An Evidence-Based Review of Forskolin

Losing excess weight can be incredibly hard.

Scientific tests demonstrate that just 15% of those succeed through traditional weight loss techniques.

Individuals who fail are more likely to look for solutions like nutritional supplements and organic medicines.

One of them is known as forskolin, a natural and organic plant substance said to be an innovative excess weight loss supplement.

This article will take a comprehensive look at forskolin and the science powering it.

What is Forskolin?

Forskolin ReviewForskolin is an active substance discovered in the roots of the Indian coleus (Coleus forskohlii), a tropical plant very similar to mint.

For hundreds of years, this plant has been utilized in conventional natural medication to handle various diseases and disorders.

Modern medical studies have now shown that some of these health and fitness benefits may be legitimate, or at least plausible.

As a weight-loss supplement, forskolin obtained recognition in the US immediately after being highlighted on the Dr. Oz Show in January 2014.

Bottom Line: Forskolin is an active substance discovered in the roots of the Indian coleus. It is marketed as a weight-loss dietary supplement.

How Does Forskolin Aid With Bodyweight Loss?

Many experiments have researched the effects of forskolin on fat metabolic process.

Most of them are test-tube scientific tests or animal experiments, so the final result might not be relevant to human beings.

Put simply, forskolin stimulates the release of retained fat from fat cells. The very same thing occurs anytime the body requires to use body fat for energy.

On its own, the release of retained fat is not sufficient to encourage weight loss – it needs to be accompanied by a calorie deficit.

Simply put, for body weight reduction to take place, energy expenditure (calories out) must exceed energy intake (calories in).

Weight loss dietary supplements can assist a calorie deficit by:

  • Enhancing metabolic rate (fat burning).
  • Reducing efficiency of digestion.
  • Suppressing appetite.

As far as we know, forskolin does not cause any of these things to occur.

However, medical trials in humans have offered some promising results. It seems that forskolin may boost fat loss while maintaining muscle mass.

These effects are explained in the following chapter.

Bottom Line: Forskolin stimulates the release of retained fat from fat cells, an effect that does not automatically result in weight loss.

Does Forskolin Genuinely Help You Reduce Weight?

So far, only 2 minor scientific studies have researched the implications of forskolin on excess weight loss in humans .

Both of them were randomized controlled trials, the gold standard of clinical research in humans.

The biggest trial recruited thirty obese and overweight men, who were then randomly assigned to 2 categories:

Placebo group: 15 men took the very same quantity of dummy capsules (placebo).
Forskolin group: 15 men were supplemented with 250 mg of Coleus forskohlii extract (10% forskolin) two times a day for twelve weeks.

In contrast to the placebo group, males who took forskolin lost considerably more fat, but overall body weight did not change.

This is how body structure altered throughout the course of the research:

Additionally, there was a substantial increase in free testosterone in the forskolin group. Testosterone can encourage the release of fat from fat cells, which might partly explain the fat reduction found in the study.

An in testosterone can also encourage an increase in muscle mass. In reality, there was a trend towards an increase in lean body mass in the forskolin group, but it was not statistically considerable.

In the other research, 23 obese females received the same dose of Coleus forskohlii (500 mg/day) for twelve weeks.

In contrast to the preceding research, forskolin supplementation didn’t have any considerable effects on fat loss, but the results proposed that forskolin may protect against bodyweight gain.

In conclusion, 12-week supplementation with forskolin doesn’t trigger weight loss, but it might enhance body composition in men and prevent bodyweight gain in women.

All that being said, the present evidence is not potent enough to generate any recommendations. More research is necessary.

Bottom Line: 2 scientific studies have researched the impact of forskolin on weight loss. In 1 of them, supplementation triggered substantial fat loss, but body weight remained constant.

Other Health and Fitness Benefits of Forskolin Supplements

The Indian coleus plant (which contains Forskolin) has been a part of traditional organic medication for hundreds of years.

It has been utilized to handle illnesses such as heart disease, bronchial asthma, bronchitis and constipation.

In humans, forskolin supplements might also:

Widen the air passages in the lungs, aiding to reduce asthma.
Enhance bone mineral density, decreasing the risk of osteoporosis.
Encourage testosterone development, promoting the maintenance of muscle mass.

There are also scientific studies in test tubes or laboratory animals indicating additional advantages.

Bottom Line: Forskolin has been a component of traditional organic medication for ages. Minimal evidence indicates that it might help reduce asthma, enhance bone density and encourage testosterone formation.

Dosage and Side Effects

The standard dosage of forskolin is 100-250 mg of Coleus forskohlii (10% forskolin), two times per day.

Forskolin doesn’t seem to have any negative effects in humans, but its safety profile hasn’t been completely evaluated.

Should You Test Forskolin?

Based on the present evidence, it’s obvious that forskolin does not trigger weight loss.

However, 1 study in males suggests that it might boost testosterone levels and strengthen body composition, as in making you lose fat while improving muscle mass.

At this point, the evidence is way too restricted to reach any significant conclusions.

As a general rule, it’s a good idea to be skeptical of all weight loss supplements. Some of them exhibit promise in early studies, only to be demonstrated completely ineffective in bigger, higher quality scientific studies.

Scroll to top