Serotonin, the key neurotransmitter of sleep biology, controls our states of consciousness as well as our mood and sensitivity to pain. It effects the body's temperature change, which in turn affect its sleep-wake cycle. Serotonin formulates and is stored its self in the brain while we sleep, where it remains dormant. When activated it makes us drowsy and want to sleep. Tryptophan is its catalysts.
Tryptophan is an everyday component of most dietary proteins. It is especially bountiful in chickpeas, chocolate, cottage cheese, durians, dried dates, eggs, fish, mangoes, milk, oats, peanuts, poultry, pumpkin seeds, red meat, sesame, sunflower seeds, spirulina and yogurt. Oh yes, we must not forget, it is also found in turkey also.
Unfortunately consuming tryptophan rich foods does not mean it will go directly to your brain. Amino acids compete against one another to get into the brain. Sadly, Tryptophan often loses. We will take milk as an example. It is loaded with tryptophan. When it is drunk, the large number of other amino acids it contain, that are also battling to enter the brain, crowd tryptophan out, reducing the amount that actually make it to the brain.
Another way to improve sleep and boost serotonin production in the brain is to eat non-tryptophan containing carbohydrates a few hours before bedtime. Carbohydrates release insulin, the hormone that reduces all amino acids in the blood except tryptophan. Tryptophan will continue to be the catalysis, however, the method of producing it has changed. Since insulin reduces all of the other amino acids except tryptophan in the blood, that means a higher concentration of it will be present in the blood that flows to the brain.
A synthesized tryptophan was available in the U.S. for a while during the late 1980's; however the Food and Drug Administration removed it from the market for further review. Naturally acquired tryptophan is preferable over supplementation by most. When acquiring tryptophan naturally you will notice that eating tryptophan containing foods will provide a mildly sedate effect for approximately an hour or so. The sedation affect from consuming non-tryptophan containing carbohydrates last much longer, usually up to three hours.
Do you want to improve your nightly sleep? Choose one of these methods that will work best for you, but definitely do choose one. Why? Because they both works!
Resource: 67 Ways to Good Sleep - by Cynthia K. Moran and Charles Inlander
Published by Gerald McLeod
Living in Hawaii over 25 years. 3 adult children who left this pacific paradise for the Pacific Northwest. After years of insurance investigation reports writing is a habit. AC let s me choose what I like... View profile
- The Tryptophan Snooze: Foods that Help You SleepAs a cook or meal preparer, you may want to consider what items you feed your diners at a given meal. A lunch high in tryptophan may cause the need for a mid day nap and make for a tough afternoon at work!
- Tryptophan and Mental Illness Tryptophan floods the brain cells in mental illness. Patients have taken tryptophan and have gotten worse according to several studies.
- Abnormal Tryptophan Metabolism in Neuropsychiatric DiseasesMassive evidence is presented for excessive catabolism of tryptophan in neuropsychiatric disorders. Previous articles by this author have also presented evidence for this.
- High Carbohydrate Diet Affects Tryptophan, Improves ConcentrationUsing the right combination of carbohydrates, tryptophan can be increased resulting in an improved concentration level during periods of high mental stress.
- Excessive Catabolism of Tryptophan in Mental DiseasesThere is massive evidence that tryptophan metabolism is abnormal in the various forms of mental disease. This is also true in Huntington's chorea, which has psychiatric symptoms.
- L-Tryptophan 1000 Milligram: The Natural Sleep Aid
- Natural Sleep Aids for New Parents
- Tryptophan for Insomnia and Depression
- Are Foods High in Tryptophan Dangerous?
- Guide to Cooking with Foods that Contain Tryptophan
- Guide to Foods High in Tryptophan
- Abnormal Tryptophan Metabolism in Depression



