The mission of the Motility and Cytoskeleton Subgroup is to understand the basic mechanisms that underlie motility and contractility of biological systems. These processes are ultimately the result of molecular motors or contractile filaments that convert chemical energy stored in ATP/GTP into mechanical energy that drives, for example, cell motility, cytokinesis and muscle contraction. The structure and function of the motor families myosin, kinesin and dynein, and the cytoskeletal filaments F-actin and microtubules are frequent subgroup topics at the annual meetings. Areas of focus also include the regulatory proteins that control the activity of motors and the cytoskeleton.
Join the Motility & Cytoskeleton Subgroup
In order to join the Motility & Cytoskeleton Subgroup, you must be a member of the Society.
Sophie Dumont, Co-Chair (2024-2025)
Radhika Subramanian, Co-Chair (2024-2025)
Ekaterina Grishchuk, Co-Chair-Elect (2024-2025)
Brett Colson, Co-Chair-Elect (2024-2025)
2024 |
Stuart Campbell |
Yale University |
|
Sarah Heissler |
Ohio State University |
2023 |
Ken'ya Furuta |
National Institute of Information and Communications Technology, Japan |
|
Marija Zanic |
Vanderbilt University |
2022 |
Anthony Cammarato |
Johns Hopkins |
|
Melissa Gardner |
University of Minnesota |
2021 |
Sanford (Sandy) Bernstein |
San Diego State University |
|
Kenneth S. Campbell |
University of Kentucky |
2020 |
Michael Previs |
University of Vermont |
|
Ahmet Yildiz |
University of California, Berkeley |
2019 |
William Hancock |
Pennsylvania State University |
|
Neil Kad |
University of Kent, UK |
2018 |
Carolyn Moores |
University of London, Birbeck College |
|
Kristen Verhey |
University of Michigan |
2017 |
Erika Holzbaur |
University of Pennsylvania |
|
Joe Muretta |
University of Minnesota |
2016 |
Arne Gennerich |
Albert Einstein College of Medicine |
|
Charles Sindelar |
Yale University |
2015 |
Samantha Harris |
University of Arizona |
|
Jeffrey R. Moore |
Boston University |
2014 |
Stefan Diez & |
Technical University of Dresden, Germany |
|
Samara Reck-Peterson |
Harvard University |
2013 |
Mihaly Kovacs & |
Eotvos Lorand University, Budapest, Hungary |
|
Christopher Yengo |
Pennsylvania State University |
2012 |
Ronald Rock & |
University of Chicago |
|
William Hancock |
Pennsylvania State University |
2011 |
Jennifer Ross & |
University of Massachusetts |
|
Christoph Schmidt |
Georg August University, Denmark |
2010 |
Susan Gilbert & |
Rensselaer Polytechnic Institute |
|
Kenneth Taylor |
Florida State University |
2009 |
Peter Knight & |
University of Leeds, UK |
|
Sarah Rice |
Northwestern University |
2008 |
Piotr Fajar & |
Florida State University |
|
Roger Craig |
University of Massachusetts Medical School |
2007 |
Josh Baker & |
University of Nevada |
|
Enirque M. De La Cruz |
Yale University |
2006 |
Roberto Dominguez |
Boston Biomedical Research Institute |
|
& Anne Houdusse |
Institut Curie |
2005 |
Kazuhiro Oiwa & |
National Institute for Information & Communication Technology |
|
Steven Rosenfeld |
University of Alabama, Birmingham |
2004 |
Steven M. Block & |
Stanford University |
|
Emil Reisler |
University of California, Los Angeles |
2003 |
E. Michael Ostap & |
University of Pennsylvania |
|
Claudia Veigel |
University of York, UK |
2002 |
David Hackney & |
Carnegie Mellon University |
|
Thomas Irving |
Illinois Institute of Technology |
2001 |
Christopher Berger |
University of Vermont |
|
& Justin Molloy |
University of York, UK |
2000 |
Hank Granzier |
Washington State University |
1999 |
P.B. Chase & |
University of Washington |
|
L. Tobacman |
University of Iowa |
1998 |
Christine Cremo & |
Washington State University |
|
Jonathon Howard |
University of Washington |
1997 |
Avril Somlyo & |
University of Virginia |
|
Albert Wang |
Boston Biomedical Research Institute |
1996 |
H. Lee Sweeney & |
University of Pennsylvania |
|
Kuan Wang |
University of Texas |
1995 |
Kathleen Trybus & |
Brandeis University |
|
Leepo Yu |
National Institutes of Health |
1994 |
Bob Godt & |
Medical College of Georgia |
|
Mary Reedy |
Duke University |
1993 |
Terence Tao & |
Boston Biomedical Research Institute |
|
Michael Walsh |
University of Calgary |
1992 |
Joseph Chalovich & |
East Carolina University |
|
David Warshaw |
University of Vermont |
