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Storer Lectureship feat. Allan Spradling, Carnegie Institution | February 18, 2010
The Tracy and Ruth Storer Lectureship in the Life Sciences Presents “Analyzing Stem Cells Within Intact Drosophila Tissues"
About the series: The Tracy and Ruth Storer Lectureship in the Life Sciences was established in 1960, to invite distinguished biological scientists to campus to present lectures and meet with faculty members and graduate students in their field of interest. Past Storer Lectures have included Nobel laureates, members of the National Academy of Science and acclaimed authors in medicine and the life sciences.
published: 19 Aug 2023
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Transposon site-specificity and genome evolution - Allan Spradling
June 20-21, 2012 - Genomics of model organisms and human biology: Insights from the modENCODE Project
More: http://www.genome.gov/27549319
published: 28 Jun 2012
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CSHL Keynote; Dr. Allan Spradling, Carnegie Institution for Science
"The conserved program of germ cell formation in animals" from the Germ Cells meeting 9/29/2020
Attend a CSHL meeting: http://bit.ly/cshlmtg
Train at a CSHL course: http://bit.ly/cshlcourses
Subscribe to receive new video notifications: http://bit.ly/2aVrXaM
CONNECT WITH US
Blog: http://bit.ly/cshlcxblog
Tweets about our meetings: http://bit.ly/cshlmctwitter
Tweets about our courses: http://bit.ly/cshlctwitter
Instagram: http://bit.ly/cshlmcinsta
Facebook: http://bit.ly/cshlmcfb
Website: http://bit.ly/cshlmtgcrs
published: 04 Oct 2020
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Spradling inspiring leadership
Spradling inspiring leadership
published: 07 May 2015
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Autism Linked to Egg Cells’ Difficulty Creating Large Proteins // Allan Spradling & Ethan Greenblatt
New work from Carnegie’s Ethan Greenblatt and Allan Spradling reveals that the genetic factors underlying fragile X syndrome, and potentially other autism-related disorders, stem from defects in the cell’s ability to create unusually large protein structures. // More ↓
Read more: https://carnegiescience.edu/news/autism-linked-egg-cells%E2%80%99-difficulty-creating-large-proteins
––––––––––
The Carnegie Institution for Science, Department of Embryology
Visit: https://emb.carnegiescience.edu/
Twitter: https://twitter.com/CarnegieDevBio
Carnegie's Department of Embryology has become recognized worldwide as one of the premier research centers in cellular, developmental, and genetic biology. The department has a unique atmosphere and research style that have allowed a small enterprise to h...
published: 16 Aug 2018
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Yale's Lynn Cooley on the influence of Carnegie Embryology & Allan Spradling // Interview
We caught up with former Carnegie Embryology postdoctoral associate Lynn Cooley (1985–1988) at Allan Fest, a two-day symposium in honor of Carnegie scientist Allan Spradling's 70th birthday, his 40-years of science at the Department of Embryology, and his influence on the greater scientific community.
Dr. Cooley, now Dean of Yale's Graduate School of Arts and Sciences and Professor of Genetics, spoke about her time at the Department, the lasting impact of Allan Spradling, and what it means to do "Carnegie-style" science.
––––––––––
The Carnegie Institution for Science, Department of Embryology
Visit: https://emb.carnegiescience.edu/
Twitter: https://twitter.com/CarnegieDevBio
Carnegie's Department of Embryology has become recognized worldwide as one of the premier research centers in...
published: 01 Jul 2019
-
Why Are Some Cells More Cancer Prone?
