post party
supplements
Bounce back naturally — increase your serotonin levels with 5-HTP
Disclaimer: brain feed does not recommend drug use. This page is for advice purposes only.
what causes the post-party dip?
Your feel good chemical serotonin regulates your mood [1]. The more serotonin that gets released in your brain, the better your mood [2] [3]. This can only happen when your body has enough serotonin produced. Once the serotonin supply is depleted, your body is unable to release more until it’s replenished. This drop in serotonin levels leads to the “low".
how to recharge after a big night
Post-party effects often include mood and sleep disruption. Serotonin helps regulate mood during the day and is converted into melatonin at night. Melatonin is responsible for promoting restful sleep. Supporting serotonin levels can help you feel more balanced — here's how to increase serotonin naturally.
5HTP for post party recovery
5-HTP is a natural nutrient and the direct building block of serotonin, offering an efficient way to increase serotonin levels. It’s thought to reach peak levels around two hours after ingestion [4]. brain feed’s 100mg 5-HTP tablets contain 99% pure 5-HTP, making them the smallest and most nutrient-dense option available.
as seen in
bounce back: When to take 5-HTP
5-HTP can help replenish serotonin levels. We recommend you take 5HTP when you have an emotional need for the product. The mornings are better if you want support throughout the day. It can also be taken in the evening as at night the body converts serotonin into melatonin.
natural 5-HTP supplement
Naturally extracted from the seeds of an African plant, 5HTP is ideal for those who party long hours or anyone looking to increase their serotonin levels.
purity promise™
Purity has four components:
1. brain feed ensures the high quality of our extracts and isolates through rigorous testing
2. We monitor critical control points during production for quality control
3. We guarantee the amount of active ingredient(s)
4. preserve the bio-active compounds for the duration of their shelflife.
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