7 Keto DHEA vs DHEA – Difference and Comparison

What is 7 Keto DHEA?

ketogenic Diets DHEA is a hormone produced by the parent substance DHEA. This hormone is incapable of being transformed into other hormones like estrogen or testosterone. 7 Keto DHEA is generated by glands located near the kidneys. People also utilize synthetic versions of these hormones to cure themselves, which is interesting.

7 Keto DHEA can be taken orally or applied to the skin when taken as a supplement. This hormone has no effect on the user’s blood steroid levels. in addition to this. Because of this, they are more secure to use.

Most individuals take 7 Keto DHEA supplements to aid with obesity, physical strength, anxiety, depression, and a variety of other health issues. However, there hasn’t been much study done on the chemical’s potential advantages. According to certain research, it can help you lose weight.

If used for 6–8 weeks, 7 Keto DHEA may be safe. However, if the dosage is incorrect, the user may have symptoms such as nausea, dizziness, and, in some situations, low blood pressure. As a result, it is always advised to get medical advice before using them.

What is DHEA?

DHEA is a ‘parent hormone’ that the liver makes. It gets its name from the fact that it generates androgens like estrogen and testosterone. Dehydroepiandrosterone (DHEA) is the abbreviation for dehydroepiandrosterone. This hormone is in charge of the body’s generation of 7 Keto DHEA.

The adrenal gland manufactures DHEA. These hormones are at their highest levels in the body when a person approaches old age. However, as people become older, their levels begin to decline. On the body, a synthetic version of the chemical DHEA can be employed. This can be done by taking it orally or applying it to the skin.

DHEA is available in a variety of forms, including pills, powders, capsules, creams, and gels. The majority of individuals utilise them to treat certain aging-related problems. People who desire to slow down the ageing process can take DHEA. It may even be beneficial to one’s general health, cognitive function, and body composition.

Other disorders for which these supplements are used include depression, vaginal atrophy, osteoporosis, and so on. However, they might have a number of negative side effects. As a result, it is always a best to consult a medical expert for product information.

Difference Between 7 Keto DHEA and DHEA

  1. DHEA is a substance that is created naturally in the body, and 7 Keto DHEA is formed by DHEA.
  2. 7 Keto DHEA isn’t converted to steroid hormones like estrogen or testosterone. While DHEA can be transformed into steroid hormones and other hormones.
  3. 7 Keto DHEA is used to treat obesity, muscle strength, depression, anxiety, and other conditions. While DHEA can aid in the treatment of aging, osteoporosis, vaginal atrophy, and even melancholy.
  4. DHEA is utilized for depression, vaginal atrophy, and osteoporosis, whereas 7 Keto DHEA is used for anxiety, depression, obesity, and other conditions.
  5. Many individuals believe 7 Keto DHEA is more effective than DHEA.
  6. 7 Keto DHEA is a kind of DHEA that may be safer to consume than regular DHEA.

Comparison Between 7 Keto DHEA and DHEA

Parameters of Comparison7 Keto DHEADHEA
ProducerDHEA, the parent hormone, produces 7 keto DHEA.DHEA is a naturally occurring substance in the body.
Conversion7 Keto DHEA isn’t converted to steroid hormones like estrogen or testosterone.DHEA can be transformed to steroid hormones and other hormones.
Uses7 Keto DHEA is used to treat obesity, muscle strength, depression, anxiety, and other conditions.In fact, DHEA can aid in the treatment of ageing, osteoporosis, vaginal atrophy, and even melancholy.
Efficiency7 Keto DHEA is said to be twice as effective and efficient as DHEA.DHEA has a lot of adverse effects and isn’t as effective.
SafetyAccording to several studies, 7 Keto DHEA is safer than DHEA.According to researchers, using DHEA can cause a slew of problems.

References

  1. https://analyticalsciencejournals.onlinelibrary.wiley.com/doi/abs/10.1002/dta.2734
  2. https://www.sciencedirect.com/science/article/pii/S0741832910001655