Anavar FAQOxandrolonesold under the brand names Oxandrin and Anavar among others, is an androgen and anabolic steroid AAS medication which is used to help promote weight gain in various situations, to help offset protein catabolism caused by long-term corticosteroid therapy, to support recovery from severe burnsto anavar only dutchbodybuilding bone pain associated with osteoporosisto aid dutchobdybuilding the development of girls with Turner syndrome test prop nandrolone phenylpropionate, and for other indications. Side effects of oxandrolone include symptoms of masculinization like anavar only dutchbodybuilding dutchbodybuildig, increased hair growthvoice changesand increased sexual desire. Oxandrolone was first described in and was introduced for medical use in Oxandrolone has been researched and prescribed as a treatment for a wide variety of conditions. It is FDA-approved for treating bone pain associated with osteoporosisanavar only dutchbodybuilding weight gain following surgery or physical traumaduring chronic anavar only dutchbodybuildingor in the context of unexplained weight lossand counteracting the catabolic effect of long-term corticosteroid therapy.
Oxandrolone - Wikipedia
Login of Meld Aan. Nieuwe topics Posts van vandaag Wie is online Ledenlijst Kalender. Ik begrijp dit nog niet helemaal. Vanuit een fysiologisch oogpunt snap ik alleen niet exact hoe het werkt. Zijn hier goeie stukken over geschreven? Is het icm met iedere soort AAS hetzelfde? Waarom wordt het vaak icm met hgh gebruikt? Waarom kan ik mijn insuline niet spiken met voeding op een vergelijkbare manier? Wat zijn de risico's buiten diabetes en hoe realistisch zijn deze?
Gebruiken al die massa monsters het? Ik wil graag begrijpen hoe dit werkt, liefst zo gedetailleerd mogelijk. Originally posted by pescatore View Post. Genoeg kan er straks wel wat posten Is het icm met iedere soort AAS hetzelfde Jazeker voor zover ik weet Waarom wordt het vaak icm met hgh gebruikt?
Totaal verschillende hoeveelheden suprafysiologisch Wat zijn de risico's buiten diabetes en hoe realistisch zijn deze? Coma als gevolg van problemen aan het zenuwstelsel , hersenbloedingen vrij onrealistisch bij normaal gebruik , alle symptomen bij hypoglyckemie horend o. Praktisch wel Etc etc. Last edited by akito ; , Info van dbb is ook wat achterhaald. Zoek eens op rx forum en getbig forum zal zo nog wat posten.
Insuline wordt trouwens heeeeeeeel veel gebruikt zonder aas en hgh. Bij hgh in hoge hoeveelheden is het bijna noodzakelijk omdat je insuline resistent wordt. Maand op maand af om diabetici te voorkomen. Ja alle massamonsters gebruiken het, beginners doen bv 10iu pwo en bij opstaan De ekte buffels rustig iu voor elke maaltijd. Zal zo ff voor wat links kijken.
Stukje van eroids Today I would like to post some detailed info on insulin, as there seems to be a real shortage of that on here. First off I would like to say that you should not fuck around with substances that can actually kill you insulin, DNP etc unless you really know what your doing.
But let's cut to the chase: Insulin is a polypeptide hormone that is exclusively produced by the pancreatic beta cells. These beta cells are located in clusters known as the "islets of Langerhans" within the pancreas.
Insulin's main function within the body is nutrient distribution; as you consume food, the pancreas secretes the stored insulin, which in turn transports the nutrients within your circulatory system to the various destinations such as liver, muscles, fat tissue and brain. Insulin thereby lowers blood sugar levels. A lack of insulin within the body leads to the sugar disease called diabetes mellitus, the most common metabolic disease. People with this disease have a pancreas that is unable to produce sufficient amounts of the hormone independently, hence warranting an exogenous input and making daily insulin injections necessary.
Insulin and bodybuilding So why is insulin important in bodybuilding? Insulin itself, if administered alone, does not have a great muscle-building effect.
However, it can be seen as an "activator" that greatly enhances the muscle-building effects of anabolic steroids, IGF-1 and growth hormone especially. Within the scientific literature you will find a multitude of studies that clearly document how a combined usage of insulin and growth hormone has a much stronger effect than if you would take these compounds separately.
Both insulin and growth hormone increase the protein content within the muscle tissue, and only a combined use will lead to a maximum effect. As we know, the majority of the growth hormone is channelled into the liver after an injection. It is now the task of these liver cells to begin the production of IGF For this process, not only testosterone and thyroid hormones are needed, but also insulin in a sufficiently high quantity.
This however is where most GH users have the big issue: E or 2mg of insulin per day, and this is not sufficient to guarantee maximum stimulation of IGF-1 production within the liver. Now the body knows this problem, and hence increases insulin production with the use of GH; it has the ability to induce an increased insulin release from the pancreas. Blood insulin levels rise and the liver can use this to produce IGF The problem is though, that continuous use of GH actually damages the beta cells in the islets of Langerhans and the previously increased insulin production is brought to a halt.
