| Chapter |
Description |
Position |
| 1 |
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Opening remarks - Dr. Larry Tabak, NIH, Dr. Michael Gottesman, NIH |
0:00:05
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| 2 |
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Session 1: High-resolution imaging - Jennifer Lippincott-Schwartz, NICHD, NIH, Harald Hess, Janelia Farm, HHMI |
0:09:16
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| 3 |
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Session 2: Cell-based FRET - Steve Vogel, NIAAA, NIH, Anne Kenworthy, Vanderbilt University |
1:12:32
|
| 4 |
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Session 3: FACS - Mario Roederer, VRC, NIAID, NIH, Raphael Gottardo, Fred Hutchinson Cancer Research Center |
2:07:47
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| 5 |
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Session 4: Fluorescence imaging and immunoblotting - Ken Yamada, NIDCR, NIH, Liz Williams, Journal of Cell Biology |
2:59:00
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| 6 |
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Session 5: Cell-based models - Sandy Morse, NIAID, NIH, Yvonne Reid and John Pulliam, ATCC |
3:54:13
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| 7 |
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Panel Discussion: Data integrity and reproducibility in scientific literature, Veronique Kiermer, NPG, Liz Williams, JCB, David Drubin, Mol Biol Cell, Daniel Wainstock, Dev Cell |
4:56:06
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| 8 |
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Closing remarks - Dr. Michael Gottesman, NIH |
5:48:02
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| Air date: |
Monday, November 24, 2014,
8:30:00 AM
Time displayed is Eastern Time, Washington DC Local
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| Views: |
Total views: 1179, (342 Live, 837 On-demand)
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| Category: |
Conferences |
| Runtime: |
05:57:14
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| Description: |
This is the first of three workshops sponsored
by the NIH Office of the Director
on the important topic of reproducibility,
the subject of recent editorials in leading
scientific journals.
The purpose of these workshops is to educate the NIH intramural research community about what advanced technologies can accomplish and the kinds of reproducibility problems that can arise; provide a cautionary note to scientists who hope to use but are inexperienced with various new modeling techniques; and educate others who are attempting to interpret results in the literature.
We have invited several world-class scientists who will speak about important technologies in cell biology. In addition, we have assembled a panel of editors from five scientific journals covering cell biology to discuss issues with data reproducibility in the scientific literature.
For more information, visit
http://wals.od.nih.gov/reproducibility
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