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Nucleic Acids Conference 2010
Register now ( ) to secure your place.
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| Chairs |
David Lilley (University of Dundee) Wei Yang (NIH)
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| Location |
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| Date |
Wednesday November 10 2010 - Saturday November 13 2010 |
| Synopsis |
Nucleic acids - DNA and RNA - play the key informational role in the cell. But they are also structural, regulatory, and they can even behave like enzymes. The DNA in the nucleus bearing the genetic blueprint is frequently copied and transcribed by DNA and RNA polymerases. Yet DNA is wrapped up in chromatin structure and must be manipulated by topoisomerases and helicases to allow its access and usage. RNA achieves complex folds that can recognize and bind small molecules, itself be recognized by proteins, and accelerate chemical reactions by a million fold or more. We are beginning to learn how nucleic acids can achieve these feats. |
| Confirmed oral presentations |
Schedule · Talk Titles
Plenary
Invited
| Chuan He (The University of Chicago) |
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David Rueda (Wayne State University) |
| Geeta Narlikar (University of California San Francisco) |
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Marcin Nowotny (International Institute of Molecular and Cell Biology in Warsaw) |
| Peter Cornish (University of Missouri) |
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Peter Cherepanov (Imperial College London) |
| Saba Valadkhan (Case Western Reserve University) |
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Yamuna Krishnan (National Centre for Biological Sciences, TIFR) |
Contributing
| Andrea Scrima (Friedrich Miescher Institute) |
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Anita Jones (University of Edinburgh) |
| Barry Stoddard (Fred Hutchinson Cancer Research Center) |
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Bob Landick (University of Wisconsin-Madison) |
| Carl Correll (Rosalind Franklin University) |
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Christine Chow (Wayne State University) |
| Dagmar Klostermeier (Biozentrum, University of Basel) |
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David Nesbitt (JILA/University of Colorado) |
| Gang Lu (NIEHS/NIH) |
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Garrett Soukup (Creighton University) |
| Jeffrey Kieft (HHMI / University of Colorado School of Medicine) |
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Jenny Baker (Yale University) |
| John Tainer (The Scripps Research Institute) |
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Julia Romero (Sudbury Regional Hospital/Northeastern Ontario Regional Cancer Center) |
| Julie Soukup (Creighton University) |
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Kiyoshi Mizuuchi (NIH) |
| Mario Blanco (University of Michigan) |
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Olav Schiemann (University St Andrews) |
| Rick Russell (University of Texas at Austin) |
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Stuart Le Grice (National Cancer Institute) |
| Ya-Ming Hou (Thomas Jefferson University) |
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Yu Chen (University of Washington) |
| Yves Pommier (LMP, CCR, NCI, NIH) |
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| Abstract submission |
Poster abstract deadline: Friday September 10 2010; submit your abstract now.
To secure your place at the conference, register now.
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| | See the 2009 programme |
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| Advertising Opportunities |
Please contact us to discuss advertising, exhibition & sponsorship opportunities at the Nucleic Acids conference.
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Register now ( ) to secure your place. |
Fees
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Multiple attendance discount: 3 or more members from the same lab are eligible for a discount. Please contact us.
Multiple conference discount: We can offer you a discount if you wish to attend multiple conferences. Please contact us.
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Extras
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Adult |
Deadline |
| Extra nights |
$150 |
Friday September 10 2010 |
| Accompanying (Standard) |
$450 |
Friday September 10 2010 |
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Specially-negotiated all-inclusive rates (including all items listed below, excluding the conference)
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Flights
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Closest major airport
Cancun (CUN), Mexico
Scheduled Flights
From the US: There are many regular scheduled flights from numerous major US cities & Canadian cities.
From Europe, Asia-Pac, etc.: Simply connect at one of the US cities or in Mexico City. All online travel sites or travel agents will advise you on the best route.
Use the flight search below to get an idea of cost, schedule and route.
Charter Flights
There are also many direct charter flights from the US, Canada and Europe.
Do a Google search for charter flights Cancun.
Only 2 days until registration closes. Register now.
Items included in Nucleic Acids conference 2010 fee
· Conference
· Abstract submission
· ***** accommodation for 3 nights
· All group meals (breakfast, lunch, dinner)
· Unlimited local alcoholic beverages and soft drinks (24 hours)
· All refreshments & social events
· Non-motorized watersports
· and more....
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Register now.
Register now.
Nucleic Acids conference 2010 schedule
| Wednesday November 10 |
Thursday November 11 |
Friday November 12 |
Saturday November 13 |
17:30 - 19:15 Session 1
19:15 Group Dinner
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Breakfast
8:30 - 10:15 Session 2
10:15 - 10:45 Refreshment break
10:45 - 11:30 Session 3
11:30 - 12:30 Session 4 - Poster highlights
12:30 Group Lunch
16:30 - 18:30 Session 5
18:30 - 20:30 Poster session & refreshments
20:45 Group dinner
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Breakfast
8:30 - 10:15 Session 6
10:15 - 10:25 Group photograph
10:25 - 10:45 Refreshment break
10:45 - 12:30 Session 7
12:30 Group Lunch
16:30 - 18:15 Session 8
18:15 - 18:45 Refreshment break
18:45 - 20:30 Session 9
20:45 Group Dinner
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Breakfast
8:30 - 10:15 Session 10
10:15 - 10:45 Refreshment break
10:45 - 12:30 Session 11
12:30 Lunch
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Register now.
