AxonGain — Brain Report turns your raw DNA file (23andMe, Ancestry, MyHeritage, and more) into a professional PDF that explains what your genetics may suggest about the biological systems that support cognition and brain health—clearly, responsibly, and without hype.

Intelligence and cognitive performance do have a genetic component, but it’s highly polygenic: shaped by the combined influence of thousands of genetic variants, each typically contributing a very small effect.

There isn’t a single “intelligence gene.” Instead, research points to genetic differences that can nudge the underlying systems cognition depends on—synaptic plasticity, neurotransmitter signalling, brain development, and energy metabolism—all interacting with environment, education, sleep, stress, and lifestyle.

The AxonGain Brain Report

At the core of the Brain Report is analysis of SNPs (single-nucleotide polymorphisms)—one-letter DNA changes that can influence cognition-related biology by:

• Altering protein structure (changing how well an enzyme or receptor works)
• Shifting gene expression (how much of a receptor/transport/growth factor is produced)
• Affecting regulation and timing (where/when genes are active, especially in the brain)

What the Brain Report analyzes

We focus on curated SNPs in pathways that repeatedly show up in cognition and brain-health research, translating your variants into plain-English insights with context and evidence notes:

Neuroplasticity & learning (BDNF and related systems)

A frequently studied target is BDNF (brain-derived neurotrophic factor)—a growth factor that supports synaptic plasticity, learning-related circuit changes, and long-term memory formation.

Certain SNPs in or near BDNF can influence how BDNF is produced, transported, or released. A well-known example is BDNF Val66Met (rs6265), studied in relation to activity-dependent BDNF secretion, memory, stress sensitivity, and response to training—though effects are often small, context-dependent, and not consistently replicated across all populations or tasks.

Neurotransmitter-related SNPs (the “cognitive tone” systems)

Many of the most discussed cognition-linked variants are found in genes encoding neurotransmitter receptors, transporters, or metabolizing enzymes—subtle shifts that can influence attention, motivation, working memory, emotional regulation, and learning efficiency:

• Dopamine pathway (motivation, reward learning, executive function)
  Variants in genes such as COMT (dopamine breakdown—especially relevant in the prefrontal cortex), DRD2/DRD4 (dopamine receptors), and SLC6A3/DAT1 (dopamine transporter) are often studied because dopamine balance can influence focus, cognitive control, and task persistence.
• Serotonin pathway (mood stability, stress reactivity, cognitive flexibility)
  Genes like SLC6A4 (serotonin transporter) and MAOA (monoamine metabolism, including serotonin) are researched for how they may shape emotional tone and stress responsiveness—factors that strongly affect real-world cognitive performance.
• Acetylcholine pathway (attention, learning, memory encoding)
  Variants in cholinergic receptor genes (e.g., CHRNA family members) may matter because acetylcholine plays a major role in attention regulation and memory formation.
• Glutamate/GABA balance (plasticity vs. stability; learning vs. inhibition)
  Genes involved in excitatory/inhibitory signaling and synaptic regulation can be relevant because glutamate is central to learning and plasticity, while GABA helps stabilize networks and reduce cognitive “noise.”

What you’ll get in your PDF

• Pathway summaries that connect your SNPs to cognition-related biology (in plain English)
• Highlighted variants with what research suggests, plus replication/context notes
• A clean, professional layout you can save and revisit anytime

The Brain Report does not give you an “IQ score,” and it doesn’t claim your DNA determines your potential. It’s a research-informed view of how your genetics may tilt key cognitive systems—helping you understand possible strengths, sensitivities, and trade-offs, with the reality check that environment and lifestyle play a huge role.

Upload your raw DNA file → get your AxonGain Brain Report → understand your cognitive biology with context and clarity.