1991 |
Bernhard Brenner & |
University of Ulm |
|
Kathleen G. Morgan |
Harvard Medical School |
1990 |
Kristine E. Kamm |
University of Texas, South Western Medical Center |
1989 |
James R. Sellers & |
National Institutes of Health |
|
Howard D. White |
Eastern Virginia Medical School |
1988 |
Roger Craig & |
University of Massachusetts |
|
Frederic Fay |
University of Massachusetts |
1987 |
Mike Reedy & |
Duke University |
|
Mark Schoenberg |
National Institutes of Health |
1986 |
n/a |
|
1985 |
Richard L. Moss & |
University of Wisconsin |
|
Peter Vibert |
Brandeis University |
|
|
|
2024 Symposium
Saturday, February 10, 2024
Philadelphia, Pennsylvania/p>
View Program
2023 Symposium
Saturday, February 18, 2023
San Diego, California
View Program
2022 Symposium
Saturday, February 19, 2022
San Francisco, California
View Program
2021 Symposium
Saturday, February 22, 2021
Virtual
View Program
2020 Symposium
Saturday, February 15, 2020
San Diego, California
View Program
2019 Symposium
Saturday, March 2, 2019
Baltimore, Maryland
View Program
2018 Symposium
Saturday, February 17, 2018
San Francisco, California
View Program
2017 Symposium
Saturday, February 11, 2017
New Orleans, Louisiana
View Program
2016 Symposium
Saturday, February 27, 2016
Los Angeles, California
View Program
2015 Symposium
Saturday, February 27, 2015
Baltimore, Maryland
View Program
2014 Symposium
Saturday, February 15, 2014
San Francisco, California
View Program
2013 Symposium
Saturday, February 2, 2013
Philadelphia, Pennsylvania
View Program
2019 |
Michael Geeves (University of Kent, UK)
Lessons from the Actin-myosin II Family; Docking, Mechanochemistry and Myopathies |
2018 |
Wallace Marshall (University of California, San Francisco)
Flagellar length control system: A paradigm for Organelle size regulartion |
2017
|
Professor E. Michael Ostap (University of Pennsylvania)
Molecular Characterization of a Membrane-Associated Cytoskeletal Motor Family |
2016
|
James Spudich (Stanford University)
On the molecular basis of monogenic human hypertrophic and dilated cardiomyopathies |
2015
|
David M. Warshaw (University of Vermont)
Crossing the Bridge Between Muscle Contraction and Intracellular Cargo Transport |
2014
|
Ron Vale (University of California, San Francisco)
Motility mechanism of kinesin and dynein |
2013
|
Susan Gilbert (Rensselaer Polytechnic Institute, New York)
Kinesin-14: A league of their own |
2012
|
Kathleen M. Trybus (University of Vermont)
Building Complexity to Understand Myosin V Cargo Transport |
2011
|
Joe Howard (Max Planck Institute of Molecular Cell Biology and Genetics, Dresden, Germany)
Depolymerizing kinesins |
2010
|
Steven S. Rosenfeld (Columbia University, New York)
Motors, Movement, Malignancy and Metastasis |
2009
|
Kazuo Sutoh (Univ of Tokyo, Japan)
The Old but Still Mysterious Motor Protein |
2008
|
Roger Cooke (UCSF)
A Random Walk through the Field of Motor Proteins |
2007
|
Jim Sellers (NIH/NHLBI)
Touch your Toes! The Key to Myosin Regulation |
2006
|
H. Lee Sweeney (Univ. of Penn)
Myosin VI: A Kinesin Among Myosins |
2005
|
John Kendrick-Jones (MRC)
Probing the Roles of Myosin VI in Membrane Dynamics and Transport Pathways in Cells |
2004
|
Yale E. Goldman (Univ. of Penn)
Myosin Motors: The Original Smart Machines that Conserve Renewable
Energy & Balance the Budget |
2003
|
Steven M. Block (Stanford Univ.)
E Pur Si Muove |
2002
|
Edwin Taylor (Univ. of Chicago)
Theme and Variations |
2001
|
Bob Simmons (Kings College, UK)
What Single Molecules are Trying to Tell Us |
2000
|
Hugh Huxley (Brandeis Univ.)
Trying to Understand How Muscles Contract |
1999
|
Carolyn Cohen (Brandeis Univ.)
Myosin and More |
1998
|
Thomas Pollard (The Salk Inst for Biological Studies)
Can Kinetics and Mass Action Account for the Dynamics of the Actin Cytoskeleton? |
1997
|
Ken Holmes (Max-Planck Inst)
How Myosin Works! |
1996
|
Clara Franzini-Armstrong (Univ. of Penn)
Structural Basis of E-C Coupling |
1995
|
Susan Lowey (Brandeis Univ.)
Light Chains Revisited |
1994
|
Henry Epstein (Baylor College of Medicine)
Critical Processes in Early Muscle Development |
1993
|
Andrew Somlyo (Univ. of Virginia)
Excitation-Contraction Coupling, Contractile Regulation and the Cross-Bridge Cycle in Real Muscle |
1992
|
Evening Speaker: Toshio Yanagida (Osaka Univ.)
