Documentation on Esters and Serum Levels?

[rmbX66t1]

I'm trying to work on a spreadsheet in Excel to monitor my serum levels based on injection frequencies. I am curious if there is any documentation on the elevation, peak, and drop of serum levels based upon the ester half lives of various compounds.

Thanks in advance to any help that can be provided; I am sure there is some sort of formula existing, or at the very least something I can conjure up with more information on the rates of rise and decline.

[panntastic]

I'm trying to work on a spreadsheet in Excel to monitor my serum levels based on injection frequencies. I am curious if there is any documentation on the elevation, peak, and drop of serum levels based upon the ester half lives of various compounds.

Thanks in advance to any help that can be provided; I am sure there is some sort of formula existing, or at the very least something I can conjure up with more information on the rates of rise and decline.

I'm sure this would depend on exactly which brand was used
The amount etc
And would also have to have bloods drawn at very regular intervals
I don't think its something you can just knock up on a computer

[rmbX66t1]

I'm sure this would depend on exactly which brand was used
The amount etc
And would also have to have bloods drawn at very regular intervals
I don't think its something you can just knock up on a computer

I have no formal medical education; however, give or take any variances in the body's ability to absorb the compounds, wouldn't the half life dictate the release of the compound from the ester? I don't think brand would have much to do with it, and any variance that exists would be within the confines of the individual's body, as well as the efficiency of the injection (deep in the muscle vs. subQ).

Assuming the standard vacuum in a case, wouldn't a proportionate percentage of the compound be released as the ester is metabolized at the rate dictated by the said ester?

This is my interpretation, but perhaps I am incorrect.

[panntastic]

I have no formal medical education; however, give or take any variances in the body's ability to absorb the compounds, wouldn't the half life dictate the release of the compound from the ester? I don't think brand would have much to do with it, and any variance that exists would be within the confines of the individual's body, as well as the efficiency of the injection (deep in the muscle vs. subQ).

Assuming the standard vacuum in a case, wouldn't a proportionate percentage of the compound be released as the ester is metabolized at the rate dictated by the said ester?

This is my interpretation, but perhaps I am incorrect.

He's but you mentioned serum levels
This would depend on brand etc due to exact amount of powder used in each vial

Some ugl are underdosed some overdosed pharma grade would be best for any experience

[panntastic]

http://forums.steroid.com/anabolic-s...-depot%2A.html

[rmbX66t1]

He's but you mentioned serum levels
This would depend on brand etc due to exact amount of powder used in each vial

Some ugl are underdosed some overdosed pharma grade would be best for any experience

http://forums.steroid.com/anabolic-s...-depot%2A.html

I'm not sure you're understanding my question or if I just worded it poorly. I understand that the dosage and ester will cause a variance. However, I assume it is proportionate. If the half-life causes (hypothetically speaking) a 50% release, on every X number of days, then it would be proportionate - meaning the dose is not of substance.

i.e.: Test E half life is 14 days, so every 14 days 50% of the existing compound is released;
Test E, 250mg/mL, 70% of weight is in compound, 1mL injection:

• Day 14: 87.500mg released,
• Day 28: 43.750mg released,
• Day 42: 21.875mg released, etc.

Now, I understand, this is not how it functions; however, what I am trying to establish is the pattern in which it does function. So that I can calculate how much active compound is in my body.

Am I making sense? Lol.

[rmbX66t1]

*bump*

Has anyone got any insight into this? I recall seeing a thread, possibly a year ago, that broke down the numbers in the manner I am referring to. It seems that I just can't find it.

[panntastic]

I'm not sure you're understanding my question or if I just worded it poorly. I understand that the dosage and ester will cause a variance. However, I assume it is proportionate. If the half-life causes (hypothetically speaking) a 50% release, on every X number of days, then it would be proportionate - meaning the dose is not of substance.

i.e.: Test E half life is 14 days, so every 14 days 50% of the existing compound is released;
Test E, 250mg/mL, 70% of weight is in compound, 1mL injection:

• Day 14: 87.500mg released,
• Day 28: 43.750mg released,
• Day 42: 21.875mg released, etc.

