NEW YORK STRUCTURAL BIOLOGY CENTER -- Public information for Winter 2012 meeting

NYAS site

Temporary site prior to release to CSH

WInter 12

• Anthony Armstrong (Lima Lab), MSKCC, Parsing recognition of a SUMO-modified substrate: Recruitment of the anti-recombinogenic helicase Srs2 by SUMO-PCNA
• Ken Dill, SUNY Stony Brook, Physical constraints on proteomes and protein evolution
• Burçe Ergel (Hunt/ Palmer Labs) Columbia U., Protein dynamics control progression of a multi-step catalytic reaction
• Hiro Furukawa, CSHL, Structural dissection of NMDA receptor pharmacology
• David Fushman, U Maryland, Playing LEGO with ubiquitin
• Tarun Kapoor, Rockefeller University, Examining mechanisms underlying microtubule self-organization
• Tali Lavy (Joshua-Tor Lab) Cold Spring Harbor, Structural study of the GAL regulon in S. cerevisiae: the Gal3p/Gal80p interaction
• Chris Sander, MSKCC, Protein 3D Structure from Evolutionary Sequence Variation
• David Stokes, NYU, TBA
• Robert Sweet, BNL / NSLS, Update on NSLS-II
• Liang Tong, Columbia U., Structure of the 750kD MCC holoenzyme: sequence versus structural homology

Tabular form

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NEW YORK STRUCTURAL BIOLOGY CENTER -- Public information for Winter 2012 meeting

NYAS site

Temporary site prior to release to CSH

Accepted speakers

WInter 12

• Anthony Armstrong (Lima Lab), MSKCC, Parsing recognition of a SUMO-modified substrate: Recruitment of the anti-recombinogenic helicase Srs2 by SUMO-PCNA
• Ken Dill, SUNY Stony Brook, Physical constraints on proteomes and protein evolution
• Burçe Ergel (Hunt/ Palmer Labs) Columbia U., Protein dynamics control progression of a multi-step catalytic reaction
• Hiro Furukawa, CSHL, Structural dissection of NMDA receptor pharmacology
• David Fushman, U Maryland, Playing LEGO with ubiquitin
• Tarun Kapoor, Rockefeller University, Examining mechanisms underlying microtubule self-organization
• Tali Lavy (Joshua-Tor Lab) Cold Spring Harbor, Structural study of the GAL regulon in S. cerevisiae: the Gal3p/Gal80p interaction
• Chris Sander, MSKCC, Protein 3D Structure from Evolutionary Sequence Variation
• David Stokes, NYU, TBA
• Robert Sweet, BNL / NSLS, Update on NSLS-II
• Liang Tong, Columbia U., Structure of the 750kD MCC holoenzyme: sequence versus structural homology

Tabular form

NAME	AFFILIATION	EMAIL	TITLE	COMMENT
Anthony Armstrong	(Lima Lab), MSKCC	armstroa@mskcc.org	Parsing recognition of a SUMO-modified substrate: Recruitment of the anti-recombinogenic helicase Srs2 by SUMO-PCNA	-
Burçe Ergel	(Hunt/ Palmer Labs) Columbia U.	be2141@columbia.edu	Protein dynamics control progression of a multi-step catalytic reaction	-
Chris Sander	MSKCC	sanderc@mskcc.org	Protein 3D Structure from Evolutionary Sequence Variation	-
David Fushman	U Maryland	fushman@umd.edu	Playing LEGO with ubiquitin	-
David Stokes	NYU	stokes@nyu.edu	TBA	-
Hiro Furukawa	CSHL	furukawa@cshl.com	Structural dissection of NMDA receptor pharmacology	-
Ken Dill	SUNY Stony Brook	dill@laufercenter.org	Physical constraints on proteomes and protein evolution	-
Liang Tong	Columbia U.	ltong@columbia.edu	Structure of the 750kD MCC holoenzyme: sequence versus structural homology	-
Robert Sweet	BNL / NSLS	rsweet@bnl.gov	Update on NSLS-II	-
Tali Lavy	(Joshua-Tor Lab) Cold Spring Harbor	tlavy@cshl.edu	Structural study of the GAL regulon in S. cerevisiae: the Gal3p/Gal80p interaction	-
Tarun Kapoor	Rockefeller University	tarun.kapoor@rockefeller.edu	Examining mechanisms underlying microtubule self-organization	-

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