Sentence examples for most likely acting from inspiring English sources

The report (pdf) said that Litvinenko, who died from radioactive poisoning, was killed by two Russian agents, Andrei Lugovoi and Dmitry Kovtun, who were most likely acting on behalf of the Russian FSB secret service.

The lack of endothelium can be seen in Figure 4A because ACh induces a contraction, most likely acting on ACh receptors on the smooth muscle cells.

Bittar alleges that the ICE officers who arrested Arzate and caused him to miss his court hearing in August were "most likely" acting on a tip from the Santa Ana Police Department.

TbKIN-A, TbKIN-B, TbCPC1 and TbCPC2 are thus most likely acting together with TbAUK1 in promoting chromosome segregation and cytokinesis in T. brucei.

In conclusion, our findings provide further support for the notion that FTO itself can influence key components of energy balance, most likely acting through central action on appetite, and is therefore a strong candidate for the mediation of the robust association between FTO intronic variants and adiposity.

In the previous issue, Smits and colleagues demonstrate the use of congenic rat strains to discover that the Mcs5a breast cancer susceptibility locus is most likely acting through the immune system, via novel transcriptional regulatory mechanisms.

An antidepressant like Paxil or Prozac, these new studies suggest, is most likely not acting as a passive signal-strengthener.

Mr. Frenkel, 70, beat out the deputy governor, Karnit Flug, who will most likely be acting governor until Mr. Frenkel starts.

We find that a key set of aromatic and aliphatic residues serves as a hydrophobic core for the ligand binding pocket, while E283 is critical for high affinity interaction, most likely by acting as the counterion for a positively charged nitrogen atom common to all three inhibitors.

We and other groups have recently shown that vitamin C induces the generation of 5hmC, most likely by acting as a cofactor for TET dioxygenases to hydroxylate 5mC.

Histone H3 lysine 9 tri-methylation (H3K9me3) is one of the most highly studied covalent modifications and has functions in the repression of genes, most likely via acting as a recognition motif for the binding of chromatin-associated proteins.