data management, information management, data, big data, personal organization, organization, file management, scientific research, research, project management, data security, file naming conventions, data management plan,
26. The data timeline
1. BrilliantIdea!
2. DesignExperiment
3. Do Experiment
4. Collectdata
5. Compileand Analyze
6. Publish
7. Fame,Fortune
27. 1. BrilliantIdea!
2. Design Experiment
3. Do Experiment
4. Collect data
5. Compileand Analyze
6. Publish
7. Fame,Fortune
The data timeline:
What people think
28. The data timeline:
What Happens
Idea!
design
experiment
Compile&Cleandata
Publish
Try #2
Failure!!
#896
coffee
#896!!!!
Analyzingdata
Other
People’s
data
35. a. Storing data
b. Backing up data
c. Analyzing/manipulating data
d. Finding data produced by other researchers
e. Ensuring data are secure
f. Making data accessible to other researchers
g. Controlling access to data
h. Tracking updates to data (versioning)
i. Creating metadata (what’s metadata?)
j. Protecting intellectual property rights
k. Ensuring appropriate professional credit/citation is given
44. Collective data from experiment
Post days +: Section heart, tissues on slides, staining, images of tissues,
tracking particles on heart
Variable days: #2 Surgery: examination, high speed imaging/LVPs,
isolate heart and place it in freezer
0 day: #1 Surgery: infarct/delivery of stem cells to damaged heart tissue
-1 day: Stem cells in solution with biological suture
-2 days: Incubate stem cells with markers
45. Collective data from experiment
Post days +: Section heart, tissues on slides, staining, images of tissues,
tracking particles on heart
Variable days: #2 Surgery: examination, high speed imaging/LVPs,
isolate heart and place it in freezer
0 day: #1 Surgery: infarct/delivery of stem cells to damaged heart tissue
-1 day: Stem cells in solution with biological suture
-2 days: Incubate stem cells with markers
TIME | TYPE | USE
46. Data File Format
Images Machine dependent
Ventricular pressure
measurements
Proprietary
Home made software MATLAB or C
Histology sections Slides and images
Contextual Project, Experiment, Animal
Many different file types
47. Data File Format Name
Images
Machine
dependent
Scope_Date_Var
Ventricular
pressure
measurements
Proprietary M_Date_Var.raw
Home made
software
MATLAB or C Script_Date_Var
Histology
sections
Slides and images Anat_Date_Stain
Separate Nomenclature
48. Data File Format Name
Images (1)
Machine
dependent
E_1_Date_var
Ventricular
pressure
measurements
(2)
Proprietary E_2_Date_Var
Home made
software (3)
MATLAB or C E_3_Script_Var
Histology
sections (4)
Slides and images E_4_Date_Stain
Unified Nomenclature
49. Recommended File Formats
Type Recommended Meh
Tabular data CSV, TSV, SPSS portable Excel
Text
Plain text, HTML, RTF
PDF/A only if layout matters
Word
Media
Sound: FLAC, Ogg
Video: MP4
Sound: MP3, WAV, AIFF
Video: .mj2
Images TIFF, JPEG2000, PNG GIF, JPG, PDF
Structured data XML, RDF RDBMS
69. a. Save copies of data on a disk, USB drive, or computer
hard drive
b. Save copies of data on a local server
c. Save copies of data on a central campus server
d. Save copies of data on a web based or cloud server
e. Store data in a repository or archives
f. Automatically backup files
g. Manually generate backup
h. Restrict access to files
70. 3 | copies (you,lab,other)
2 | 2 different forms
1 | remote location
123. What types of data will be created?
Who will own / access / be responsible?
Where will data be stored during and after?
What info is necessary for my mom to get it?
