What DHA Actually Does Inside the Brain at the Cellular Level

At the cellular level, what does DHA do in the brain?

DHA is a fat that’s recognized for the health of the brain, and most people are familiar with it. Less is known about what it does when it gets to the brain. It’s more than a nutrient listed on a supplement label. DHA is incorporated into the structure of brain cells, affects the way they communicate, and helps in learning, attention, and memory function.

Familiarizing yourself with those cell tasks makes it easier to appreciate the attention that DHA enjoys throughout childhood, adulthood and healthy aging. It also provides some insight into the ongoing research into its role in brain health nutrition.

This article discusses the location of DHA in the brain, its role in neuronal communication, its importance in various life stages, and the current research on the effect of DHA on focus, memory, and long-term cognition.

The brain is made up of fat. Fat is the building block of the brain.

Your brain contains almost 60% fat by dry weight, which is one of the highest percentages of fat in the body. One of the most prevalent omega-3 fatty acids in the brain is DHA (docosahexaenoic acid), which is particularly abundant in the grey areas of the brain and in the membranes that surround the neurons.

Each cell of the brain is covered by a membrane. That membrane functions more than just to keep the cell together. It regulates the inputs of nutrients, how signals are transmitted between cells, and the output of response by receptors to incoming signals. DHA incorporates itself into this membrane to create flexibility with which to communicate.

These receptors, ion channels, and signaling proteins are more efficient to function in a membrane that has the appropriate degree of fluidity. This tiny phenomenon affects the communication between neurons thousands of times each second.

The cumulative effect of small changes at the cellular level. The functioning of the brain relies on the healthy functioning of millions of cells, not just one single process.

“DHA helps to build a brain that supports how the brain functions.”

Comprehend the process of communication between brain cells.

All thoughts, memories, or movements start with one neuron communicating with another. The signals cross very small spaces called synapses with the use of chemical messengers, which transmit the information from one cell to another.

DHA aids in the maintenance of these synaptic membranes’ stability and flexibility. This keeps neurons signaling with each other efficiently, especially in the brain regions that function in learning and remembering.

DHA also has been shown to be involved in processes involving synaptic plasticity. The process by which the brain strengthens or alters connections to new information it learns. Such ability is the biological basis of memory and lifelong cognitive development.

In 2014, a review was published in the journal Nature Reviews Neuroscience that cited DHA as a structural component that affects neuronal signalling, synaptic function and neuroprotection. The review included its pivotal role in sustaining healthy brain cell membranes and its contribution to the communication between cells in the brain.

The cells in the brain also make inflammatory molecules in sickness, injury, and as we grow older. DHA is the precursor of certain compounds called resolvins and protectins. These molecules help moderate the body’s natural response once the inflammation process has started, and promote normal recovery in the nervous tissue.

As much as what goes on in a brain cell, what is going on around it is also critical to its health.

During every age, why DHA Matters.

Neurological development starts before birth, and extends into childhood and the teenage years. In those years, DHA is deposited quickly into the brain, and helps to promote normal brain development when neurons grow and form new connections.

This is why omega-3 for children continues to be a hot topic of research in the nutrition field. During school age, children’s brains are still developing networks that enhance their attention, learning, and information processing.

The brain is required to handle different things when students get to high school, college, or university. Extended study times, inadequate rest and constant stimulus from digital devices are a strain on concentration and mental focus. Although nutrition is not the sole determinant of academic achievement, the fact that DHA is a component of neurons makes it a subject area that needs to be explored in students.

Before studying techniques, “learning depends on healthy brain cells.

There are other pressures on adults. Brain fog complaints are frequently due to mental fatigue, long hours at screens, and intensive work schedules. The possible causes of those experiences are numerous, ranging from sleep disturbances to stress, exercise to illness. One component of that is brain health nutrition.

Likewise, the more senior they are, the more interested they are. Researchers are still investigating the effects of omega-3s on the elderly due to the aging process affecting the brain structure and communication between the neurons over time. Eating a healthy diet is one component of promoting healthy cognitive aging.

What Research Says Today

In early development, one of the most compelling indicators is the work of the early stages. In 2010, the European Food Safety Authority (EFSA) determined that the recommended daily amount of maternal DHA intake supports the normal brain development of the fetus and breastfed infant. That’s after analysis of several human studies of developmental outcomes.

The findings are less consistent with respect to research involving adults. There are small gains in some memory or attention scores for people who consume less baseline levels of omega-3s, and small gains in some scores for people who consume more. Wide generalisations are not possible due to the different designs of the studies, differences in the health status of the participants, and differences in the dose and duration of the treatment.

Because EPA and DHA omega-3 fatty acids are important in many physiological processes, EPA omega-3 can be found along with DHA. EPA’s importance is more recognized for its role as an anti-inflammatory and mood stabilizer, and DHA’s is more focused on the brain’s tissues. Although the brain’s function is responsible for numerous interacting biological systems that most likely cannot be explained by a single nutrient, scientists still study omega-3 and mood.

There are also health implications of fish oil for cardio health. Studies investigating the health of the brain involve studying the health of the blood vessels, which provide oxygen and nutrients to the brain, and this is where blood vessels and heart health omega-3 research may overlap.

The discussion of signs of deficiency should not be overlooked, as should be the case with an omega-3 deficiency. The absence of any one of these symptoms does not necessarily indicate a deficiency. Combined with poor food intake, some medical tests, and some medical conditions, they give a better idea of how one is doing than any isolated complaints like forgetfulness or inability to concentrate.

To provide the healthy and safe environment your brain works in requires nutrients.

There’s no cure other than high-quality sleep, good exercise, good learning, or good stress management. Every day’s behavior over years is a combination of what you see in your brain. What you see in your brain is the combination of what you’re doing every day for years.

It is in a special class: DHA is incorporated into the actual structure of the cells in the brain. The communication, signaling, and maintenance of every healthy nerve cell relies on a membrane that provides efficient function throughout the lifespan. That work occurs on an ongoing basis, well before you notice your concentration and/or memory shifting.

Studies are still ongoing to further elucidate the properties of DHA, and one thing is certain — its benefits are still not fully understood. Throughout childhood and adulthood, brain cells are dependent on proper building blocks, which are needed for proper learning and growth both in childhood and for healthy aging. Taking care of those cells starts with the decisions that are made; decisions that benefit those cells each day.

The author has a connection with Mind Vertex, a wellness and nutraceutical company.