Now, I understand, this is not how it functions; however, what I am trying to establish is the pattern in which it does function. So that I can calculate how much active compound is in my body.

Am I making sense? Lol.

Sorry my bad I was a bit tired yesterday
I know exactly what your talking about but it may take some time to hit the search bar at the top and find the right thread

It may even be one of the stickies

[rmbX66t1]

Sorry my bad I was a bit tired yesterday
I know exactly what your talking about but it may take some time to hit the search bar at the top and find the right thread

It may even be one of the stickies

No problem, brother. I've been having a heck of a time finding it. I know I saw it in a thread on here before, I was just hoping someone would be slightly more familiar with it. The search is on for me, hopefully I'll come across it or someone will be able to direct me to it. I've got some information on another board that may help me in concocting a formula, but nothing too direct just yet.

[rmbX66t1]

PCT Calculator | Post Cycle Therapy Calculator

This tool offers information remarkably close to what I am looking for. The problem is, that it restricts the information to injection patterns. I am not necessarily injecting every two days or three days, I have variations in the patterns. Would anyone happen to know the formula behind it?

I may be able to steal it from any backend javascript.

[rmbX66t1]

Alright, we can now end this thread. For anyone interested, the two compounds I had an interest in were testosterone enanthate and testosterone propionate. The values for each are as follows (according to this calculator);

Test P: daily level is 0.7070 of the day prior:

Day 1: 100mg T, 0mg E/D/T
Day 2: 70.7mg T, 0mg E/D/T
Day 3: 50mg T, 0mg E/D/T
Day 4: 35.4mg T, 0mg E/D/T
Day 5: 25mg T, 0mg E/D/T
Day 6: 17.7mg T, 0mg E/D/T
Day 7: 12.5mg T, 0mg E/D/T
Day 8: 8.8mg T, 0mg E/D/T
Day 9: 6.3mg T, 0mg E/D/T
Day 10: 4.4mg T, 0mg E/D/T
Day 11: 3.1mg T, 0mg E/D/T
Day 12: 2.2mg T, 0mg E/D/T
Day 13: 1.6mg T, 0mg E/D/T
Day 14: 1.1mg T, 0mg E/D/T
Day 15: 0.8mg T, 0mg E/D/T
Day 16: 0.6mg T, 0mg E/D/T
Day 17: 0.4mg T, 0mg E/D/T
Day 18: 0.3mg T, 0mg E/D/T
Day 19: 0.2mg T, 0mg E/D/T
Day 20: 0.1mg T, 0mg E/D/T
Day 21: 0.1mg T, 0mg E/D/T
Day 22: 0.1mg T, 0mg E/D/T
Day 23: 0mg T, 0mg E/D/T


Test E: daily level is 0.9058 of the day prior:

