Just trying to sort out a couple of questions on Carbolin 19 19 that I can’t piece together from the current posts.
it seems that hemodynamic effects may include lower blood pressure, increased contractility and possibly increased heart rate/tachycardia. The latter is not surprising considering some of the fat loss benefits, but if BP is lowered and contractility is enhanced, why would HR go up from a hemodynamic perspective?
I.e., it seems that there is at least one variable missing in this list. If I lower blood pressure and increase contractility from, say, endurance training, we typically see reduced heart rate. Can somebody fill in this blank for me. Thanks!
More generally, based on what we know about Carbolin 19, would you think it would benefit endurance sports performance or is it largely irrelevant?
An increase in heart rate is seen in much higher concentrations than that which causes an increase in contractility. I doubt most would experience it, but it’s something I like to note for those that may exceed the recommended dosage or may differ from the average person when it comes to kinetics and/or dynamic response of the compound.
In short, there’s an increase in contractility until one reaches a particular threshold where one begins to have a substantial increase in heart rate. That really isn’t surprising though and is something one should generally expect with a compound that is selective (increasing the dose or concentration in vivo, the effects will become less selective).
Hope that helps.
[quote]RTMB wrote:
Just trying to sort out a couple of questions on Carbolin 19 19 that I can’t piece together from the current posts.
it seems that hemodynamic effects may include lower blood pressure, increased contractility and possibly increased heart rate/tachycardia. The latter is not surprising considering some of the fat loss benefits, but if BP is lowered and contractility is enhanced, why would HR go up from a hemodynamic perspective?
I.e., it seems that there is at least one variable missing in this list. If I lower blood pressure and increase contractility from, say, endurance training, we typically see reduced heart rate. Can somebody fill in this blank for me. Thanks!
More generally, based on what we know about Carbolin 19, would you think it would benefit endurance sports performance or is it largely irrelevant?