Cells in the body wear down over time and die. In many organs, like the small intestine, adult stem cells play a vital role in maintaining function by replacing old cells with new ones. Learning about the nature of tissue stem cells can help scientists understand exactly how our organs are built, and why some organs generate cancer frequently, but others only rarely. New work from Carnegie's Alexis Marianes and Allan Spradling used some of the most experimentally accessible tissue stem cells, the adult stem cells in the midsection of the fruit fly gut, with surprising results.
published: 30 Sep 2013
-
Joseph Gall: Retirement Symposium - Full Video
To celebrate Joseph Gall's retirement from Carnegie Embryology, our department hosted a virtual symposium on August 13, 2020. // More ↓
Order of events:
Welcome
- Yixian Zheng (Director, Carnegie Embryology)
- Eric Isaacs (President, Carnegie Science)
- Don Brown (Director Emeritus, Carnegie Embryology)
Keynote Presentation
- Joseph Gall ( youtu.be/Gsb4MJ4YdoI)
Reflections & Anecdotes
- Joan Steitz: Early Years at the University of Minnesota (33:37)
- Liz Rogers: The transition from Minnesota to Yale (45:10)
- Susan Gerbi with input by Mary Lou Pardue: In situ hybridization (58:00)
- Adrian Bird: rDNA structure and amplification (1:17:30)
- Liz Blackburn: Heterochromatin and repeated DNA (1:38:35)
- Giuseppina Barsacchi: Lampbrush chromosomes (1:53:07)
- Ji-Long Liu: Cajal bodies and ...
published: 01 Oct 2020
-
Pioneers of Developmental Biology - Donald Brown Symposium Series #2
The second installment of our Donald Brown 90th Birthday Symposium Series, featuring four renowned investigators: Allan Spradling, Gerald Rubin, Susan Wessler, and Jennifer Lippincott-Schwartz. They share insight into the process and impact of the groundbreaking genetic tool development in the 1980s, and how their time at Carnegie shaped their illustrious careers.
----------
Following Donald Brown's pioneering work in the 1970s to isolate and manipulate genes in test tubes — which we learned about in the previous installment of this symposium series (watch: youtu.be/QNvFIfbssMg) — scientists at Carnegie’s Department of Embryology forever changed human understanding of biology by creating a suite of new scientific methods, each breakthrough coming on the heels of the previous in a cascade...
published: 31 Mar 2022
-
Watch the Wiley Biomedical Prize Lecture, April 5th 2024
The 22nd annual Wiley Prize in Biomedical Sciences was awarded to Judith Kimble, Allan Spradling, and Raymond Schofield for their discovery of the stem cell niche, a localized environment that controls stem-cell identity. This year’s award of $50,000 was presented to the winners at the Wiley Prize lecture, delivered as part of The Rockefeller University Friday Lecture Series.
published: 15 Apr 2024
1:07:28
Storer Lectureship feat. Allan Spradling, Carnegie Institution | February 18, 2010
The Tracy and Ruth Storer Lectureship in the Life Sciences Presents “Analyzing Stem Cells Within Intact Drosophila Tissues"
About the series: The Tracy and Ru...
The Tracy and Ruth Storer Lectureship in the Life Sciences Presents “Analyzing Stem Cells Within Intact Drosophila Tissues"
About the series: The Tracy and Ruth Storer Lectureship in the Life Sciences was established in 1960, to invite distinguished biological scientists to campus to present lectures and meet with faculty members and graduate students in their field of interest. Past Storer Lectures have included Nobel laureates, members of the National Academy of Science and acclaimed authors in medicine and the life sciences.
https://wn.com/Storer_Lectureship_Feat._Allan_Spradling,_Carnegie_Institution_|_February_18,_2010
The Tracy and Ruth Storer Lectureship in the Life Sciences Presents “Analyzing Stem Cells Within Intact Drosophila Tissues"
About the series: The Tracy and Ruth Storer Lectureship in the Life Sciences was established in 1960, to invite distinguished biological scientists to campus to present lectures and meet with faculty members and graduate students in their field of interest. Past Storer Lectures have included Nobel laureates, members of the National Academy of Science and acclaimed authors in medicine and the life sciences.
