Suit yourself. You can go ask Matt from DS though, he will definitely reconfirm my statement... since he is the master of methyls... he keeps all his research by his side, I on the otherhand could care less if someone believes me or not.
Although checking the A;A ratio of these methyls, and seeing that something as low as 2.5mg of SD can give results, that would have to tell you logically that every last mg will have to be absorbed... be that as it may, it is your right to disagree.
Sledge is
quite knowledgable in these things. I wouldn't waste his time

.
But sometimes there is more to the picture than just near 100% bioavailability (just my opinion).
I think your knowledge about these are a bit skewed. the whole point of being methylated is the first liver pass, there is no skipping a first liver pass, the first time it goes through the liver is the first liver pass. Methylation prevents the breakdown on the first pass. No matter the point of absorbtion, the molecule enters the blood stream and goes through the liver.
As for winny, I have used both to test out that theory and seen the exact same effects, as have others who have used in the past. I speculate the winny theory is a placebo effect, IE: It's injects = stronger.
This is more what I was inferring with the winstrol analogy:
I think that most hepatic-metabolized injectables (IM/IV/SC) do miss the first pass hepatic biotransformation in the liver by being absorbed into the bloodstream first (thus exerting immediate effects at 100% of the injected dose before reaching the liver and being metabolized for the first time-the "second metabolism" according to the article below).
On the other hand, orals go straight from the stomach to the liver and then exert their effects (and undergo more extensive hepatic metabolism consequently). I am oversimplifying here and leaving out some details.
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The difference between taking oral vs. injectable Winstrol, even though it’s technically the same drug, is how and when your body metabolizes it. When you consume a drug orally, that drug is absorbed from the Gastrointestinal tract, where it then passes via the portal vein into the liver -where some drugs are metabolised. This “first pass” can mean that only a certain portion of the drug reaches your body’s bloodstream. As previously discussed, a 17aa has been attached to Winstrol to allow a sizeable portion to survive this metabolism.
First pass metabolism can occur in both the gut and the liver, and where this happens can vary with different drugs. First pass metabolism actually occurs in your gut for some drugs and in the liver for others. Once it has been metabolized, it enters the bloodstream. It’s important to note that when a blood is metabolized in the Gastrointestinal tract, the blood leaving the Gastrointestinal tract does not go right to the heart, but actually still passes through liver via the hepatic portal vein and then ultimately returns to circulation via the hepatic vein. The liver is your body’s filtration unit, and removes large quantities of nutrients, dangerous toxins (or fun toxins, depending on what they are) and other substances from the blood.
So as you can see, when you take an oral steroid such as Winstrol, undergoes a first-pass metabolism in the both the intestines as well as liver. Some drugs can be absorbed more or less totally intact, after only moderate metabolic activity, while some are absorbed only after very extensive metabolic activity. Once it is through this first pass, a given drug then circulates in the blood until it is acquired by another tissue, such as skeletal muscle. Now, if the drug reaches the liver again, it may undergo what is cleverly known as “second-pass” metabolism. Of course, in the case of Winstrol, an injectable version is available, and when we compare the oral and injectable versions of Winstrol and their effects in your body, I think there’s some surprising differences. The injectable is (naturally) put right into your bloodstream and only undergoes the far less extensive second pass metabolism, while the oral must endure the gut and liver on it’s first pass before ending up in circulation.
Now, here’s the interesting part: When you inject Winstrol, instead of taking it orally, you actually get more nitrogen retention (4) (and hence we can infer, more new muscle tissue is being built). SO if you are trying to use Winstrol to build new muscle tissue, the injectable version is going to be far superior to the Oral version. However, there are some advantages that the oral version has over the injectable, including a possible “synergy” with other drugs- but only (primarily) when taken orally.
While in the liver, on it’s first pass, Winstrol is exposed to a variety of enzymes and proteins. To understand how a possible synergy between Winstrol and other steroids may be possible, a little background on Sex Hormone Binding Globulin (SHBG) is first necessary. For our purposes here, all we need to know is that SHBG is a glycoprotein produced in the liver, which binds to testosterone and makes it biologically unavailable to do all the things we want it to do- like building muscle. It serves to transport testosterone throughout the body, but while it remains bound to testosterone, the testosterone can not exert it’s anabolic effects.
