Sentence examples for mechanical change in from inspiring English sources

It used to be if you wanted to make a mechanical change in your golf swing, it could take months to do that.

Piezoelectric materials provide the most common example of an external stimulus being converted into a mechanical change in the material.

It is likely that there was no significant mechanical change in the organization of the bone matrix of the orchidectomised rat that may compromise the bone strength.

As this cartilage repair method creates a large defect with a 2 to 3 mm depth of the vacant space at DN gel implantation, it might cause a significant mechanical change in the adjacent cartilage.

Our data suggest that proteolysis may be a key driver of localized mechanical change in the inter-lamellar space of diabetic rat aortas and that structural proteins (such as fibrillin microfbrils) may be biomarkers of diabetes induced damage.

Apart from mechanical change in the knee due to these lesions, it is suggested that the biology in the knee has already changed in the first weeks after the acute injury; inflammatory processes in the initial phase are suggested to induce proteoglycan loss followed by subsequent collagen loss [ 47].

These early studies set the stage for extensive research focused on the mechanisms whereby cells detect mechanical changes in the microenvironment and transduce these into biochemical and molecular alterations in the cytoplasm and nucleus.

The order has been defended by Alberto R. Gonzales, the White House counsel, who contended that it concerned only mechanical changes in procedures for releasing records.

Although the different ways of registering mechanical changes in the environment or within the body represent various structural specializations, it is not feasible to identify any one of them simply in terms of its structure; many different mechanisms, cells, or organs may perform similar functions.

The silencing RNA treatment not only induced mechanical changes in stem cells but impaired biochemically-directed osteogenic differentiation.

These mechanical changes, in addition to cytoskeletal rearrangements, demonstrate a correlation between cytoskeletal architecture and increased cell stiffness as epithelial cells progress through EMT.