- published: 19 Aug 2023
- views: 61
50:58
Transposon site-specificity and genome evolution - Allan Spradling
June 20-21, 2012 - Genomics of model organisms and human biology: Insights from the modENCODE Project
More: http://www.genome.gov/27549319
June 20-21, 2012 - Genomics of model organisms and human biology: Insights from the modENCODE Project
More: http://www.genome.gov/27549319
https://wn.com/Transposon_Site_Specificity_And_Genome_Evolution_Allan_Spradling
June 20-21, 2012 - Genomics of model organisms and human biology: Insights from the modENCODE Project
More: http://www.genome.gov/27549319
- published: 28 Jun 2012
- views: 5217
37:33
CSHL Keynote; Dr. Allan Spradling, Carnegie Institution for Science
"The conserved program of germ cell formation in animals" from the Germ Cells meeting 9/29/2020
Attend a CSHL meeting: http://bit.ly/cshlmtg
Train at a CSHL cou...
"The conserved program of germ cell formation in animals" from the Germ Cells meeting 9/29/2020
Attend a CSHL meeting: http://bit.ly/cshlmtg
Train at a CSHL course: http://bit.ly/cshlcourses
Subscribe to receive new video notifications: http://bit.ly/2aVrXaM
CONNECT WITH US
Blog: http://bit.ly/cshlcxblog
Tweets about our meetings: http://bit.ly/cshlmctwitter
Tweets about our courses: http://bit.ly/cshlctwitter
Instagram: http://bit.ly/cshlmcinsta
Facebook: http://bit.ly/cshlmcfb
Website: http://bit.ly/cshlmtgcrs
https://wn.com/Cshl_Keynote_Dr._Allan_Spradling,_Carnegie_Institution_For_Science
"The conserved program of germ cell formation in animals" from the Germ Cells meeting 9/29/2020
Attend a CSHL meeting: http://bit.ly/cshlmtg
Train at a CSHL course: http://bit.ly/cshlcourses
Subscribe to receive new video notifications: http://bit.ly/2aVrXaM
CONNECT WITH US
Blog: http://bit.ly/cshlcxblog
Tweets about our meetings: http://bit.ly/cshlmctwitter
Tweets about our courses: http://bit.ly/cshlctwitter
Instagram: http://bit.ly/cshlmcinsta
Facebook: http://bit.ly/cshlmcfb
Website: http://bit.ly/cshlmtgcrs
- published: 04 Oct 2020
- views: 691
5:08
Autism Linked to Egg Cells’ Difficulty Creating Large Proteins // Allan Spradling & Ethan Greenblatt
New work from Carnegie’s Ethan Greenblatt and Allan Spradling reveals that the genetic factors underlying fragile X syndrome, and potentially other autism-relat...
New work from Carnegie’s Ethan Greenblatt and Allan Spradling reveals that the genetic factors underlying fragile X syndrome, and potentially other autism-related disorders, stem from defects in the cell’s ability to create unusually large protein structures. // More ↓
Read more: https://carnegiescience.edu/news/autism-linked-egg-cells%E2%80%99-difficulty-creating-large-proteins
––––––––––
The Carnegie Institution for Science, Department of Embryology
Visit: https://emb.carnegiescience.edu/
Twitter: https://twitter.com/CarnegieDevBio
Carnegie's Department of Embryology has become recognized worldwide as one of the premier research centers in cellular, developmental, and genetic biology. The department has a unique atmosphere and research style that have allowed a small enterprise to have a disproportionately large impact on science. We revere this atmosphere as the source of our inspiration and strive to further improve it as the department evolves within the current milieu of intensive activity, investment, and opportunity in the biological sciences.
https://wn.com/Autism_Linked_To_Egg_Cells’_Difficulty_Creating_Large_Proteins_Allan_Spradling_Ethan_Greenblatt
New work from Carnegie’s Ethan Greenblatt and Allan Spradling reveals that the genetic factors underlying fragile X syndrome, and potentially other autism-related disorders, stem from defects in the cell’s ability to create unusually large protein structures. // More ↓
Read more: https://carnegiescience.edu/news/autism-linked-egg-cells%E2%80%99-difficulty-creating-large-proteins
––––––––––
The Carnegie Institution for Science, Department of Embryology
Visit: https://emb.carnegiescience.edu/
Twitter: https://twitter.com/CarnegieDevBio
Carnegie's Department of Embryology has become recognized worldwide as one of the premier research centers in cellular, developmental, and genetic biology. The department has a unique atmosphere and research style that have allowed a small enterprise to have a disproportionately large impact on science. We revere this atmosphere as the source of our inspiration and strive to further improve it as the department evolves within the current milieu of intensive activity, investment, and opportunity in the biological sciences.
