Low BP after exercise

[Test Monsterone]

I regularly check my BP as I have historically had high BP. I have been taking medication for years and it used to be between 125-135/65-80, resting. I am not on a supraphysiological dose of testosterone at the moment; only taking 60 mg E3D. Right now my resting BP is around 115/70. About a month ago I got off a cruise of TRT + 200 mg EQ/week that I was on for about 2 months. My blood pressure was a little higher during that time.

I have noticed that in the past my blood pressure would be slightly lower than resting after strenuous exercise, though the pulse would be slightly elevated (around 80). Today, after doing back and chest, and within 20 minutes of leaving the gym my BP is 95/65. I have also noticed my resting pulse (not after the gym) has gotten as low as 45 BPM. I feel fine in general, maybe even a little better than usual. No dizziness. I've been consuming less calories and eating a little cleaner overall.


I know the standard answer is check with your doctor; well I will when I get one, as I haven't been to one in over 6 years, but thought I'd ask the bros on here if anyone has had similar experiences.

[Test Monsterone]

Just tested my BP again after writing the post and it's back to "normal" of 114/66, pulse 77.

[GearHeaded]

PEH - post exercise hypotension .. I occasionally get the same thing, mainly after cardio. by BP can be 140/80 resting, then after cardio its 90/60.
I looked into it in the past and it has to do with your brain its response to dopamine and endorphins that get released when exercising.
basically our brains are wired a lot different then the rest of the population , who usually get a spike in BP after exercise.

also, alcohol consumption makes it even worse. if I drank for a couple days in a row and end up doing cardio, my BP drops even more (and again it has to do with the brain and how alcohol is also effecting, ie, acting on, dopamine receptors)

[gymffiti]

PEH - post exercise hypotension .. I occasionally get the same thing, mainly after cardio. by BP can be 140/80 resting, then after cardio its 90/60.
I looked into it in the past and it has to do with your brain its response to dopamine and endorphins that get released when exercising.
basically our brains are wired a lot different then the rest of the population , who usually get a spike in BP after exercise.

also, alcohol consumption makes it even worse. if I drank for a couple days in a row and end up doing cardio, my BP drops even more (and again it has to do with the brain and how alcohol is also effecting, ie, acting on, dopamine receptors)

I've experienced this over the years - When I've been overweight, lean, natty & on TRT

I have had spells on SSRIs. Maybe that could be a factor for Test Monsterone?

[almostgone]

Lowered BP is actually come of the benefits of cardio and high intensity exercise. It generally lasts 4-6 hours for me.

That's one reason cardio or high intensity lifting is touted so much for lowering your BP.
Google it, there are lots of scholarly articles on it.

[GearHeaded]

completely argree that cardio is a great way to lower overall BP over time .. however most people end up getting temporary and acute hypertension just after or during performing exercise.. so if your BP is normally 120/80, after a 20 rep set of squats it will be 140/90 for a bit ,, but the good benefits happen over the long run and from doing those 20 rep sets your new BP set point might then be 115/75..

but. as I mentioned earlier, there are a rare few people that exercise has the opposite effect and can substantially and suddenly lower blood pressure. and it has more to do with brain chemistry at the receptor level then anything else . and its not always consistent..

I have checked this on myself many times . I'll take my BP and it reads 140/80.. then immediately do 40 mins of cardio on a spin bike. then check it again and its dropped to 90/60.
which is odd for someone with hypertension to begin with..

I have also found that if I'm struggling with elevated blood pressure. if I do cardio daily for a week or more,, the BP numbers go down significantly. most people require months of exercise to see the cardio benefits of lower BP

[i_SLAM_cougars]

I have also found that if I'm struggling with elevated blood pressure. if I do cardio daily for a week or more,, the BP numbers go down significantly. most people require months of exercise to see the cardio benefits of lower BP

Do you think this has anything to do with the compounds you run? If I’m not mistaken your run Boldernone a lot, even cruise on it from time to time... a drug basically designed to enhance the cardiovascular system.

[Dgs59]

Do you think this has anything to do with the compounds you run? If I’m not mistaken your run Boldernone a lot, even cruise on it from time to time... a drug basically designed to enhance the cardiovascular system.

EQ enhances the cardio system do you think it can be used if you are on high BP meds already?

Sorry didn't mean to hijack OPs thread.

[Test Monsterone]

EQ enhances the cardio system do you think it can be used if you are on high BP meds already?

Sorry didn't mean to hijack OPs thread.

I have high BP and take meds and have taken/take EQ.

While my BP wasn’t increased by much at 750 mg/week, by 2 months I was very lethargic. Got great pumps in the gym, looked very vascular, but I felt like I had to lie down all the time. The first month was great, I felt the benefits cardio-wise. Could lift forever, at least it seemed like it.


