Anabolic steroidI've never done steroids before, but I'm thinking of giving them a go. I'll probably be using orals since they're safer, plus I'm not exactly ready to wrap tubing around my arm and start poking around for a vein! Anyway, I was wondering how many anabolic steroids explained I should take. I know, I know, you probably have the urge to reach through your computer, drag Tom out on his undereducated butt, and beat some sense into him. Tom obviously doesn't know enough about explainned to even be anabolic steroids explained about steroirs a cycle.
Steroids for Dummies | T Nation
I've never done steroids before, but I'm thinking of giving them a go. I'll probably be using orals since they're safer, plus I'm not exactly ready to wrap tubing around my arm and start poking around for a vein! Anyway, I was wondering how many pills I should take. I know, I know, you probably have the urge to reach through your computer, drag Tom out on his undereducated butt, and beat some sense into him. Tom obviously doesn't know enough about steroids to even be thinking about starting a cycle.
He doesn't realize that steroids are designed for intramuscular use not intravenous use , he thinks orals are safer, and based on his question, I don't think he even knows that there are different kinds of 'roids! The sad part is that there are actually a few steroid newbies out there who know less than Tom about what they're about to put into their bodies. Well, with all of those "dummies" books that have surfaced lately, we've decided to create our own version dealing with steroids, just for guys like Tom and all those who are thinking of making the big leap into the world of anabolics.
In short, this article should serve as a quick reference guide for all the steroid newbies out there. Oh, and please don't take offense at the word "dummy," as it's not meant to insult your intelligence in any way. It's just a way of "funnin" with those guys who are steroid virgins as well as providing some rudiments of steroids and their usage.
Just think of this as a "Gear " survey class and get ready to take some notes. Anabolic steroids are synthetic analogs or derivatives of Testosterone and nor-testosterone.
In the s, scientists found that these anabolic steroids could increase the growth of muscle in lab animals. The compounds were then used to treat debilitating diseases in humans. In the s, a doctor, John Ziegler had dispensed an oral anabolic steroid by the name of Dianabol. Soon after, athletes began to use this steroid in order to increase muscle mass and strength. Soon, more and more analogs and derivatives were being made available to athletes. Anabolic activity refers to the steroid's ability to facilitate skeletal muscle growth, while androgenic activity refers to how potent the drug is at inducing the development of male sexual characteristics facial hair, deep voice, the ability to channel surf and watch six TV programs at once, etc.
Now, even though all of the exact mechanisms through which anabolic steroids exert their effects haven't been discovered, they all increase muscle mass to some degree.
One way steroids are believed to work is by binding to the androgen receptor AR. Once the steroid has bound to the AR, it begins to activate protein synthesis.
This protein synthesis allows for an increase in muscle tissue over a rather short period of time. T-mag contributor Bill Roberts has classified steroids such as these as "Class I. The other side of the coin would be steroids that bind to the AR slightly, or not at all. I think most of these steroids exert their effects by inhibiting the effects that glucocorticoids have upon muscle tissue.
In other words, they prevent glucocorticoids from increasing glutamine synthetase and causing muscle tissue breakdown. This would be an anti-catabolic activity. This also backs up my belief, that on a mg per mg basis, Class II steroids will increase muscle tissue to a greater degree than Class I steroids.
While there still isn't a clear cut explanation of how anabolic steroids exert their effects, these two mechanisms help to explain most steroid actions. It should also be noted that anabolic steroids increase the retention of nitrogen, potassium, sodium, phosphorous, and chloride. Below I've compiled a list of some anabolic steroids, including their relative potency and some other info.
Sometimes, the names of steroids can be confusing to a newbie. This is because you have the chemical name, the various brand names, and the slang or street names for each product. For example, methandrostenolone is known to most people as Dianabol, but you probably hear it referred to as D-bol.
Of course, you'll likely be using the veterinary version called Reforvit-B, whose street name is Reffie or Reffie-B. Don't worry, the more you read the more you get used to all the terminology. To help you out, I've listed the chemical name as well as a few of the trade names for each 'roid. This is a alpha alkylated steroid. In other words, it's been altered in order to withstand the liver's "first pass" metabolism to a better degree, i.
