The phrase "alterations in the formation" is correct and usable in written English.
It can be used in contexts discussing changes or modifications in a specific structure or arrangement, such as in scientific, artistic, or organizational discussions.
Example: "The researchers noted significant alterations in the formation of the crystal structure after the temperature was increased."
Alternatives: "changes in the structure" or "modifications in the arrangement."
Part of this variance may reflect time-dependent ruminal adaptations to high levels of lipid in the diet, which lead to alterations in the formation of specific biohydrogenation intermediates.
We propose that the enhancement of microtubule dynamics may explain the alterations in the formation of focal adhesions, leading to inhibition of cell adhesion and migration.
Interestingly, we also show that MVL-PLA2 enhances microtubule dynamics likely leading to the alterations in the formation of focal adhesions, which may explain its effect on angiogenesis.
Therefore, alterations in the formation of three-dimensional structures might activate the EGFR pathways.
Such preferential use of DHA would inhibit cell survival and proliferation, due to alterations in the formation of cell membrane lipid rafts [ 47– 47].
Notably, alterations in the formation and function of the endoplasmic reticulum network in cells have been associated with the most common pure HSPs with autosomal dominant inheritance, 2 while numerous complex HSPs with autosomal recessive inheritance have been linked to defects in endosomal dynamics.
The alteration in the formation of [14C]glucose-labeled lipids was not caused by a deficient uptake of glucose because we observed no changes in the rate of [3H]deoxyglucose uptake in cells treated with CVT or vehicle (Figure 4D).
Such increase in the cellular uptake was explained by the topography-induced alteration in the formation of densely packed actin filaments which affected the cellular contractility and upregulation of the Rho-GTPase pathways.
Our results indicate that nickel sulfate affects the steroidogenic enzymes, causing alteration in the formation of testosterone in both dietary groups, which was manifested in the elevated cholesterol and ascorbic acid level with decreased activities of steroidogenic enzymes in adult rats testes.
Typically, brain insults produce morphological and functional alterations in the hippocampal formation, including neurodegeneration in CA1, CA3, and, most consistently, the dentate hilus.
Cd toxicity resulted in constrained dissipation of excitation energy which may have been induced by alterations in the quenching centre formation or inhibition of vibrational transfer of thermal energy between pigments and the protein skeleton (Gruszecki et al. 2009).