- published: 16 Aug 2018
- views: 932
6:31
Yale's Lynn Cooley on the influence of Carnegie Embryology & Allan Spradling // Interview
We caught up with former Carnegie Embryology postdoctoral associate Lynn Cooley (1985–1988) at Allan Fest, a two-day symposium in honor of Carnegie scientist Al...
We caught up with former Carnegie Embryology postdoctoral associate Lynn Cooley (1985–1988) at Allan Fest, a two-day symposium in honor of Carnegie scientist Allan Spradling's 70th birthday, his 40-years of science at the Department of Embryology, and his influence on the greater scientific community.
Dr. Cooley, now Dean of Yale's Graduate School of Arts and Sciences and Professor of Genetics, spoke about her time at the Department, the lasting impact of Allan Spradling, and what it means to do "Carnegie-style" science.
––––––––––
The Carnegie Institution for Science, Department of Embryology
Visit: https://emb.carnegiescience.edu/
Twitter: https://twitter.com/CarnegieDevBio
Carnegie's Department of Embryology has become recognized worldwide as one of the premier research centers in cellular, developmental, and genetic biology. The department has a unique atmosphere and research style that have allowed a small enterprise to have a disproportionately large impact on science. We revere this atmosphere as the source of our inspiration and strive to further improve it as the department evolves within the current milieu of intensive activity, investment, and opportunity in the biological sciences.
Property of The Carnegie Institution for Science, Department of Embryology.
Music by Drop Electric.
https://wn.com/Yale's_Lynn_Cooley_On_The_Influence_Of_Carnegie_Embryology_Allan_Spradling_Interview
We caught up with former Carnegie Embryology postdoctoral associate Lynn Cooley (1985–1988) at Allan Fest, a two-day symposium in honor of Carnegie scientist Allan Spradling's 70th birthday, his 40-years of science at the Department of Embryology, and his influence on the greater scientific community.
Dr. Cooley, now Dean of Yale's Graduate School of Arts and Sciences and Professor of Genetics, spoke about her time at the Department, the lasting impact of Allan Spradling, and what it means to do "Carnegie-style" science.
––––––––––
The Carnegie Institution for Science, Department of Embryology
Visit: https://emb.carnegiescience.edu/
Twitter: https://twitter.com/CarnegieDevBio
Carnegie's Department of Embryology has become recognized worldwide as one of the premier research centers in cellular, developmental, and genetic biology. The department has a unique atmosphere and research style that have allowed a small enterprise to have a disproportionately large impact on science. We revere this atmosphere as the source of our inspiration and strive to further improve it as the department evolves within the current milieu of intensive activity, investment, and opportunity in the biological sciences.
Property of The Carnegie Institution for Science, Department of Embryology.
Music by Drop Electric.
- published: 01 Jul 2019
- views: 403
2:20
Why Are Some Cells More Cancer Prone?
Cells in the body wear down over time and die. In many organs, like the small intestine, adult stem cells play a vital role in maintaining function by replacing...
Cells in the body wear down over time and die. In many organs, like the small intestine, adult stem cells play a vital role in maintaining function by replacing old cells with new ones. Learning about the nature of tissue stem cells can help scientists understand exactly how our organs are built, and why some organs generate cancer frequently, but others only rarely. New work from Carnegie's Alexis Marianes and Allan Spradling used some of the most experimentally accessible tissue stem cells, the adult stem cells in the midsection of the fruit fly gut, with surprising results.
https://wn.com/Why_Are_Some_Cells_More_Cancer_Prone
Cells in the body wear down over time and die. In many organs, like the small intestine, adult stem cells play a vital role in maintaining function by replacing old cells with new ones. Learning about the nature of tissue stem cells can help scientists understand exactly how our organs are built, and why some organs generate cancer frequently, but others only rarely. New work from Carnegie's Alexis Marianes and Allan Spradling used some of the most experimentally accessible tissue stem cells, the adult stem cells in the midsection of the fruit fly gut, with surprising results.
