These cells express numerous other proteins that are sensitive to damaging chemicals, excessive mechanical pressure, and extremes in temperature, and have fibres that extend from just beneath the skin surface into the spinal cord.
Nociceptors synthesize a wide variety of membrane proteins that are sensitive to different types of painful stimuli – such as excessive mechanical pressure, painfully hot and cold temperatures, and the noxious chemicals that spill out of damaged cells.
However, excessive mechanical action leads to interface damage.
Furthermore, extrinsic factors can generate excessive mechanical constraints on the SSC tendon.
It is known that excessive mechanical force exerted by hyperocclusion induces occlusal trauma.
Cracks in a ceramic package may also indicate a package design fault or excessive mechanical stresses.
This can result in pseudo-arthrosis-like changes with the formation of surrounding reactive osteophytes due to excessive mechanical load at single movable intervertebral spaces [14].
Excessive mechanical stress (MS) during hyperocclusion is known to result in destruction of periodontal tissues and alveolar bone, leading to occlusal trauma.
Surgical technique, implant design and material factors are the most important preventative factors, because they influence both the generation of wear debris and excessive mechanical stresses.
To support interpretation of experimental data, a numerical model is proposed that can predict damage progression in cartilage over time, as a consequence of excessive mechanical loading.
Besides physiological adaptive responses, excessive mechanical loading (i.e., overloading) was considered as an important factor in the etiology of tendinopathy [20,34,35], which is associated with pain, focal tendon tenderness, and decreased strength and movement [32].