Subgroup Chairs: Joseph Chalovich (East Carolina Univ.) and David Warshaw (Univ. Vermont) |
1991
|
K. Campbell (Univ. of Iowa)
Function Aspects of Dystrophin |
1990
|
Thomas Pollard (Johns Hopkins Univ.)
New Functions for Cytoplasmic Contractile Proteins |
1989
|
Ralph Yount (Washington State Univ.)
Protein Psychiatry: Glimpse into the Heads of Myosin |
1988
|
James Spudich (Stanford Univ.)
Myosin Structure and Function Explored by in vitro Movement Assays and Molecular Genetics |
1987
|
D.J. DeRosier, (Brandeis Univ.)
LIGHTS! CAMERA! ACTIN! |
1986
|
Edward D. Korn (NIH)
Structure-Function Studies on the Acanthamoeba Myosin Isoenzymes: Mini-myosins make Mini-Muscles |
1985
|
I. Gibbons (Univ. of Hawaii)
The Role of Dynein ATPase in Microtubule-based Motility |
Year |
Winner |
Institution |
|
2024 |
Mary Elting |
North Carolina State University |
|
2023 |
Scott Forth |
Rensselaer Polytechnic Institute |
|
2022 |
Radhika Subramanian |
Harvard University |
|
2021 |
Marija Zanic |
Vanderbilt University |
|
2020 |
Richard McKenney |
University of California, Davis |
|
Motility and Cytoskeleton Bylaws
Article I
Purpose: The purpose of the Motility and Cytoskeleton Subgroup is to advance and disseminate knowledge regarding the molecular functions and mechanisms of the cellular cytoskeleton and its associated motile and non-motile proteins, and the role of motion-generating processes in cells, tissue and whole organ function.
Article II
Membership: Members of the Biophysical Society may join the Motility and Cytoskeleton Subgroup; non-members of the Biophysical Society are welcome to attend Motility and Cytoskeleton Subgroup symposia but are unable to join the Subgroup, serve as Officers of the Subgroup, or vote.
Article III
Dissolution: The Motility and Cytoskeleton Subgroup must be in accordance with the Biophysical Society’s constitution and bylaws, mission, values, goals, and operational guidelines. If subgroup is found in violation of their bylaws or Society’s guidelines, the group will be placed on probation and may be dissolved at the discretion of the Council of the Biophysical Society.
Article IV
Meetings: The annual Motility and Cytoskeleton Subgroup meeting and business meeting will be held in connection with the Annual Biophysical Society Meeting. Five percent of the members of the Motility and Cytoskeleton Subgroup or 10 members, whichever is smaller, shall constitute a quorum. Scientific meetings shall be held in association with the annual Biophysical Society meetings, and must follow the guidelines established by the BPS Council.
Article V
Officers: The officers of the Subgroup will be two Subgroup Chairs and two Chairs-Elect. The Chairs-Elect shall serve as such for one year beginning immediately after the annual meeting in which they are elected and will serve as Chairs the following year. Duties of the Chairs include organizing and conducting the annual Motility Subgroup meeting, apprising the Biophysical Society of the activities and needs of the Subgroup, advising the Society on matters related to biological motility, promoting and overseeing the student research award (SRAA) competition, and participating in activities that benefit the Subgroup and Society. Only Motility and Cytoskeleton Subgroup members are eligible for election as officers.
Article VI
Executive Committee: The Executive Committee will be responsible for fulfilling the scientific and business obligations of the group. The Executive Committee will consist of the four Officers. The Executive Committee shall have the power to conduct other business by means of electronic vote. The affairs of the Subgroup shall be handled by the Officers in accordance with the policies determined by the Executive Committee and the Biophysical Society Council.
Article VII
Nominating Committee: The members of the Executive Committee shall constitute the nominating committee. The Nominating Committee is responsible for soliciting nominations from subgroup membership and for preparing the final slate of candidates. Nominations will be received electronically up to one month prior to the Subgroup’s business meeting. Nominees must accept their nomination prior to being placed on a ballot.
Article VIII
Awards: An awards committee consisting of a Chair selected by the Executive Committee will solicit nominations through a call to all subgroup members, evaluate nominations, and select awardees. The committee’s selection criteria will be based on scientific excellence first but must also consider diversity. The Awards Committee Chair will serve a two-year term.
Article IX
Elections: Elections will be held electronically up to two weeks prior to the Subgroup’s business meeting. The two nominees receiving the highest number of votes will be elected. The results will be announced to the Subgroup’s membership during the Subgroup’s Business meeting. Officers will take office at the end of the annual business meeting held in conjunction with the annual meeting of the Biophysical Society. Interim vacancies in officers or councilors will be filled in accordance with By-Law Article VII of the Biophysical Society.
Article X
Amendments to the Bylaws: Amendments should arise from the members of the Motility and Cytoskeleton Subgroup, approved by a two-thirds majority of the Subgroup’s Executive Committee, and ratified in an electronic ballot by a majority of the members of the group voting.
The following word cloud is comprised of the speaker talk titles from our symposia.