2009-ASCB-Press-Book - page 3

T h e A m e r i c a n s o c i e t y f o r C e l l B i o l o g y
Table of Contents
Page 2
Appetite and consumption in fruit flies is controlled by two sets
of circadian clockwork genes working at cross purposes
Amita Sehgal, University of Pennsylvania Medical School
Page 3
New imaging follows individual breast cancer cells as they
go metastatic, revealing a deadly transition controlled by
switching messenger genes on and then off again
Erik Sahai, Cancer Research UK, London Research Institute
Page 4
After an axon injury, a fruit fly neuron can regenerate
by reversing the polarity of a dendrite so that it can be
transformed into an axon
Michelle C. Stone and Melissa M. Rolls, Pennsylvania State University
Page 5
A new “rational drug design” project identifies fragments
of older FDA-approved compounds that might counter drug
resistance in emerging avian and swine influenzas
Daniel B. Dadon, University of California, San Diego
Page 6
Using human umbilical stem cells as an alternative to corneal
transplants clears an experimental hurdle by opening the
cloudy eyes of a lab mouse
Winston W.-Y. Kao, University of Cincinnati College of Medicine
Page 7
After more than a century, a knockout mouse lacking mysteri-
ous Merkel cells finally unlocks the secret of light touch
Ellen A. Lumpkin, Baylor College of Medicine
Page 8
In a “shoot-’em-up” video game, teens flying “microbot”
fighters against bacterial pathogens significantly increase
their knowledge of the immune system
Melanie Ann Stegman, Federation of American Scientists
Page 9
The discovery of cellular giants among opportunistic fungi
may explain why cryptococcal infection remains the leading
AIDS-related cause of death on Earth
Kirsten Nielsen, University of Minnesota
Page 10
A framework of “smart” materials mimics the elasticity
of the matrix that surrounds stem cells, helping to develop
new cardiac muscle to repair damaged hearts
Jennifer L. Young, University of California, San Diego
Page 11
Researchers use human embryonic stem cells to generate
neurons in the lab with Alzheimer’s and Niemann–Pick type C
Lawrence S.B. Goldstein, University of California, San Diego
Page 12
A pocket guide to the 2009 ASCB Annual Meeting
Cell Biology 2009
Published by
The Public Information Committee (PIC)
The American Society for Cell Biology
8120 Woodmont Avenue, Suite 750
Bethesda, MD 20814-2762, USA
Tel: (301) 347-9300; Fax: (301) 347-9310
Public Information Committee
Rex L. Chisholm,Chair Kathleen G. Morgan
Simon Atkinson
Gregory Payne
Scott D. Blystone
Laura J. Robles,
Lynne Cassimeris
 MAC Liaison
Duane A. Compton
Kenna Mills Shaw
Thomas T. Egelhoff
Kip Sluder
Holly V. Goodson
Margaret A. Titus
Lee Ligon
Katherine L. Wilson
Lynn Maquat
PIC Associates
Sheryl Denker
James A. Olzmann
Lena Diaw
Deepti Pradhan
Shawn Galdeen
Eric Sawey
Gavin McStay
Mhairi Skinner
Runa Musib
Cell Biology 2009
John Fleischman, Editor and Writer
Gabe Waggoner, Copy Editor
Thea Clarke, Proofreader
Cathy Yarbrough, Annual Meeting Media Mgr.
Nancy Simons, Designer
For the American Society for Cell Biology
Joan R. Goldberg, Executive Director
Media contacts:
John Fleischman
ASCB Science Writer
(513) 706-0212
Cathy Yarbrough
ASCB Annual Meeting Media Manager
(858) 243-1814
Kevin Wilson
ASCB Director of Public Policy
(301) 347-9300
At the meeting—December 5–9, 2009
ASCB Newsroom, Room 21
San Diego Convention Center
111 W. Harbor Drive
San Diego, CA 92101, USA
(619) 525-6211 (Pacific Time)
Fax: (866) 405-2221
Design and Production:
DeVall Advertising
Cell Biology 2009
Cover credit:
Cultured Drosophila S2 cell in interphase. Image by
Nasser M. Rusan,
Department of Biology, University of North Carolina at Chapel Hill (Molecular Biology
of the Cell, July 2009).
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