Without this alkylation, you'd need much higher concentrations to get results, as is the case with any AA. Anyhow, this steroid appears to have a lower affinity for the AR, but can agonize the receptor at higher dosages.
As far as "real world" effects, fluoxymesterone has a reputation for increasing strength to a large degree. However, gains in muscle mass on this steroid aren't very great. In clinical settings, dosages range from 2. However, bodybuilders have been known to use from 30 to 80 mg per day.
It has a half-life of approximately 9. I'll talk about why knowing about half-lives is important later. Oh yeah, and it doesn't aromatize. This means it's not likely to convert to estrogen, the female hormone. In the real world, that means the risk getting gyno bitch tits, i. This AA steroid was the first to be introduced to athletes in the 50s. Bodybuilders caught on soon after, no doubt. It's aromatizable, and therefore can increase estrogen levels.
Since it doesn't bind very well to the AR, it's thought that it works by antagonizing the effects of catabolic glucocorticoids. D-bol has a great reputation for increasing both size and strength to a pretty good degree. While the half life isn't readily available in the literature, it can be assumed through deductive reasoning that it's around four to seven hours.
Bodybuilders typically use around 25 to mg per day depending on whether it's used alone or in conjunction with another steroid a practice called stacking. This steroid is alsoAA. It can't aromatize and doesn't bind very well to the AR. Consequently, it's likely to exert its anabolic effects in a similar fashion to that of methandrostenolone.
In other words, it affects glucocorticoids in a beneficial manner. Another benefit may be its ability to antagonize or block progesterone from binding to receptors. Progesterone is one of the reasons why certain anabolics cause water retention.
Stanozolol has a great reputation for increases in strength as well as moderate increases in muscle mass. Actually, these "moderate" gains are rather impressive, considering that this drug doesn't cause much water retention.
In clinical settings, typical dosages are between 2 to 6 mg daily. In order to see desired effects, bodybuilders typically consume between 25 to mg daily. While I can't locate any literature on its half-life, based on its molecular composition it would seem to have a slightly longer half-life than most of the other orals. I'd say it's likely to be in the range of 7 to15 hours. This is yet another AA.
It won't aromatize but appears as though it will bind to the AR as long as the dosages are high enough. It has a reputation for increasing strength gains, as well as having a "hardening" effect. This is supported somewhat, as oxandrolone was shown to reduce subcutaneous fat to a greater degree than Testosterone. Whether this is an inherent property of all AA steroids or an effect that's unique to oxandrolone, I'm not sure.
Oxandrolone, along with most of the other synthetic steroids, are thought to be equally if not more anabolic than Testosterone on a milligram per milligram basis, while minimizing androgenic side effects. Oxandrolone was shown to have approximately six times the anabolic effect of methyltestosterone in human subjects, following oral doses.
Oxandrolone may also increase the number of skeletal muscle androgen receptors. In clinical settings, dosages have ranged from 1. Bodybuilders may take anywhere from 25 to mg per day. The half-life is approximately nine hours. This steroid doesn't aromatize and can either be ingested via the acetate version or injected via the enanthate. This steroid does bind rather well to the AR and is known for its mild gains in muscle mass. Still, considering that it'll cause next to zero water retention, these gains are rather good.
Note that some bodybuilders think certain steroids work better based solely on the weight they gain. In actuality, they could be just retaining a lot of water along with the muscle gains.
These are the same guys who think they "lose" a lot of muscle after their cycle is completed, when they actually just lost much of the water they'd been holding. Clinical dosages that are commonly seen with methenolone range from 10 to 20 mg daily, sometimes a little higher for the oral version. For the enanthate version, dosages are usually mg every two to four weeks. Bodybuilders typically use to mg a week.
The half-life appears to be very similar to Deca, perhaps slightly shorter. So with this in mind, I'd say the half-life would be around five to seven days.
This AA steroid can't aromatize, but has been known to have progestenic properties and thus, can cause water retention. It has a great reputation for increasing muscle mass and strength to a large degree. The typical dosage in clinical settings is one to five milligrams per kilogram of bodyweight per day.
So, a pound person would consume anywhere from 68 to mg per day. However, the higher dosages aren't employed that often. Bodybuilders typically consume around 50 to mg per day. While I can't find info on the half-life in the formal literature, it would seem it's similar to that of stanozolol.