CAÑADAS P., LAURENT VM, ODDOU C., ISABEY D. and

Publications:
Articles:
CAÑADAS P., LAURENT V.M., ODDOU C., ISABEY D. and WENDLING S. A Cellular
Tensegrity Model to Analyze the Structural Viscoelasticity of the Cytoskeleton. Journal of
Theoretical Biology, 2002, 218: 155-173.
LAURENT V.M., CAÑADAS P., PLANUS E., FODIL R., ASNACIOS A., WENDLING S.
and ISABEY D. Tensegrity Behavior of Cortical and Cytosolic Cytoskeletal Components in
Twisted Living Adherent Cells. Acta Biotheoretica, 2002, 50(4): 331-356.
LAURENT V.M., FODIL R., CAÑADAS P., PLANUS E. and ISABEY D. Specific Mechanical
Responses of Cortical and Cytosolic Cytoskeleton in Living Adherent Cells. JSME International
Journal, 2002, series C, 45(4): 897-905.
WENDLING S., CAÑADAS P., ODDOU C. and MEUNIER A. Interrelations Between Elastic
Energy and Strain in a Tensegrity Model; Contribution to the Analysis of the Mechanical
Response in Living Cells. Computer Method in Biomechanics and Biomedical Engineering, 2002, 5(1): 1-6.
WENDLING S, CAÑADAS P. and CHABRAND P. Toward a generalized tensegrity model
describing the mechanical behavior of the cytoskeleton structure. Computer Methods in Biomechanics
and Biomedical Engineering, 2003, 1: 1-8.
Congrès:
CAÑADAS P., ISABEY D., ODDOU C. and WENDLING S. (2000). Time Response of a
Viscoelastic Tensegrity Model to Approach Cell Dynamical Response, XXVème Congrès de la Société
de Biomécanique et X Ième Congrès de la Société Canadienne de Biomécanique (SB-SCB, ed.), Vol. 108(1):
170. Arch Physiol. Biochem. (Swets & Zeitlinger), Montréal (Québec,Canada).
ODDOU C., WENDLING S., CAÑADAS P. and GEIGER D. (1999). Biomechanics of Cell
Mechanosensors and Tissue Transduction, Lecture notes of the ICB seminars on Biomechanics of
musculosceletal system and medical robotics (K. Kedzior & A. Morecki Eds) pp. 209–218. Polish
Academy of Sciences & International Centre of Biocybernetics Publications, Varsaw (Poland).
ODDOU C., CAÑADAS P., ISABEY D. and WENDLING S. (2000). A Critical Review of Cell
Rheological Data, The Second China-France-Denmark Symposium on Biomechanics and Biorheology.
Shangaï (China).
WENDLING S., CAÑADAS P., LAURENT V.M., PLANUS E., FODIL R., ODDOU C. and
ISABEY D. (2000). Tensegrity model to describe the coupling between elastic energy and
deformation of cells twisted by magnetic probes, XXVème Congrès de la Société de Biomécanique et XIème
Congrès de la Société Canadienne de Biomécanique (SB-SCB, ed.), 108(1): 9. Arch. Physiol.
Biochem.(Swets & Zeitlinger), Montréal (Québec, Canadas) .
WENDLING S., CAÑADAS P., MEUNIER A. and ODDOU C. (2000). Couplages entre
énergie mécanique de déformation, formes et fonctions de la cellule soumise à des contraintes
variées, Proceedings of the Conference Mécanotransduction 2000, (GAMAC, TEC & DOC ed.), pp 137148. Matériaux et Structures des sciences de l’ingénieur et du vivant, Paris (France).
143
CAÑ AD AS P., WE N D LIN G S., PLAN US E ., LAURE N T V.M., FO D IL R., ASN ACIO S A.,
ODDOU C. and ISABEY D. (2001). Apport des modèles de tenségrité en mécanique cellulaire,
XXIème Séminaire de la Société Française de Biologie Théorique (14 juin 2001), Paris (France).
CAÑADAS P., ISABEY D., ODDOU C. and WENDLING S. (2001). Scale Effect and Internal
Tension Dependence of a Viscoelastic Ttensegrity Structure : a Model of Cytoskeleton Dynamic
Response, XXVI ème Congrès de la Société de Biomécanique (S. d. Biomécanique, ed.), 109:106. Arch.
Physiol. Biochem.(Swets & Zeitlinger), Marseille (France).
CAÑADAS P., ODDOU C., ISABEY D. and WENDLING S. (2001). Viscoelasticity properties
of a tensegrity model; application to dynamical response of living cells, 5th International Conference
on Cellular Engineering. Proceedings. Aachen (Germany).
VILLAUTREIX M., CAÑADAS P., CHABRAND P. and WENDLING S. (2001). General
Relationships Between Shape, Stiffness and Internal Tension of Tensegrity Structures;
Contribution to the Analysis of the Mechanical Response of Living Cells, 5th International
Symposium of Computer Method in Biomechanical and Biomedical Engineering. Roma (Italy).
WENDLING S., CAÑADAS P., LAURENT V.M., PLANUS E., FODIL R., CHABRAND P.,
ISABEY D. (2002). Increasing Number of Interconnected Elements in Tensegrity Models
Induces a Structural Softening Consistent with Cortical Cytoskeleton Function. IVth World
Congress of Biomechanics, Calgary (Canada).
CAÑADAS P., LAURENT V.M., FODIL R., PLANUS E., WENDLING S. and ISABEY D.
(2002). Assessment of Structural Viscoelasticity of Cytoskeleton by Tensegrity Model. IVth World
Congress of Biomechanics, Calgary (Canada).
FODIL R., LAURENT V.M., CAÑADAS P., PLANUS E. and ISABEY D. (2002). Actin
Structure and Mechanical Properties of Cortical and Cytosolic Cytoskeleton in Twisted Living
Adherent Cells. XXVII ème Congrès de la Société de Biomécanique, Valenciennes (France).
Soumissions
CAÑADAS P., LAURENT V.M., CHABRAND P., ISABEY D. and WENDLING-MANSUY
S. (Soumis 01/ 2003). Variable Weight of Foam and Tensegrity Behaviours int Structural
Viscoelastic Responses of Living Adherent Cells. Medical & Biological Engineering &
Computing. Soumis le 24/01/2003
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