Two separate effects are treated: (a) a stiffening or weakening of each fluid column depending on its orientation in the gravity field; (b) a linear density variation along each straight member caused by the static compression of the fluid.
A total of 1043 samples were tested by static compression.
In addition, cells can be mechanically induced to transfer from fibroblastic to chondrocytic cells, at least in tendon [ 58], and synthesis of proteins and proteoglycans by cartilage cells is inhibited by static compression but not by intermittent loading [ 59].
Our findings demonstrate the necessity of high pressures for initiating carbon hydrogen separation3 and imply that diamond precipitation may require pressures about ten times as high as previously indicated by static compression experiments4,8,10.
Ragan, P. M. et al. Chondrocyte extracellular matrix synthesis and turnover are influenced by static compression in a new alginate disk culture system.
Physical characterization was performed by FTIR, XRD, SEM and micro-CT, where as mechanical features were evaluated by static compression and constant deflection compression tests.
Mechanical strain can increase the synthesis of hyaluronan by embryonic fibrocartilage cells (Dowthwaithe et al, 1999), whereas the static compression of cartilage does not modify the synthesis of hyaluronan (Kim et al, 1996).
In situ static compression of physiological magnitude was applied to the feline patellofemoral cartilage 16 weeks post-ACL-T and cartilage and chondrocyte deformation were evaluated by histomorphometry.
Cervical spondylomyelopathy (CSM) is characterized by dynamic and static compressions of the neural components caused by developmental abnormalities and secondary degenerative changes of the cervical vertebral column, leading to variable degrees of neurologic deficits and neck pain [ 1– 5].
Cervical spondylomyelopathy (CSM) in dogs is characterized by dynamic and static compressions of the neural components, leading to variable degrees of neurologic deficits and neck pain.
