Sentence examples for molecular changes due from inspiring English sources
The study of molecular changes due to ageing processes is particularly important, because these transformations cause physical changes such as variation in solubility.
Thousands of knockout or transgenic mice have been generated, and can be used to assess physiological and molecular changes due to genetic perturbations.
It may be that molecular changes due to hormonal or environmental factors during the development of the mammary gland (thelarche) itself may be the operative mechanism beneath the menarche/ breast cancer association.
Furthermore, molecular changes due to plasma treatment were studied for the first time at the proteome level in order to complement the known macroscopic effects observed in the wound model.
Second, we considered whether the molecular changes might be due to medication.
In view of the molecular and ultrastructural changes due to early diseases and the interdependent structure-function-property relationships in tissue, applying multi-disciplinary techniques can discriminate among the various factors and changes and their influence on the functional integrity of cartilage as a load-bearing material.
In other words, with PCA it is possible to extract the principal contributions in spectral changes due to molecular deformations by RBC stretching.
It is thought of as a "joint failure" due to molecular changes that take place in all joint tissues [ 2].
This may be due to molecular changes in the tumour cell biology per se, but changes in the tumour host interaction may also contribute.
While elevated midlife ATH risk factors appear to increase the risk for developing AD in late life [ 4- 6], once dementia begins, these same risk factors may diminish, perhaps due to molecular changes associated with AD, to decreased caloric intake and/or increased caloric expenditure or to reduced survival of those with high ATH risk factors [ 7- 9].
In addition, it is becoming clear that heterosis in polyploids and hybrids is largely due to complex molecular changes at epigenetic, genomic, proteomic, and metabolic levels [ 10, 22, 23].
