Yes I think so. It is associated with the autonomic feedback loop.
Blood pressure is the product of the TPR and CO as you know right?
And both branches of the ANS are involved in the autonomic control of blood pressure via feedback mechanisms.
I looked at Kaplan pharm and it says:
"Changes in mean blood pressure are detected by varoreceptors, which relay information tot he cardiovascular centers in the brainstem controlling PANS and SANS outflow. For example, an increase in mean blood pressure elicits baroreceptor discharge, resulting in increased PANS activity, leading to bradycardia and decreased SANS activity, which leads, in turn, to decreased heart rate, force of contraction, and vasoconstriciton. The resulting decreases in cardiac output and total peripheral resistance contribute to restoration of mean blood pressure toward normal level."
So going back to your question:
Increased CO --> Increases blood pressure (=mean arterial pressure) --> elecits baroreceptro discharge --> increased PANS activity and decreased SANS
Does this make sense?
Please feel free to correct me or add any further explanation.
Thanks.