127. Digital Object Identifier(DOI)
Example: 10.1371/journal.pbio.1001339
Unique resource identifier(URI)
A URI will resolve to a single location on the web
URIs for people
Repositories use Unique IDs
133. Raw Science Small publications Alt Publishing
Datasets
Code
Experimental
design
Argument or
passage
Blogging
Social Media
Comments &
Reviews
Annotations
Single figure
publications
Nanopublications
Beyond the Traditional Journal Article
136. John L Campbell, Research Ecologist, Oregon State
University, Corvallis OR
John L Campbell, Research Ecologist, Center for
Research on Ecosystem Change, Durham, NC
145. Your Data: Gummy Bear Raw Data
Haribo Gummi Bears Sugar Free 5lb Bag
Bounces Amplitude Color
15 4 blue
43 3 red
58 9 green
75 82 purple
146. Your task: Create a Figure for Nature
Figure with the following:
Image of Gummy skeleton only with belly
button annotated
Chart of springiness per color of bear
Figure legend
Methods section
147. Figure 1. A) Gummy skeleton with belly button annotated
with red arrow B) Springiness by sample color.
Methods Section: Haribo Gummi Bears (Sugar Free) were purchased from
Amazon.com (UPC: 422384500110). Gummy bears were placed in the
SpringOMatic 3000 (ICanPickleThat, Portland OR) according to the manufactures
instructions. The Gummy Anatomy (Jason Freeny) image was cropped in PPT
(Microsoft) and annotate to highlight the bellybutton.
0
2
4
6
8
10
12
14
16
blue red green purple
Springiness(bounces/length)
Sample Color
A B
Final Figure Example
149. Gummy Bear Final Data
0
2
4
6
8
10
12
14
16
blue red green purple
4 3 9 82
15 43 58 75
Springiness (Bounces/Amplitude)
15 4 blue
43 3 red
58 9 green
75 82 purple
Methods:
A schematic of a Gummi Bear was cropped to indicate where the belly button is located
(Fig. 1). At this point, raw experimental data showing the bounce, amplitude, and color
were analyzed and the springiness calculated for each color of bear. This was
accomplished by dividing the bounce by the amplitude and plotting this against bear
color.
Fig. 1
Belly button of
Haribo Sugar Free
Gummi Bear
151. Figure 1. A) Gummy skeleton with belly button annotated
with red arrow B) Springiness by sample color.
Methods Section: Haribo Gummi Bears (Sugar Free) were
purchased from Amazon.com (UPC: 422384500110).
Gummy bears were placed in the SpringOMatic 3000
(ICanPickleThat, Portland OR) according to the
manufactures instructions.
Gummy Bear Final Data
0
2
4
6
8
10
12
14
16
blue red green purple
Springiness(bounces/length)
Sample Color
A B
B
153. 0
2
4
6
8
10
12
14
16
purple blue green red
Figure 1: Haribo Gummi Bear (Ursus gummius
hariboensis) springiness as a measure of
bounces/amplitude, by color (n = 1).
Springiness(Bounces/Amplitude)
Figure 2: Schematic depiction of
Haribo Gummi Bear umbilical
skeletal anatomy.
Methods & Materials
Gummi Bears were obtained through Amazon in 3 kg bags. Lot and temperature during transport
data were not made available. Bears were housed in a plastic bowl in accordance with IACUC
policy and national standards for gummi bear care. They were housed at room temperature on a
natural light cycle.
Food and water were provided ad libitum (consumption was not monitored)
Each bear was sampled only once to reduce costs
154. Methods & Materials
• Gummi Bears were obtained through Amazon in 3 kg bags. Lot and
temperature during transport data were not made available. Bears were
housed in a plastic bowl in accordance with IACUC policy and national
standards for gummi bear care. They were housed at room temperature
on a natural light cycle.
• Food and water were provided ad libitum (consumption was not
monitored)
• Each bear was sampled only once to reduce costs
157. Methods:
Insert the sample of interest, specifically a colored
gummy bear (Haribo, Japan). Position the probe
above the sample. Press "Tickle" and the
SpringOMatic (ICanPickleThat, Portland) will poke
the belly button a standard depth of 1 cm. Record
the number of bounces and the amplitude of the
largest bounce in cm. From these values, the
springiness can be calculated (bounce/amplitude).