Clenbuterol is often sold as ventipulmin or spiropent, though this generic name is most common for those that are attempting to purchase the chemical for a variety of laboratory applications. This is a sympathomimetic amine which is being researched for its potential in assisting animals that have breathing disorders.
The chemical could be used as a decongestant as well as a bronchodilator. Animals that have been diagnosed with a chronic breathing disorder would be exposed to this chemical so that breathing could be eased. Applications of this chemical in live animals is often paired with clenbuterol hydrochloride or hydrochloride salt.
Clenbuterol is often treated as an antagonist that offers some structural or pharmacological similarities, including salbutamol or epinephrine. The effects of this peptide are considered to be longer lasting and more potent than these other chemicals. Clenbuterol is also more thermogenic than similar chemicals. Clenbuterol will cease aerobic capacity increases in an animal with a stimulation of the central nervous system, oxygen transportation and blood pressure.
This chemical can also increase the metabolism rate for body fat which will increase an animal’s BMR. This is often used in research settings to relax smooth muscles so it can be used as a tocolytic or bronchodilator. Liquid forms of this peptide are commonly prescribed to horses.
Dangers in Research Settings
Much of the use of clenbuterol in research settings has been halted, particularly in the use of humans because it has the potential to cause side effects that have been considered to be dangerous.
- Subaortic stenosis
- High blood pressure
- Low blood pressure
Research on live animal test subjects has found that applying this chemical in injections that are over 120 ug is particularly dangerous and is not recommended. This has been found to cause dizziness, headache symptoms, muscle tremors and gastric irritation in a variety of animals.
Some people have been found to be illegally acquiring this chemical and self-administering injections to improve athletic performance or for weight loss. These individuals have reported diaphoresis, nausea, vomiting, tachycardia, palpitations or myocardial infarction. It is possible to detect the presence of this chemical in urine or semen. For these reasons, the study of this chemical is restricted to smaller applications and in strict research studies, to protect animal test subjects.
Uses in Veterinary Setttings
Given the smaller applications necessary to gain results, some uses of clenbuterol in veterinary applications have been approved in other parts of the world in food-producing animals, though this practice is banned in the US and EU.
- Clenbuterol is commonly used in horses to manage the treatment of allergic respiratory disease because of its potential as a bronchodilator. In this case the peptide is sold under the name Ventipulmin.
- When applied to food producing animals it can be applied intravenously or orally.
- The clenbuterol peptide can also be used to relax the uterus of cows. This is commonly used during parturition events.
Clenbuterol has also been found to act as a metabolism stimulator in animals, though it is not fully understood what is causing this reaction. This is also considered to be a nonsteroidal metabolism accelerator. Those that are researching this chemical hope to increase the safety of clenbuterol applications as it has the potential to improve the muscle to fat ratios in animals to create leaner meat sources.
Speculations on Clenbuterol
There are potent effects of clenbuterol on the skeletal muscles of animals which are considered to be independent from the reactions of beta-adrenoceptors in this area.
- In studies, presenting rats with a controlled diet and clenbuterol there was a significant increase in the gastrocnemius of protein, muscle mass and RNA content.
- This research also saw the rats experience a decrease of the epididymal fat pad mass. Orally administering the beta 2-adrenoceeptr salbutamol did not mimic these results, even if the rat was given particularly high applications.
A continuous infusion application of salbutamiol using miniosomtic pumps were not shown to create a significant increase in protein, muscle mass or RNA content. This indicates that the effects that are created by administering clenbuterol to rats are dependent on interactions with beta 2-adrenoceptors in the body in order to improve functionality.
Those that require 200mcg applications of clenbuterol can purchase specific applications of this chemical from certified vendors. This will allow you to keep your vials sealed until they are needed to help ensure that they will maintain their shelf life for as long as possible.
Be sure to read all instructions to ensure that these chemicals will function as intended and not break down before they can be applied to an animal test subject. It is advised that those working with chemicals must only use exact applications and leave the rest in an constituted state until it will be used to prevent a breakdown of the chemical structure.