Skip Navigation

DNA Repair Interest Group: Three Young Investigator Talks

Loading video...

415 Views

Chapter Description Position
1 Thumbnail image Kenneth H. Kraemer, M.D. - Introduction 0:00:01
2 Thumbnail image Dr. Sascha Liberti – NIEHS - Like DNA replication, eukaryotic DNA mismatch repair is intrinsically asymmetric [Origin: NIEHS] 0:00:57
3 Thumbnail image Dr. Krassi Botcheva – Brookhaven – First High-Resolution Genome-Wide Map of p53 Binding Sites in Normal Human Cells [Origin: Brookhaven] 0:12:26
4 Thumbnail image Dr. Shobhan Gaddameedhi – UNC - Role of the Circadian Clock in UV-Induced Skin Carcinogenesis [Origin: UNC] 0:30:23
Air date: Tuesday, June 19, 2012, 12:30:00 PM
Time displayed is Eastern Time, Washington DC Local
Views: Total views: 415 (22 Live, 393 On-demand)
Category: DNA Repair
Runtime: 01:04:48
Description: DNA Repair Interest Group videoconference

Young investigators talks:

1. Dr. Sascha Liberti – NIEHS - Like DNA replication, eukaryotic DNA mismatch repair is intrinsically asymmetric [Origin: NIEHS]

2. Dr. Krassi Botcheva – Brookhaven – First High-Resolution Genome-Wide Map of p53 Binding Sites in Normal Human Cells [Origin: Brookhaven]

3. Dr. Shobhan Gaddameedhi – UNC - Role of the Circadian Clock in UV-Induced Skin Carcinogenesis [Origin: UNC]

Acrobat Slides

For more information go to http://sigs.nih.gov/DNA-repair/Pages/default.aspx
NLM Title: Three young investigator talks / Sascha Liberti, Krassi Botcheva, Shobhan Gaddameedhi.
Author: Liberti, Sascha.
Botcheva, Krassi.
Gaddameedhi, Shobhan.
National Institutes of Health (U.S.). DNA Repair Interest Group.
Publisher:
Abstract: (CIT) 1. Dr. Sascha Liberti - NIEHS - Like DNA replication, eukaryotic DNA mismatch repair is intrinsically asymmetric [Origin: NIEHS] 2. Dr. Krassi Botcheva - Brookhaven - First High-Resolution Genome-Wide Map of p53 Binding Sites in Normal Human Cells [Origin: Brookhaven] 3. Dr. Shobhan Gaddameedhi - UNC - Role of the Circadian Clock in UV-Induced Skin Carcinogenesis [Origin: UNC].
Subjects: Circadian Clocks--physiology
DNA Damage--physiology
DNA Repair--physiology
Genes, p53--genetics
Neoplasms, Radiation-Induced--etiology
Skin Neoplasms--etiology
Publication Types: Lecture
Webcast
 
NLM Classification: QU 475
NLM ID: 101589392
CIT Live ID: 11199
Permanent link: https://videocast.nih.gov/watch=11199

Related Videos...

Click Here to Play Video.
00:14:55
Circadian Control of Nucleotide Excision Repair
[DNA Repair]
5/18/2010
Click Here to Play Video.
00:12:54
Constitutional 9p22q Translocation in a Patient with Melanoma, Deafness and DNA Repair Deficiency Disrupts p14arf and Down-Regulates TBX1
[DNA Repair]
5/18/2010
Click Here to Play Video.
00:13:42
Double-strand breaks and novel DNA intermediates derived from partial processing of alkylation damage in G2 cells of yeast
[DNA Repair]
4/19/2011
Click Here to Play Video.
00:59:43
New insights into NER recognition: When being bulky and perturbing is not enough
[DNA Repair]
4/17/2012
Click Here to Play Video.
00:55:06
History of DNA Repair - Anecdotal Observations on the Origins of Mutation Research
[DNA Repair]
5/15/2012
Click Here to Play Video.
00:13:43
Cockayne syndrome group B protein prevents mitochondrial stress and promotes autophagy
[DNA Repair]
4/19/2011
Click Here to Play Video.
07:18:32
RAS Initiative Symposium (Day 2)
[NIH Only]
12/16/2015
Click Here to Play Video.
00:15:39
Evidence that DNA polymerase δ contributes to initiation of leading strand DNA replication in Saccharomyces cerevisiae
[DNA Repair]
4/24/2018
Click Here to Play Video.
00:16:33
Cells with Leukemia-Associated DNMT3A Mutations are More Sensitive to Cytarabine-Induced DNA Damage
[DNA Repair]
9/11/2018
Click Here to Play Video.
07:12:30
Sickle Cell in Focus 2023 (Day 2)
[Conferences]
10/11/2023