Dopamine is what allows you to ascend from your ape form while simultaneously infusing your life with effortless wonder and magic. Existence itself becomes beautiful and every moment in time feels like a gift. Here are some of my favorite ways to increase dopamine…
Sunlight
Bright midday sun is irreplaceable for dopamine as UV light is involved in a number of dopaminergic adaptations. The sun is king but supplemental UV light during winter months can help provide a bit of a boost.
When your gut is bothered serotonin is secreted in response, somewhat of an antagonist to dopamine. Long term gut issues shift the brain away from dopamine and towards serotonin.
Dopamine is made from the essential amino acid phenylalanine, which must come from the diet. Consuming plenty of phenylalanine or tyrosine through food or supplementation provides a substrate for you to make dopamine.
500-1000 mg/day (phenylalanine).
Glucose
All neurons, including dopaminergic ones, run exclusively on glucose oxidation. If they don’t have glucose they simply will not be able to function. A sugar high is real and it's good for you.
Thiamine
Thiamine does a number of things for dopamine including enabling glucose oxidation in the brain. Thiamine is one of the simplest yet most comprehensive ways to increase dopamine.
Vitamins B2 and B3 are needed for many things, including BH4 regeneration, metabolism within neurons, and regulating/protecting against oxidative stress in neurons.
50-100 mg, 2-3 times/day for each.
B6
Vitamin B6 is needed for the enzyme that converts L-DOPA into dopamine. It should be taken alongside other B vitamins (mainly B2) for best effects and mitigating side effects. P5P is the active form,
5-15 mg/day (P5P)
Vitamin C
Vitamin C can help increase dopamine synthesis by helping regenerate BH4 and protecting dopamine from oxidation. Best sourced from foods, vitamin C supplements can also be used for convenience.
500-5000 mg/day (higher doses may cause GI turbulence)
Caffeine
Caffeine is one of the most popular dopaminergic supplements in the world, because it works. Unless you are a literal child there is no reason not to consume caffeine on a daily basis. Coffee, tea, energy drinks, caffeine pills, whatever you need to get your fix.
Creatine
Functioning as an energy buffer, creatine is protective of nerves and can help keep them working as they need to. The increased brain ATP can also indirectly help with dopamine synthesis as well.
10+ g/day (monohydrate)
Thyroid
Tyrosine (from phenylalanine) is the precursor to both dopamine and thyroid hormones. Thyroid hormones themselves can help with dopamine in the brain by increasing the ability to oxidize glucose and increasing ATP availability. Just a few mcg (T3) will do.
Anything that significantly increases glucose oxidation will have a positive effect on dopamine synthesis by improving the function of neurons and increasing available ATP for dopamine production. Pyrucet (pyruvate) is one such example.
Bromantane
Bromantane is an adaptogenic nootropic developed by the Soviets. It can significantly increase dopamine by upregulating tyrosine hydroxylase and DOPA decarboxylase enzymes while also elevating nerve growth factors. It is best combined with phenylalanine or tyrosine.
<50 mg/day
Did your hair have its coffee this morning? Why not?
Put some instant coffee in a cup (with sugar), fill it up in the shower, and pour it over your head.
Easy way to get your hair some caffeine, vitamins, minerals, glucose, and antioxidative polyphenols.
Some of the benefits of the different constituents:
-Caffeine: Metabolic stimulant, mild antioxidant
-B vitamins + minerals: Assist in numerous metabolic processes
-Sugar: Primary fuel source for hair follicles
-Polyphenols: Antioxidants for sensitive follicles
You will get a nice buzz with a strong cup, meaning it’s being absorbed. Pure black coffee may even give you some adrenaline symptoms, but adding sugar quiets these --suggesting the sugar is absorbed as well. Let it soak for a while for best results.
The vagus nerve allows for you to breathe, swallow, digest, and coordinates the happenings within your gut with the rest of your body. It goes beyond "anxiety" or "wellness", it is the central axis between the brain in your gut and the one in your head.
Weak and underactive facial muscles can contribute to an asymmetric or melting appearance of the face. Their role in expressing emotions implicates them in the state of your nervous system and metabolism. Occasional facial exercise can change how the face looks and how you feel.
All of these muscles are connected, fascially. The tone or actions of one muscle, especially chronically, can shift how the soft tissues of the face, including the skin, wrap and move over bone. This can change one’s appearance but is not permanent, capable of change.
Facial muscles are innervated by the facial nerve, which has connections to the parasympathetic nervous system. This implicates them in changes to the autonomic nervous system, such as facial expressions and various emotions/states. The reverse can also be true.
What did I say about third worlders stealing content? Literally just copy and pasted my own tweet, either forgot or was too dumb to swap out my title for his.
The trapezius is one of the most influential, yet poorly understood muscles in the body. It connects the skull to the spine, arms, and hips while helping with respiration and movement of the cranial bones. Men and women alike would benefit from caring for it.
The human trapezius originated from the cucullaris muscle in fish, which elevates the gills, flushing water over them. This muscle eventually split in two: the sternocleidomastoid and the trapezius.
These two muscles possess different attachments and slightly altered roles but both are innervated by the accessory nerve and share fascial connections with one another. They still share a close relationship and are often dysfunctional at the same time.
Single leg supine (lying) hip flexion is one of the best movements for the psoas muscles. The direction of resistance more closely resembles the natural action of the psoas: swinging the leg forward during gait.
The psoas muscles primary responsibility is to help maintain lordoctic posture of the lumbar spine while flexing the hip to walk or run upright. This is why humans possess relatively large psoas muscles compared to apes.
By doing single leg flexion you are training the psoas muscles in their more active role, flexing the hip, and in a comparatively passive role, stabilizing the hip. Research shows that both psoas muscles are working even when just one leg is moving.