Sentence examples for might disrupt normal from inspiring English sources

Because the gonad is densely packed with mitochondria and constitutes the primary site of mtDNA replication in C. elegans, alterations in mitochondrial function might disrupt normal tissue function [24].

Since alcohol intoxication might disrupt normal labour and care of newborn pups, we withdrew pregnant rats from alcohol on gestation day 19.

14 Since HSC70 is involved in autophagy pathways, notably in chaperone-mediated autophagy, 14 16– 18 leading to endogenous MHCII loading, we explored this mechanism, hypothesising that P140 might disrupt normal functions of HSC70 in this catabolic pathway.

We can now speculate that zebrafish trib1 might also have a role in liver development that only impacts hepatocytes, because lipid metabolism might be more important in functional, differentiated liver cells, and trib1 gene knockdown leading to elevated lipid levels might disrupt normal cell growth and proliferation, while the zebrafish embryo is still utilizing yolk as a primary source of energy.

Although sequence comparison between O. glaberrima and O. sativa RAE1/An-1 alleles did not directly reveal which mutation(s) was responsible for the awnless phenotype in O. sativa, we hypothesized that the TE insertion in O. sativa might disrupt normal gene expression and performed additional experiments to test this.

"If you nap too long during the day or too close to your normal bedtime, like after 5 p.m., it might disrupt your normal sleep cycle," he says.

We examine the potential cellular and molecular mechanisms by which a viral infection of the placenta might disrupt the normal interaction between the cellular component of the implantation site and bacteria.

One possibility is that compromised TGase-3 activity might disrupt the normal differentiation and cell death programme of corneocytes.

These changes in hnRNP-K distribution might disrupt the normal behaviour of this ribonucleoprotein which is involved in diverse biological processes including regulation of transcription and translation.

In the absence of information regarding its defined functions or structure it has been difficult to uncover how pathogenic mutations in the protein might disrupt the normal function of seipin and cause disease.

Introduction of a negatively charged side chain at position 120 might disrupt the normal hydrogen bonding and replace it with strong electrostatic repulsion, putatively reducing the binding energy between the catalytic and regulatory subunits.