So while EQ gave me cardio benefits the first month as my RBC increased (able to carry more oxygen in blood) the blood thickenened and the heart had a harder time pumping the blood. Essentially it’s like being a cardiac patient at that point and it probably isn’t very healthy.

At 200mg/week I didn’t get the lethargy by 2 months, and my hematocrit was on the high end of normal.

Again BP maybe went up 10 points for me.

[GearHeaded]

the decrease in cardio capacity from EQ over time and high dosages was likely NOT from increased hematocrit.

the lethargy that kicks in deep into a cycle of high dosages of deca, anadrol, eq, etc.. is not from elevated RBC or hematocrit.

elevated RBC and hematocrit are going to increase cardio capacity, not decrease it. but some guys will say, 'yeah but if it gets too high then your blood thickens and cardio capacity goes down' , bullshit . your heamatoacrit is not getting anywhere close to the levels that a professional cyclist or endurance athlete gets his levels to for competition.. your little bit of deca or eq might get your hematocrit up to say 50 , but thats no where close to what these endurance athletes are at getting up to 59-60 using things like EPO and blood doping (ie, draining blood then adding in more blood and RBC before the competition).

so why on earth would professional endurance athletes purposely go to such great lengths to get their hematocrit levels so high, if high hematocrit decreases cardio capacity and performance ?? umm , yeah they wouldn't . they do it because high hematocrit/rbc increases performance.


now the thing that these athletes don't do to increase their RBC is take 800mg of Eq or Deca. thats going to result in blood volumization via nutrient and water retention and possible slight slight edema. thats what causes the drop off in cardio capacity and lethargy , NOT the elevation of RBC..
bodybuilders get increased RBC and its not even close to the levels an endurance athlete gets to and he gets tired and lethargic.. but again its not because increased hematocrit levels, its because of volumization and water retention. endurance athletes get their hematocrit levels much higher then a bodybuilder and perform better, but they don't increase their body weight, or nutrient volumization or get water retention. they are taking drugs like EPO to increase RBC, which is not an AAS and does not volumize cells or cause water retention.


so again. the reason you felt your cardio go to crap was not because your hematocrit was elevated (it probably wasn't anywhere near the range of a professional endurance athlete), it was from cell volumization, water retention, and possible slight cardiac and pulmonary edema.

also of note - Eq does not necessarily increase hematocrit more then any other AAS unless your genetically pre-disposed to that. plenty of guys take Eq and hematocrit is always in range or top of the range (if they want higher hematocrit for cardio performance they should look to other drugs).

[Test Monsterone]

Gear, according to the following articles, EPO is not as great as people think it is. In fact, they are saying it’s good in shorter sprints, but worse for longer competitions.

https://www.google.com/url?sa=t&sour...zaLl-_g0DzpxdY


https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3690100/


https://mobile.reuters.com/article/amp/idUSKBN19L1EE


For me, because my first cycle was test only at 850 mg/week, and my second cycle was 150 mg test + 750 EQ, I was able to compare how both made me feel. I didn’t get as lethargic from the test only cycle, but it did make my blood pressure increase much more and I would look redder in the face and chest. Whatever the mechanism behind EQ, it caused me lethargy in the end, while test didn’t.

[GearHeaded]

Gear, according to the following articles, EPO is not as great as people think it is. In fact, they are saying it’s good in shorter sprints, but worse for longer competitions.

https://www.google.com/url?sa=t&sour...zaLl-_g0DzpxdY


https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3690100/


https://mobile.reuters.com/article/amp/idUSKBN19L1EE


For me, because my first cycle was test only at 850 mg/week, and my second cycle was 150 mg test + 750 EQ, I was able to compare how both made me feel. I didn’t get as lethargic from the test only cycle, but it did make my blood pressure increase much more and I would look redder in the face and chest. Whatever the mechanism behind EQ, it caused me lethargy in the end, while test didn’t.

what was your AI usage like between each cycle

[Test Monsterone]

what was your AI usage like between each cycle

Don’t remember the exact dosage, but first cycle was like 0.5 mg 2x a week Arimidex.

Second cycle with EQ I don’t think I took any.