- published: 30 Sep 2013
- views: 100
3:37:25
Joseph Gall: Retirement Symposium - Full Video
To celebrate Joseph Gall's retirement from Carnegie Embryology, our department hosted a virtual symposium on August 13, 2020. // More ↓
Order of events:
Welc...
To celebrate Joseph Gall's retirement from Carnegie Embryology, our department hosted a virtual symposium on August 13, 2020. // More ↓
Order of events:
Welcome
- Yixian Zheng (Director, Carnegie Embryology)
- Eric Isaacs (President, Carnegie Science)
- Don Brown (Director Emeritus, Carnegie Embryology)
Keynote Presentation
- Joseph Gall ( youtu.be/Gsb4MJ4YdoI)
Reflections & Anecdotes
- Joan Steitz: Early Years at the University of Minnesota (33:37)
- Liz Rogers: The transition from Minnesota to Yale (45:10)
- Susan Gerbi with input by Mary Lou Pardue: In situ hybridization (58:00)
- Adrian Bird: rDNA structure and amplification (1:17:30)
- Liz Blackburn: Heterochromatin and repeated DNA (1:38:35)
- Giuseppina Barsacchi: Lampbrush chromosomes (1:53:07)
- Ji-Long Liu: Cajal bodies and other nuclear bodies (2:09:17)
- Gaëlle Talross: The Gall lab in the RNomic world (2:21:31)
Concluding Remarks
- Allan Spradling (Director Emeritus, Carnegie Embryology)
Open Discussion
Anecdotes from audience
Conclusion
- Susan Gerbi
––––––––––
The Carnegie Institution for Science, Department of Embryology
Visit: https://emb.carnegiescience.edu/
Carnegie's Department of Embryology has become recognized worldwide as one of the premier research centers in cellular, developmental, and genetic biology. The department has a unique atmosphere and research style that have allowed a small enterprise to have a disproportionately large impact on science. We revere this atmosphere as the source of our inspiration and strive to further improve it as the department evolves within the current milieu of intensive activity, investment, and opportunity in the biological sciences.
https://wn.com/Joseph_Gall_Retirement_Symposium_Full_Video
To celebrate Joseph Gall's retirement from Carnegie Embryology, our department hosted a virtual symposium on August 13, 2020. // More ↓
Order of events:
Welcome
- Yixian Zheng (Director, Carnegie Embryology)
- Eric Isaacs (President, Carnegie Science)
- Don Brown (Director Emeritus, Carnegie Embryology)
Keynote Presentation
- Joseph Gall ( youtu.be/Gsb4MJ4YdoI)
Reflections & Anecdotes
- Joan Steitz: Early Years at the University of Minnesota (33:37)
- Liz Rogers: The transition from Minnesota to Yale (45:10)
- Susan Gerbi with input by Mary Lou Pardue: In situ hybridization (58:00)
- Adrian Bird: rDNA structure and amplification (1:17:30)
- Liz Blackburn: Heterochromatin and repeated DNA (1:38:35)
- Giuseppina Barsacchi: Lampbrush chromosomes (1:53:07)
- Ji-Long Liu: Cajal bodies and other nuclear bodies (2:09:17)
- Gaëlle Talross: The Gall lab in the RNomic world (2:21:31)
Concluding Remarks
- Allan Spradling (Director Emeritus, Carnegie Embryology)
Open Discussion
Anecdotes from audience
Conclusion
- Susan Gerbi
––––––––––
The Carnegie Institution for Science, Department of Embryology
Visit: https://emb.carnegiescience.edu/
Carnegie's Department of Embryology has become recognized worldwide as one of the premier research centers in cellular, developmental, and genetic biology. The department has a unique atmosphere and research style that have allowed a small enterprise to have a disproportionately large impact on science. We revere this atmosphere as the source of our inspiration and strive to further improve it as the department evolves within the current milieu of intensive activity, investment, and opportunity in the biological sciences.
