
Adult Stem Cells and Regeneration Part 1 of 6
21,675 views (2012-02-03)Upload date: 2007-04-16, 23:15:59 PDT⏱ 9:51👍 33 · 👎 2★ 4.82 (22)Howto & Style
Status on YouTube
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In the archive: 2007-04-24 – 2017-05-26.
Sources: Common Crawl 2009-2010, 2012, 2013-20, 2013-48, 2014-10, 2014-15, 2014-23, 2014-41, 2015-11, 2015-14, 2015-18, 2015-22, 2015-27, 2015-32, 2015-35, 2015-40, 2015-48, 2016-07, 2017-22 · YouTube statistics 2007–2008 (SFU) · Web Archive – pages captured in 2007 · Web Archive – pages captured in 2009 · Web Archive – pages captured in 2010 · Web Archive – thumbnails of 2005–2007 · YouTube API 2009–2010 (ArchiveTeam crawl)
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Sources: Common Crawl 2009-2010, 2012, 2013-20, 2013-48, 2014-10, 2014-15, 2014-23, 2014-41, 2015-11, 2015-14, 2015-18, 2015-22, 2015-27, 2015-32, 2015-35, 2015-40, 2015-48, 2016-07, 2017-22 · YouTube statistics 2007–2008 (SFU) · Web Archive – pages captured in 2007 · Web Archive – pages captured in 2009 · Web Archive – pages captured in 2010 · Web Archive – thumbnails of 2005–2007 · YouTube API 2009–2010 (ArchiveTeam crawl)
Download the statistics: CSV · JSON
Appeared on
Listed 164 times in captured pages, on 106 different lists (suggested videos, channels, playlists…). Earliest first:
- Suggested next to: Celulas Madre Parte 1 · capture of 2007-04-24 · nearest Wayback copy
- Suggested next to: Stem Cell Research: Fetal Rights Now (vlog80) · capture of 2007-04-24 · nearest Wayback copy
- Suggested next to: Embryonic Stem Cells and Disease Part 3 of 6 · capture of 2007-04-28 · nearest Wayback copy
- Suggested next to: AHEAD: Animal Health for the Environment And Development · capture of 2007-04-28 · nearest Wayback copy
- Suggested next to: Adult Stem Cells and Regeneration Part 2 of 6 · capture of 2007-04-28 · nearest Wayback copy
- Suggested next to: Embryonic Stem Cells and Disease Part 6 of 6 · capture of 2007-04-28 · nearest Wayback copy
- Suggested next to: Adult Stem Cells (Part 3) · capture of 2007-04-28 · nearest Wayback copy
- Suggested next to: Stem Cells and the End of Aging Part 4 of 6 · capture of 2007-04-28 · nearest Wayback copy
- Suggested next to: Embryonic Stem Cells and Disease Part 1 of 6 · capture of 2007-04-28 · nearest Wayback copy
- Suggested next to: Adult Stem Cells and Regeneration Part 6 of 6 · capture of 2007-04-28 · nearest Wayback copy
Description
This lecture by Dr. Nadia Rosenthal discusses the importance of adult stem cells in the tissue maintenance, development and regeneration. Part 1 of 6.
HHMI description:
Mature organisms have stem cells of various sorts, called adult stem cells. Adult stem cells supply cells that compensate for the loss of cells from normal cell death and turnover, such as the ever-dying cells of our skin, our blood, and the lining of our gut. They are also an essential source of cells for healing and regeneration in response to injury. Some animals, such as sea stars, newts, and flatworms, are capable of dramatic feats of regeneration, producing replacement limbs, eyes, or most of a body. It is an evolutionary puzzle why mammals have more limited powers of regeneration.
Researchers are interested in pinpointing where adult stem cells reside and in understanding how flexible adult stem cells are in their ability to produce divergent cells such as muscle and red blood cells. Understanding the sources and the rules for the differentiation of adult stem cells is essential for tapping their therapeutic potential. Since consenting adults can provide adult stem cells, some people think that adult stem cells may be a less controversial area of research than embryonic stem cells.
HHMI description:
Mature organisms have stem cells of various sorts, called adult stem cells. Adult stem cells supply cells that compensate for the loss of cells from normal cell death and turnover, such as the ever-dying cells of our skin, our blood, and the lining of our gut. They are also an essential source of cells for healing and regeneration in response to injury. Some animals, such as sea stars, newts, and flatworms, are capable of dramatic feats of regeneration, producing replacement limbs, eyes, or most of a body. It is an evolutionary puzzle why mammals have more limited powers of regeneration.
Researchers are interested in pinpointing where adult stem cells reside and in understanding how flexible adult stem cells are in their ability to produce divergent cells such as muscle and red blood cells. Understanding the sources and the rules for the differentiation of adult stem cells is essential for tapping their therapeutic potential. Since consenting adults can provide adult stem cells, some people think that adult stem cells may be a less controversial area of research than embryonic stem cells.
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Captures with a view count: 69 (the watch page and the lists that showed the video).
Archive captures (3)
| Captured | Source | Captured URL | Original | Status | Views | Likes / dislikes |
|---|---|---|---|---|---|---|
| 2012-02-03 | CC 2012 | youtube.com/watch?v=HsZcdAzD9yM | available | 21,675 | 33 / 2 | |
| 2009-08-06 | YouTube API 2009–2010 (ArchiveTeam crawl) | available | 11,660 | |||
| 2007-04-28 | YouTube statistics 2007–2008 (SFU) | available | 189 |
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