I dont think that prop is stronger than test e or tren a is stronger than tren e...I believe its all based on the ester and how fast it is released into your system.
I dont think that prop is stronger than test e or tren a is stronger than tren e...I believe its all based on the ester and how fast it is released into your system.
Hey cobra Im sure tren ace should be stronger slightly I've heard it before many times but I don't know by how much do for example:
how much would 75mg tren ace eod (6days)(week) = upto tren enanthate week ?
Confusssing
what? have you considered the ester molecular weight? if one ester weights less than the other then obviously there will be more active substance in the solution with the less-weighing ester
edit: and to answer ops question, acetate weights roughly twice as little as enanthate. so you get more active substance from tren acetate

the thing is with e your levels are compounding in your blood....with a they cleave to fast to ever biuld on itself so if you ran 75mg eod (mon,wed,fri,) you would be at roughly 225mg one week and 300mg the next ( sun, tues, thurs, sat) but I wouldnt know the conversion to make them equal...I dont think its possible to match the two on a cycle so the amounts equal one another.
I think the reason people think one is stronger than the other is based on how they are feeling the release into the system. Obviously your going to feel tren a in a different way the tren e.
again either way I believe its based on the way the ester cleaves...mg per mg tren is tren but I am no expert.
I will always choose a long ester over a short for the compounding levels and the more even levels of the blood....everyone has their own preference though
Hey cobra Im sure tren ace should be stronger slightly I've heard it before many times but I don't know by how much do for example:
how much would 75mg tren ace eod (6days)(week) = upto tren enanthate week ?
Confusssing
Sorry Jstarks, but you are wrong. The prop per 100mg contains 86mgs of prop per 100mg, the other is the molecular weight. Enanthat is around 68ms per 100mg and theres a chart somewhere i'ma try and find it. It's also been on threads here too.ing to do with cleaving in this situation.
I'm pretty sure you just said what I said! The molecule of Test or Tren is a molecule! It is still that molecule no matter what ester is attached to it, it maintains its shape and is still the molecule, if it were changed and was a different shape then it ceases to be that molecule and becomes something else which in turn would not make it Tren or Test period. The molecule is what it is and there is no strength difference in a molecule! Like I said and it looks like you said as well "The actual amount of the molecule of tren is in a higher concentration in one ester form and in lower concentration in the other ester form" therefore the molecule itself of tren or test is not less weak or more strong but just more abundant in one and less abundant in the other!
I'm pretty sure you just said what I said! The molecule of Test or Tren is a molecule! It is still that molecule no matter what ester is attached to it, it maintains its shape and is still the molecule, if it were changed and was a different shape then it ceases to be that molecule and becomes something else which in turn would not make it Tren or Test period. The molecule is what it is and there is no strength difference in a molecule! Like I said and it looks like you said as well "The actual amount of the molecule of tren is in a higher concentration in one ester form and in lower concentration in the other ester form" therefore the molecule itself of tren or test is not less weak or more strong but just more abundant in one and less abundant in the other!
Ya, after I wrote it up I went and re-read thats why I edited. Sorry. There was alot to read so I only skimmed your first long post
No, on the cleaving part, from my days in Organic Chemistry it was well known that the body processes esters differently. Some esters attached to certain molecules can make that molecule pass directly through the body with no absorption whatsoever because some esters are immune to attack by our enzymes. So in a normally absorbing compound like Creatine for example, there have been cases where some company's ran tests on their new product and had certain esters attached to their creatine products and their test subjects were absorbing absolutely none of the creatine ingested. This may not be the case with this AAS products in discussion but esters do affect the body's absorption rates.