance their career prospects and secure high paying roles. Nevertheless, the poorly structured research and analysis and a poorly written manuscript will not pass the high-standards of many journals. This quick check can avoid your manuscript being immediately returned to you due to a “technical failure.” Many journals have specific limits on figure text size.An unknown amount of research and analysis is invested into each scientific manuscript. ěefore submission, print out your paper to confirm that none of your figure labels are too small.If you are including a figure that has already been published, acknowledge the source.Instead, use the text to focus on the significance or key points of the data displayed in your figures. ĝo not repeat the contents of your figures within the main text.

EDITING SCIENTIFIC MANUSCRIPTS SOFTWARE

Invest in learning software that uses vector graphics, such as (but not limited to) Adobe Illustrator.

It is best to develop figures in a vector format so that they can be resized by your target journal.

Make sure to reference all your figures in the main text.

In many fields it is customary to end with a “summary figure” of your results and how your data compares to other related data/publications.

This way you can save text (the message is already in your figure!), have a graphic to reference while writing, and organize your thoughts ahead of the writing process.

It is a good idea to make your figures before writing your manuscript.

The figure caption should make it possible for your reader to interpret and understand the significance of the figure without referring to the main text. Each figure in your manuscript should be self-explanatory and understood independent of the text.ġ1. If the explanation is not on the figure or in its caption, then the explanation must be in the main text. Make sure that every element of the figure is fully explained. Write clear, informative titles for your figures, and label any axes, panels, and legend components.ġ0. Present values and details consistently in your figures, as well as in your tables and text (e.g., abbreviations, acronyms, treatment names). Avoid all unnecessary or confusing visual elements such as too many colors and labels, useless grid lines, and gratuitously colored backgrounds.ĩ. Use color when it enhances your graphic (especially since most articles are now read online), but make sure that no information is lost when the figure is printed in grayscale.Ĩ. Use the simplest type of plots that convey your data accurately, and only include relevant labels and values.ħ.

A scientific figure should illustrate your data as objectively as possible to not mislead the reader. Present your data as objectively as possible. If error bars are present, explain what they represent.Ħ. For example, if any data points are removed, you must explain why. When plotting data, it is best to place all four components of the data in the figure. Each piece of data has a description, a number, a unit, and an uncertainty. If you are unsure of the best tool to use, ask your colleagues, advisors or mentors, or refer to the methods sections and figures in papers within your research field.ĥ. Depending on the type of visual you are trying to create, there is often a dedicated or commonly used tool that will do exactly what you want to achieve.

Specifically, what is the underlying message of the figure and what type of plot/graph can best express your data? Once you identify the reasoning for a figure, it serves as a guide for the figure’s design.Ĥ.

Identify the role of each figure in your manuscript. For example, student audiences may require extra information to fully explain a concept compared with established scientists.ģ. Make sure that your figure correctly displays the data and conveys all the relevant information to the appropriate audience.

Most journals provide information on the number of tables and figures you can include, numbering style, titles, image resolution, and file formats, among other specifications.Ģ. Read your target journal’s instructions for figures closely.

Editing scientific manuscripts