Day 1: 250mg T, 0mg E/D/T
Day 2: 226.4mg T, 0mg E/D/T
Day 3: 205.1mg T, 0mg E/D/T
Day 4: 185.7mg T, 0mg E/D/T
Day 5: 168.2mg T, 0mg E/D/T
Day 6: 152.4mg T, 0mg E/D/T
Day 7: 138mg T, 0mg E/D/T
Day 8: 125mg T, 0mg E/D/T
Day 9: 113.2mg T, 0mg E/D/T
Day 10: 102.5mg T, 0mg E/D/T
Day 11: 92.9mg T, 0mg E/D/T
Day 12: 84.1mg T, 0mg E/D/T
Day 13: 76.2mg T, 0mg E/D/T
Day 14: 69mg T, 0mg E/D/T
Day 15: 62.5mg T, 0mg E/D/T
Day 16: 56.6mg T, 0mg E/D/T
Day 17: 51.3mg T, 0mg E/D/T
Day 18: 46.4mg T, 0mg E/D/T
Day 19: 42.1mg T, 0mg E/D/T
Day 20: 38.1mg T, 0mg E/D/T
Day 21: 34.5mg T, 0mg E/D/T
Day 22: 31.3mg T, 0mg E/D/T
Day 23: 28.3mg T, 0mg E/D/T
Day 24: 25.6mg T, 0mg E/D/T
Day 25: 23.2mg T, 0mg E/D/T
Day 26: 21mg T, 0mg E/D/T
Day 27: 19mg T, 0mg E/D/T
Day 28: 17.3mg T, 0mg E/D/T
Day 29: 15.6mg T, 0mg E/D/T
Day 30: 14.2mg T, 0mg E/D/T
Day 31: 12.8mg T, 0mg E/D/T
Day 32: 11.6mg T, 0mg E/D/T
Day 33: 10.5mg T, 0mg E/D/T
Day 34: 9.5mg T, 0mg E/D/T
Day 35: 8.6mg T, 0mg E/D/T
Day 36: 7.8mg T, 0mg E/D/T
Day 37: 7.1mg T, 0mg E/D/T
Day 38: 6.4mg T, 0mg E/D/T
Day 39: 5.8mg T, 0mg E/D/T
Day 40: 5.3mg T, 0mg E/D/T
Day 41: 4.8mg T, 0mg E/D/T
Day 42: 4.3mg T, 0mg E/D/T
Day 43: 3.9mg T, 0mg E/D/T
Day 44: 3.5mg T, 0mg E/D/T
Day 45: 3.2mg T, 0mg E/D/T
Day 46: 2.9mg T, 0mg E/D/T
Day 47: 2.6mg T, 0mg E/D/T
Day 48: 2.4mg T, 0mg E/D/T
Day 49: 2.2mg T, 0mg E/D/T
Day 50: 2mg T, 0mg E/D/T
Day 51: 1.8mg T, 0mg E/D/T
Day 52: 1.6mg T, 0mg E/D/T
Day 53: 1.5mg T, 0mg E/D/T
Day 54: 1.3mg T, 0mg E/D/T
Day 55: 1.2mg T, 0mg E/D/T
Day 56: 1.1mg T, 0mg E/D/T
Day 57: 1mg T, 0mg E/D/T
Day 58: 0.9mg T, 0mg E/D/T
Day 59: 0.8mg T, 0mg E/D/T
Day 60: 0.7mg T, 0mg E/D/T
Day 61: 0.7mg T, 0mg E/D/T
Day 62: 0.6mg T, 0mg E/D/T
Day 63: 0.5mg T, 0mg E/D/T
Day 64: 0.5mg T, 0mg E/D/T
Day 65: 0.4mg T, 0mg E/D/T
Day 66: 0.4mg T, 0mg E/D/T
Day 67: 0.4mg T, 0mg E/D/T
Day 68: 0.3mg T, 0mg E/D/T
Day 69: 0.3mg T, 0mg E/D/T
Day 70: 0.3mg T, 0mg E/D/T
Day 71: 0.2mg T, 0mg E/D/T
Day 72: 0.2mg T, 0mg E/D/T
Day 73: 0.2mg T, 0mg E/D/T
Day 74: 0.2mg T, 0mg E/D/T
Day 75: 0.2mg T, 0mg E/D/T
Day 76: 0.1mg T, 0mg E/D/T
Day 77: 0.1mg T, 0mg E/D/T
Day 78: 0.1mg T, 0mg E/D/T
Day 79: 0.1mg T, 0mg E/D/T
Day 80: 0.1mg T, 0mg E/D/T
Day 81: 0.1mg T, 0mg E/D/T
Day 82: 0.1mg T, 0mg E/D/T
Day 83: 0.1mg T, 0mg E/D/T
Day 84: 0.1mg T, 0mg E/D/T
Day 85: 0.1mg T, 0mg E/D/T
Day 86: 0.1mg T, 0mg E/D/T
Day 87: 0.1mg T, 0mg E/D/T
Day 88: 0mg T, 0mg E/D/T