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Metabolism And Your Testosterone Levels - Build your muscles

May 7th, 2007    Subscribe To Our Feed

Testosterone is an anabolic steroidal hormone that provides a handful of benefits for men. However, the most important aspect of testosterone is that it helps in building muscle mass and strength. When a person develops lean muscles, he or she increases energy every day.

Metabolism, on the other hand, is an important body process that helps in burning calories. According to different studies, a person with more lean muscles has faster metabolic rates compared to people with fewer muscles.

Metabolism and testosterone levels both decrease as people age. A drop in testosterone levels can have negative effects to the development of lean muscles, sex drive and metabolism. Because of this, you need to increase testosterone and metabolism at the same time in order to lose weight, build muscles and increase energy for normal daily functions.

How To Increase Metabolism And Testosterone Levels

Supplementation of testosterone for metabolism boost, sex drive increase and weight loss can be prescribed to some people who do not want to undergo long-term testosterone therapy. However, it is best to look for alternatives that could increase your testosterone levels without supplements. If you want a natural and drug-free way to keep testosterone metabolism normal, you should consider some changes in your lifestyle to achieve the results you need.

Both metabolism and testosterone needs the right kind and proper amount of nutrients to ensure normal functions. Another important lifestyle change is regular exercise. Not only does exercise boost metabolism, it also increase testosterone levels gradually and without any medications.

According to various studies, men and women who have been diagnosed with low levels of testosterone find it difficult to build muscles and lose excess fats. When doctors supervised a nutritional program and exercise regime, the patients experience a significant improvement in moods, sexual functions and overall health.

When women gain weight due to aging or taking birth control pills, some doctors ask these patients to undergo testosterone therapy. After the therapy, the women gradually revive their sex drives, metabolism and energy.

Obesity can also be related to hormonal imbalances. When a man or woman’s hormones become irregular, their metabolism slows down. Without proper metabolic rates, the man or woman will gain weight without adding lean muscles, which leads to overweight or obesity.

The decrease of metabolism and testosterone levels can greatly affect how your body performs. Seeking treatment for testosterone drop can help improve your metabolism, weight management and overall health.

Nucleic Acid Metabolism - how does it work?

May 6th, 2007    Subscribe To Our Feed

If you want to understand biological processes such as growth, inheritance and metabolism, you also need to learn about the molecules involved within each process. This article will explain the metabolism of nucleic acid and the molecules behind this metabolic process.

Nucleic acid metabolism is the process wherein nucleotides are synthesized and degraded. Nucleotides are chemical compounds that consist of sugar, heterocyclic base and phosphate groups. These nucleotides are the “binders” of nucleus acids that link to other nucleotides to create nucleic acid.

Nucleic acid, on the other hand, is a complex macromolecule that contains nucleotide chains to provide genetic information (DNA and RNA). Nucleic acids are found on all living cells as well as viruses.

Within the cells, these nucleotides play a large role in metabolism and energy production. Nucleotides are important in nucleic acid metabolism because they are the integral structure of DNA (deoxyribonucleic acid) and RNA (ribonucleic acid) – two most common types of nucleic acids. DNA is the carrier of a living thing’s genetic information, while RNA serves as a messenger involved in protein synthesis.

Two Processes Involved In Nucleic Acid Metabolism

The metabolism of nucleic acid involves two processes that have opposite goals. First, it involves an anabolic (the process of building large molecules from smaller units) mechanism that usually involves a chemical reaction from pentose sugar, phosphate and nitrogen base. During this process, the mechanism leads toward the “building up” of organs and tissues.

On the other hand, the other process involved in nucleic acid metabolism focuses on the destruction of nucleic acid through enzyme reactions. Unlike nucleic acid synthesis, this catabolic process aim on breaking down large molecules into smaller ones.

The catabolic part of metabolism may be called “destructive”, but it is an essential part of cell metabolism. For example, muscle proteins are broken down so that your body can use these amino acids for glucose that will be used for body fuel. Another example of catabolic process is the breakdown of fats into fatty acids.

However, since the anabolic process of nucleic acid metabolism hinders the goals of the catabolic process and vice versa, these processes do not occur simultaneously in the cells. Instead, there are certain signals that turns on the catabolic process as the anabolic process is switched off, and vice versa. These signals include hormones, molecules involved in the metabolism of nucleic acid and other factors.

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Credits: 30 Day Slimmer | Matteo Turchetto | Andreas Viklund