- published: 01 Oct 2020
- views: 930
1:28:20
Pioneers of Developmental Biology - Donald Brown Symposium Series #2
The second installment of our Donald Brown 90th Birthday Symposium Series, featuring four renowned investigators: Allan Spradling, Gerald Rubin, Susan Wessler, ...
The second installment of our Donald Brown 90th Birthday Symposium Series, featuring four renowned investigators: Allan Spradling, Gerald Rubin, Susan Wessler, and Jennifer Lippincott-Schwartz. They share insight into the process and impact of the groundbreaking genetic tool development in the 1980s, and how their time at Carnegie shaped their illustrious careers.
----------
Following Donald Brown's pioneering work in the 1970s to isolate and manipulate genes in test tubes — which we learned about in the previous installment of this symposium series (watch: youtu.be/QNvFIfbssMg) — scientists at Carnegie’s Department of Embryology forever changed human understanding of biology by creating a suite of new scientific methods, each breakthrough coming on the heels of the previous in a cascade of innovation.
Under Brown’s leadership in the 80s, researchers at Carnegie Embryology appreciated the importance of understanding gene functions in the context of cells and organisms. They developed new molecular and cellular techniques — including the use of a naturally occurring, mutation-generating phenomenon called “jumping genes” that were first discovered by Carnegie Nobel Laureate Barbara McClintock—to interrogate the functions of various animal and plant genes.
https://wn.com/Pioneers_Of_Developmental_Biology_Donald_Brown_Symposium_Series_2
The second installment of our Donald Brown 90th Birthday Symposium Series, featuring four renowned investigators: Allan Spradling, Gerald Rubin, Susan Wessler, and Jennifer Lippincott-Schwartz. They share insight into the process and impact of the groundbreaking genetic tool development in the 1980s, and how their time at Carnegie shaped their illustrious careers.
----------
Following Donald Brown's pioneering work in the 1970s to isolate and manipulate genes in test tubes — which we learned about in the previous installment of this symposium series (watch: youtu.be/QNvFIfbssMg) — scientists at Carnegie’s Department of Embryology forever changed human understanding of biology by creating a suite of new scientific methods, each breakthrough coming on the heels of the previous in a cascade of innovation.
Under Brown’s leadership in the 80s, researchers at Carnegie Embryology appreciated the importance of understanding gene functions in the context of cells and organisms. They developed new molecular and cellular techniques — including the use of a naturally occurring, mutation-generating phenomenon called “jumping genes” that were first discovered by Carnegie Nobel Laureate Barbara McClintock—to interrogate the functions of various animal and plant genes.
- published: 31 Mar 2022
- views: 298
1:08:45
Watch the Wiley Biomedical Prize Lecture, April 5th 2024
The 22nd annual Wiley Prize in Biomedical Sciences was awarded to Judith Kimble, Allan Spradling, and Raymond Schofield for their discovery of the stem cell nic...
The 22nd annual Wiley Prize in Biomedical Sciences was awarded to Judith Kimble, Allan Spradling, and Raymond Schofield for their discovery of the stem cell niche, a localized environment that controls stem-cell identity. This year’s award of $50,000 was presented to the winners at the Wiley Prize lecture, delivered as part of The Rockefeller University Friday Lecture Series.
https://wn.com/Watch_The_Wiley_Biomedical_Prize_Lecture,_April_5Th_2024
The 22nd annual Wiley Prize in Biomedical Sciences was awarded to Judith Kimble, Allan Spradling, and Raymond Schofield for their discovery of the stem cell niche, a localized environment that controls stem-cell identity. This year’s award of $50,000 was presented to the winners at the Wiley Prize lecture, delivered as part of The Rockefeller University Friday Lecture Series.
- published: 15 Apr 2024
- views: 278