Illustrated description of how leukocytes recirculate and emigrate into lymphatic tissue during the immune responses. Includes links to references and chemotaxis. Maintained by Art Anderson, M.D.

Research on actin-related proteins and their dynamics in muscle function. Includes sequences, pyrene fluorescence assay, abstracts and researchers in the Arp field, from the University of Birmigham, England.

Applet for study of filament structure built from subunits. Includes principles, electron micrographs, tutorial, and authors' contacts at the Structural Biochemistry Group, Edinburgh, UK. .

A basic tutorial on the involvement of the cytoskeleton in cell locomotion.

Resource on contractile system proteins, muscle contraction, movement in non-muscle cells and in prokaryotes, related database links, mainatined by the Department of Biomedical Engineering, University of Virginia.

Overview of research on myosin and actin, the role of calmodulin, the dynein-dynactin interaction. Includes PDF downloads of publications, and details of Cytoskeleton Journal Club, at the Northwestern University Medical School Chicago, IL.

Slide show to accompany graduate-level lectures by Gwen V. Childs, at Little Rock, AR.

Information on cytoskeletal proteins and methods (from the company Cytoskeleton, Inc.).

Resources devoted to the kinesin family of microtubule-dependent molecular motors.

Research in adhesion, cytoskeletal organization, and gene expression, with methods, staff, publications, collaborations, related links and login. Includes course modules in molecular, cellular and developmental biology, at the University of Colorado, Boulder.

Research on motility through cross-disciplinary research in structural biology. Includes Chicago Cytoskeleton links, profiles of team members, postdoctoral opportunities, job openings at Perdue University, West Lafayette, IN.

Resources devoted to myosin and muscle biology (MRC-LMB, Cambridge).

Dissecting the machine that drives muscle contraction. Approach: making mutants, studying their properties, finding second mutants that restore function to defective motors.

The Rosenbaum lab studies organelle assembly using Chlamydomonas flagella as a model system.