Drawing Scientific Figures Flashcards

(22 cards)

1
Q

Why is it important to draw scientific figures?

A

To convey detail without using valuable word count, account for differences in learning, and convey information quickly.

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2
Q

What is a Graphical Abstract?

A

A single image that summarises the ‘story’ of a piece of work, including aim, method, results, and conclusion.

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3
Q

What is the purpose of an Introductory figure?

A

To provide an overview of what is currently known in the field, often found in introduction sections.

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4
Q

What type of information does a Methods figure summarize?

A

The methodology used in a research project or study, often including layouts and protocols.

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5
Q

What does a Discussion figure represent?

A

It summarises findings from a paper in context with what is already known, proposing new pathways or mechanisms.

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6
Q

Fill in the blank: A picture is worth a _______.

A

[thousand words]

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7
Q

What are the main components of a Results figure?

A

Findings, data analysis, and often visual representations such as graphs or images.

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8
Q

What does the asterisk (*) indicate in a figure legend?

A

A significant difference (P < .05) as determined by statistical tests.

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9
Q

What platforms can be used for creating scientific figures?

A
  • Biorender
  • Inkscape
  • The Noun Project
  • GraphPad Prism
  • GIMP
  • ImageJ
  • SPSS/Minitab
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10
Q

What should be included in a figure legend?

A
  • Figure number
  • Figure title
  • Methods used (very brief)
  • Samples analysed
  • Number of repeats (n number)
  • Error bars definition
  • Statistical test(s) used
  • Definition of p-values
  • All abbreviations defined
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11
Q

True or False: Figures should only be used for aesthetic purposes.

A

False

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12
Q

What is the correct way to label graph axes?

A

Ensure they are labelled correctly and units, scale are clear and correct.

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13
Q

What is the aim of the experimental design mentioned?

A

To determine the effect of fibroblast growth factor (FGF) on expression of cyclin D1 in vascular smooth muscle cells (VSMCs).

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14
Q

Fill in the blank: Cyclin D1 was detected by _______.

A

[western blotting]

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15
Q

What is the significance of defining p-values in legends?

A

To provide context for the statistical significance of the results.

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16
Q

What are the general do’s when creating scientific figures?

A
  • Use figures
  • Refer to all figures in text
  • Define all abbreviations
  • Ensure figure and legend are standalone
  • Use existing figures professionally
17
Q

What should you avoid when creating scientific figures?

A
  • Inserting irrelevant figures
  • Hiding information in figure legends
  • Plagiarizing others’ work
  • Using the same figure more than once
18
Q

What is a key characteristic of a Methods figure?

A

It can illustrate a dosing protocol or a flow diagram for meta-analysis studies.

19
Q

What does ‘n = 4’ indicate in the context of experimental design?

A

The experiment was repeated four times.

20
Q

What do the terms azacitidine and decitabine refer to?

A

Nucleoside analogs that integrate into RNA and DNA.

21
Q

What is the role of cytidine deaminase (CDA) in the context of azacitidine?

A

It deaminates monophosphate analogs into uridine analogs.

22
Q

What is the purpose of a meta-flowchart in a Methods figure?

A

To outline the statistical meta-analysis methodology.