This also implies that extensive GH use over long periods of time at high dosages can actually cause a worryingly low endogenous insulin production. Obviously this will cause a reduction in IGF-1 production within the liver. Furthermore, scientific studies have proven that an insulin deficit causes a reduction of GH receptors within the liver, which means that the liver will not be able to utilise some of the injected GH.
This means that if you ensure a sufficiently high insulin level during a GH cycle you are right on the money, as the most important thing is to give the liver the ability to produce the maximum amount of IGF The same holds true for the muscle cells, which are also able to produce IGF-1 locally from testosterone, thyroid hormone, growth hormone and insulin.
On top of that, insulin is also able to improve the anabolic effect of the IGF-1 the body produces; it positively regulates the synthesis and serum concentration of the IGFbinding proteins. Hence we can construct the following chain of reference: Finally, insulin increases the amount of GH receptors in the liver and thereby allows the processing of higher GH dosages.
Studies have shown that the excretion of GH within the urin is significantly lower if insulin is applied. Synergystic effect of GH and insulin Insulin and GH both act in synergy regarding the protein metabolism: If we compare the effect of GH and insulin more closely, we find another impressive similarity: Insulin does this at the expense of glucose, whereas GH does this at the expense of fatty acids.
To put it into bodybuilding jargon: Insulin and GH both protect the athlete in "stress" situations overtraining and malnutrition competition diet from losing muscle tissue.
The reason for this is that both compounds inhibit a process called "gluconeogenesis". Gluconeogenesis is an energy generation process that is carried out within the liver and uses protein as fuel. Since insulin through the supply of glucose and GH through the supply of fatty acids inhibit gluconeogenesis in different ways, both complement their efficiency with combined use leading to a greater anticatabolic effect.
The disregard for insulin So based on these facts, why is it that bodybuilders are still sceptical of this compound? For hardcore-bodybuilders, it simply can't be the inherent health risks or fear of side effects. Actually, this can be based on the antipolytic properties that insulin has: This is a correct assessment, as we know that insulin increases the uptake of glucose in the fat cells and furthermore also inhibits the secretion of fatty acids out of the fat cell.
Strangely enough though, pro-bodybuilders utilise insulin even during their pre-contest diets. The GH is what plays the crucial role here, as it has an antagonistic effect to the insulin regarding the carbohydrate and fat metabolism.
This basically means that GH inhibits the effect of insulin on the fat tissue. The fat cells develop a resistance to insulin, meaning that it can no longer dock on to the fat cell in order to infiltrate glucose molecules. In addition, the GH inactivates a genetic codex named "Glut-4" that causes the transport of glucose into the fat cells. Furthermore, the GH inhibits the anitpolytic effect of insulin fat loss inhibition which can be proven by a high amount of free fatty acid circulation in the blood during the combined use of both compounds.
Basically, both compounds fight for the upper hand within the fat cell: You will not find a pro bodybuilder that utilises insulin without combining it with GH. I have personally used insulin for over 8 years and can control it's effects for my personal level of development. I am not a medical doctor and therefore not fully qualified to recommend insulin use for people.
What follows is my experience in 8 years of use and what I have learned. If anyone has additional information that is pertinent, please add to the thread, but do not reply from heresay, only if you are qualified to add something of value to this thread. Insulin is one of many hormones that helps the body turn the food we eat into energy. Also, insulin helps us store energy that we can use later. After we eat, insulin works by causing sugar glucose to go from the blood into our body's cells to make fat, sugar, and protein.
When we need more energy between meals, insulin will help us use the fat, sugar, and protein that we have stored. This occurs whether we make our own insulin in the pancreas gland or take it by injection.
I started my first insulin use off season, during bulking when it's use is easiest to control. I used Humulin R, regular resonse time insulin for my first cycle. It has a release time of up to 8 hours, so blood sugar monitoring is mandatory.
I used 2iu post workout with 20 grams of sugar per iu, immediately following a workout, increasing 2 iu per week until I reached a maximum of 12iu. Since it will remain active in the body for up to 8 hours, morning workouts were a must. Because I was off season, I was able to take in enough carbs every three hours to keep from going hypo.
My second cycle of insulin was Humulin type L, which is a very long acting insuling; since I was bulking, I decided to try a long acting insulin to stay anabolic all day. You must use a glucometer for any insulin use, but especially with long term insulin. I had to consume minimum grams of carbs every 3 hours during the day, I got nothing but fat off of insulin type L and do not ever recommend anyone use it.
It is too hard to control. I did many cycles of Humulin R for years, progressing from 2iu up to 20iu post workout. After many post workout only cycles of insulin, I started to experiment with insulin use on non-workout days. I again started slowly and increased dosages with monitoring by glucometer. I used only with breakfast at first and then added in an afternoon injection as well. Yes your fingers will hurt like hell, but I would rather have sore fingers than live in a casket.