Most ppl know what SHBG is (I hope

), but this article got me thinking. Winstrol is usually not run solo if you have much respect for your joints (ppl do it, but not too often).
So could it be that oral winstrol seems as potent as injectable winstrol b/c the oral binds SHBG to a much greater degree than the injectable, and consequently, the other steroids that you are stacking the oral with benefits from lowered SHBG (and your own endogenous test for that matter since estrogen isn't going to be much of an issue with solo winstrol due its DHT-derivate AI-like effects)? This SHBG discussion is just a theory to try and explain oral vs inject winstrol subjective effects, though the above link has some interesting graphs and more commentary on the subject.
It's interesting that Anthony Roberts suggests that winstrol may have less than 100% bioavailability. If I didn't quote it above, I think it is somewhere in that article I linked to. By the way, I am not insinuating that he is an expert; maybe he is; I don't know honestly.
I guess another quasi-example would be morphine (I know; nothing like a steroid). It has very poor oral bioavailability and increasingly high bioavailability as you go from SC to IM to IV (the latter being 100%). It's not methylated (that would be codeine/methylmorphine, lol, and it still sux) as with the steroids being discussed, but the reason that morphine has such horrible oral bioavailability is due to the first pass hepatic metabolization which wipes out most of an oral dose of it, leaving about 10-15% or so to enter the bloodstream (rough guess). 17a-methylated steroids are much more resilient orally of course, though other methylations like 1a- and 3a- aren't necessarily so resilient. Also, with the morphine illustration again, the time to onset of effects is directly related to the route of administration and how fast 100% of it or 10% of it can reach the bloodstream, then opioid receptors, etc. And finally, the duration of effect of morphine is inversely related to how quickly it gets into the bloodstream.
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Peak effects generally are reached in 10 minutes with the intravenous route, 10-15 minutes after nasal insufflation (eg, butorphanol, heroin), 30-45 minutes with the intramuscular route, 90 minutes with the oral route, and 2-4 hours after dermal application (ie, fentanyl). Following therapeutic doses, most absorption occurs in the small intestine. Toxic doses may have delayed absorption because of delayed gastric emptying and slowed gut motility.
Most opioids are metabolized by hepatic conjugation to inactive compounds that are excreted readily in the urine. Certain opioids (eg, propoxyphene, fentanyl, buprenorphine) are more lipid soluble and can be stored in the fatty tissues of the body. All opioids have a prolonged duration of action in patients with liver disease (eg, cirrhosis) because of impaired hepatic metabolism. This may lead to drug accumulation and opioid toxicity.
Much of this isn't directly applicable to methylated steroids, but it is interesting to speculate that IM winstrol could possibly be acting like a "mini-depot" injection for lack of a better word due to its avoidance of first pass metabolism and entering the bloodstream before reaching the liver, and still being very resilient when it gets there due to 17a-methylation, etc. The "mini-depot" idea could explain why EOD injections are often used interchangeably with ED tabs. Again, just more speculation.
You have used both of them and are obviously quite knowledgable, so I don't question your opinion (I respect it).
My opinion (and it is just an opinion) is that based on anecdotal feedback from friends, some of Seth Roberts' comments in Anabolic Pharmacology regarding oral vs inject winstrol, and the article above, I am still inclined to believe that the injectable winstrol is more potent than the oral version (and possibly even a bit less strenuous on the liver, though I haven't read anything to substantiate that).
So back to Superdrone LV (lol), it seems like Trauma's got some 'splaining to do to let us know if any of that superdrol LV dose could possibly go directly into the bloodstream and avoid the first pass "gut metabolism" that a cap of superdrol would undergo in full (of course, there is microdrol-sublingual right? anybody try that?).
I am going to go out on a limb to answer one recurring question and say (speculatively) that no, 10mg of superdrol lv does not equal 30mg of superdrol caps.
If there is a difference in end effects, it would be smaller than that.
Good discussion; I am learning quite a bit along the way.