[GearHeaded]

Gear, according to the following articles, EPO is not as great as people think it is. In fact, they are saying it’s good in shorter sprints, but worse for longer competitions.

https://www.google.com/url?sa=t&sour...zaLl-_g0DzpxdY


https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3690100/


https://mobile.reuters.com/article/amp/idUSKBN19L1EE


For me, because my first cycle was test only at 850 mg/week, and my second cycle was 150 mg test + 750 EQ, I was able to compare how both made me feel. I didn’t get as lethargic from the test only cycle, but it did make my blood pressure increase much more and I would look redder in the face and chest. Whatever the mechanism behind EQ, it caused me lethargy in the end, while test didn’t.

a lot of my phase cycling protocols contain what I label a "volumization" phase. they often times include things like Eq and Anadrol . because I find these drugs (eq has to be high enough dosage) volumize cells extremely well. you retain nutrients, minerals, water, etc.. in cells extremely well. you become more vascular because your retaining a lot more nutrients and water in the blood stream . not because your rbc or hematocrit is elevated

this volumization effect though can lead to lethargy over time because your body is working harder retaining so much . yes hematocrit is likely going up a bit as well , but the lethargy is not from the high hematocrit itself (though its easy to confuse whats going on and think this is the cause)..

if you were to get your hematocrit to say 51 , from 47 , without using AAS (which have retentive properties that cause the lethargy) and just doing things like living at high altitude and sleeping in a barometric chamber , your cardio capacity would likely increase, not decrease .
its the secondary effects from the AAS that are causing the lethargy and decline in cardio capacity

[Test Monsterone]

a lot of my phase cycling protocols contain what I label a "volumization" phase. they often times include things like Eq and Anadrol . because I find these drugs (eq has to be high enough dosage) volumize cells extremely well. you retain nutrients, minerals, water, etc.. in cells extremely well. you become more vascular because your retaining a lot more nutrients and water in the blood stream . not because your rbc or hematocrit is elevated

this volumization effect though can lead to lethargy over time because your body is working harder retaining so much . yes hematocrit is likely going up a bit as well , but the lethargy is not from the high hematocrit itself (though its easy to confuse whats going on and think this is the cause)..

if you were to get your hematocrit to say 51 , from 47 , without using AAS (which have retentive properties that cause the lethargy) and just doing things like living at high altitude and sleeping in a barometric chamber , your cardio capacity would likely increase, not decrease .
its the secondary effects from the AAS that are causing the lethargy and decline in cardio capacity

I see what you mean. I read a lot of books on different expeditions to the Himalayas on Everest and K2, and I remember reading about some people (especially older people) experiencing heart attacks and dying even at base camp. Now whether they didn’t acclimate quickly enough or whether the cell volumization, as you call it, caused this to happen, I don’t know. I know they said that for the indigenous Sherpa people who live at those altitudes, they have evolved over time to deal with the atmosphere, but for the rest of us, being at that altitude for too long can be taxing on the health.

[GearHeaded]

I see what you mean. I read a lot of books on different expeditions to the Himalayas on Everest and K2, and I remember reading about some people (especially older people) experiencing heart attacks and dying even at base camp. Now whether they didn’t acclimate quickly enough or whether the cell volumization, as you call it, caused this to happen, I don’t know. I know they said that for the indigenous Sherpa people who live at those altitudes, they have evolved over time to deal with the atmosphere, but for the rest of us, being at that altitude for too long can be taxing on the health.

the people who live at higher elevations have higher hematocrit levels naturally . they need to and they adapt.. people who live at low elevation and come up to higher elevation experience health problems not because their hematocrit suddenly elevates, its because its too low to begin with. high rbc/hematocrit is essential . its also a performance advantage. its not a negative side effect of AAS usage, its a positive one.


I live at 7,300 ft elevation (previously lived at 9300 feet for most my life). which is way above sea level. my hematocrit is naturally high.
its probably 80 degrees where you live . but where I live its currently 12 degrees, its a blizzard, the major highway has closed, and my kids school has been cancelled .. fun stuff . but hey I'm naturally acclimated to high hematocrit levels . I bet I could run a sub 6 minute mile at sea level !

[Test Monsterone]

the people who live at higher elevations have higher hematocrit levels naturally . they need to and they adapt.. people who live at low elevation and come up to higher elevation experience health problems not because their hematocrit suddenly elevates, its because its too low to begin with. high rbc/hematocrit is essential . its also a performance advantage. its not a negative side effect of AAS usage, its a positive one.


I live at 7,300 ft elevation (previously lived at 9300 feet for most my life). which is way above sea level. my hematocrit is naturally high.
its probably 80 degrees where you live . but where I live its currently 12 degrees, its a blizzard, the major highway has closed, and my kids school has been cancelled .. fun stuff . but hey I'm naturally acclimated to high hematocrit levels . I bet I could run a sub 6 minute mile at sea level !

God damn brother that’s insane! It’s 72 right now in PA where I live. Yes, you would do great at sea level. This summer I went to the mountains for a quick vacation, right as I was ending my EQ cycle of 750 mg. I actually was breathing quite well at that altitude and wasn’t so lethargic anymore, proving your point.