Confirmed oral presentations
Andrea Scrima (Friedrich Miescher Institute) Structural basis of UV-damage Recognition and Ubiquitination by the DDB1/2-Cul4 complex Anita Jones (University of Edinburgh) Exploring Enzyme-Induced Distortion of the DNA Duplex Using Time-Resolved Fluorescence Barry Stoddard (Fred Hutchinson Cancer Research Center) Structures, activity and engineering of homing endonucleases for Gene Targeting Bob Landick (University of Wisconsin-Madison) Role of the RNA polymerase trigger loop in nucleotide addition and the regulation of transcript elongation Carl Correll (Rosalind Franklin University) RNA chaperone activates a U3 snoRNA switch: implications for ribosome biogenesis Christine Chow (Wayne State University) Targeting Dynamic Ribosomal RNA Sites with Small Molecules Chuan He (The University of Chicago) Oxidative Nucleic Acid Modification and De-Modification Dagmar Klostermeier (Biozentrum, University of Basel) Coordinated conformational changes of DNA gyrase drive strand-passage towards negative supercoiling David Nesbitt (JILA/University of Colorado) Temperature dependent RNA folding kinetics and dynamics: An Entropic Origin of Mg2+-Facilitated RNA Folding David Rueda (Wayne State University) RNA folding by single molecule FRET Gang Lu (NIEHS/NIH) Natural diversity of RNA recognition by PUF proteins Garrett Soukup (Creighton University) A putative mammalian riboswitch in the spermine biosynthetic pathway Geeta Narlikar (University of California San Francisco) Mechanisms of ATP-dependent chromatin remodeling motors Hong Li (Florida State University) James M Berger (University of California Berkeley) "Catching a motor in the act: the molecular basis for translocation and biased movement in hexameric helicases" Jamie Cate (University of California) Structural Biology of Translation: From Escherichia coli to Humans Jeffrey Kieft (HHMI / University of Colorado School of Medicine) Molecular mimicry and conformational dynamics at the heart of IRES RNA manipulation of host cell ribosomes Jennifer Doudna (UC Berkeley/HHMI) Regulatory RNA biogenesis for viral defense in bacteria Jenny Baker (Yale University) An allosteric self-splicing ribozyme triggered by a bacterial second messenger Jody Puglisi (Stanford University) Real-time dynamics of translation John Tainer (The Scripps Research Institute) Combined X-Ray Scattering (SAXS) and Crystallography to Accurately Characterize Dynamic DNA Repair Complexes in Solution Jonathan Widom (Northwestern University ) Julia Romero (Sudbury Regional Hospital/Northeastern Ontario Regional Cancer Center) DNA replication and transcriptional activity at a DBF4 pseudogene locus on human chromosome 10 Julie Soukup (Creighton University) glms Ribozyme Mechanism and Development of Artificial Agonists as Candidate Antibiotics Kiyoshi Mizuuchi (NIH) How do bacteria find the middle of the cell? ATP-driven self-organized dynamic pattern formation by bacterial cell division proteins for septum localization Marcin Nowotny (International Institute of Molecular and Cell Biology in Warsaw) Structural studies of RNases H Mario Blanco (University of Michigan) Visualizing pre-mRNA structural dynamics during splicing by sm-FRET Olav Schiemann (University St Andrews) PELDOR: Obtaining Distances, Orientations and Dynamics of Oligonucleotides Peter Cornish (University of Missouri) Peter Cherepanov (Imperial College London) The mechanism of retroviral DNA integration through X-ray structures of its key intermediates Philip Bevilacqua (Penn State University) Mechanism for the HDV ribozyme involving nucleobase and metal ion catalysis Rick Russell (University of Texas at Austin) RNA Chaperone Activity of DEAD-box Proteins Saba Valadkhan (Case Western Reserve University) Catalysis of splicing by protein-free spliceosomal snRNAs Smita Patel (Robert Wood Johnson Medical School) DNA replication dynamics: energetics and coupling of helicase-primase and DNA polymerase Stuart Le Grice (National Cancer Institute) Examining the conformational dynamics of reverse transcription by single molecule spectroscopy Thomas Steitz (HHMI, Yale University) From understanding antibiotic binding to an RNA machine to designing new antibiotics Ya-Ming Hou (Thomas Jefferson University) Synthesis of tRNA(m1G37) by Analogous Enzymes Yamuna Krishnan (National Centre for Biological Sciences, TIFR) Delivery Boy to Reporter: Unusual DNA's journey through a worm-whole Yu Chen (University of Washington) NMR studies of RNA motions on multiple time scales Yves Pommier (LMP, CCR, NCI, NIH) Mitochondrial Topoisomerase I
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