Elasticity:

the ability of a material to offer mechanical resistance to the forces acting on it and to regain its shape when the forces cease. The adaptability of the _ller placed in human tissue.

Viscosity:

the resistance to creep not to be confused with the _uidity which is its reciprocal magnitude. The ability of the _ller to overcome the interposing of resistances and obstacles.

Viscoelasticity:

Elastic material, it will be resistant to the action of the applied forces, if, on the other hand, it is very viscous, it will tend to remain in the injection site. The viscoelasticity of a _ller is given by the degree of crosslinking and by the concentration. Viscoelasticity is the property in this case of Fill-me which exhibits an intermediate rheological behavior between a purely viscous material and an elastic material.

Cohesiveness:

The force of attraction of an electrostatic nature that is created between the particles of a substance by holding them together. The ability of Fill-me to integrate with human tissue and remain in the inoculation site.

Plasticity:

The ability to undergo shape changes in response to applied forces. The quality of Fill-me changes according to the changes that act on it once positioned.