To overcome the difference in the volatility of test ligands during a stimulus [41], the amounts of chemicals released from the EAG syringe were quantified for the twelve compounds that elicited high EAG responses (Fig. 3A,B).
The experiment showed that the amount of 2-undecanone released from the EAG syringe during stimulus was much less than the other chemicals as expected due to its larger molecular weight.
We examined the Eag and Eig estimates from the combined model for their associations with increase in eNO.
Thus, we pooled the Eag and Eig estimates from both models for the following health effect assessment.
The eAG infers an average glucose levels from the HbA1c concentrations, which may efficiently inform patients of their glycemic control [ 26].
It was also a potential " quick win" for the newly established Clinical Care Directorate; due to the groundwork of the EAG they " didn't have to start from scratch" formulating recommendations.
As predicted from the ligand-binding and modeling studies, the EAG responses to 3-methyl indole were also affected in the same mosquitoes.
The EAG subfamily of voltage-gated K+ channels is divided into three distinct groups including EAG (EAG1/ EAG-like K+2/ Kv10.2), ELK-like K+ (ELK) and EAG-related (HERG/ Kv11.1).
To better correlate EAG response and the released amount of these odorants, we calculated the "EAG response/µmol" (Fig. 3C).
Most of these mosquitoes showed complete loss of the EAG response to indole.
