Sentence examples for biological joint from inspiring English sources

Advances in tissue engineering may make biological joint replacement possible in the near future.

However, no significant progresses so far have been made in regenerating biological joint.

Using this system, a technical model of a biological joint connecting two ossicles of the human middle ear is investigated.

Tissue engineering is considered as a promising approach for the regeneration of biological joint theoretically and thus provides a potential treatment option for advanced osteoarthritis.

The strategy established in the study provides a promising approach for regenerating a biological joint which could be used to reconstruct the impaired joint.

But coupling both the osteogenic and cartilaginous pathways of mesenchymal stem cell differentiation in homeostasis will be a key essential to grow osteochondral constructs or even the first biological joint replacement in the future.

In this paper, a new methodology to estimate the pressure distribution in biological joints is presented.

Designing new mechanical links using bio-inspiration requires the knowledge of operating contact pressure in biological joints.

Structural classification of biological joints should include at least: 1) degree of freedom (d.o.f ., 2) possible relative movements, 3) variability of d.o.f., 4) restrictions of range of motion, 5) stress in reaction to external forces.

They have a number of substantial benefits: with their fabric construction, exosuits eliminate problems of needing to align a rigid frame precisely with the biological joints and their inertia can be extremely low.

In biological joints such as the human knee, friction is reduced by means of cartilage with a very low friction coefficient, as well as lubricating synovial fluid, which has very low viscosity.