1. Memory Abilities

Memory plays a critical role in academic success and cognitive development. This test reveals an individual’s capacity for processing and retaining different types of information—such as numbers, vocabulary, and spatial arrangements. Understanding these abilities allows for the creation of personalized learning strategies that leverage natural cognitive strengths.

• Numeric Memory: BDNF (Brain-Derived Neurotrophic Factor) influences neuroplasticity, essential for learning and memory retention. COMT (Catechol-O-methyltransferase) regulates dopamine, critical for working memory.
• Spatial Memory: APOE (Apolipoprotein E) affects cognitive function and spatial orientation. KIBRA is associated with hippocampal function, crucial for complex spatial memory.
• Emotional Memory: CLU (Clusterin) supports brain health and memory retention. MAPT (Microtubule-Associated Protein Tau) influences recall of life events.
• Language Memory: FOXP2 is vital for language processing and memory, while KIAA0319 supports reading skills and language memory.

2. Study Abilities

Study abilities encompass skills such as concentration, problem-solving, and learning styles, which are essential for mastering new concepts. This section identifies a student’s strengths and areas where additional support may be needed, enabling the creation of more effective learning plans and experiences.

• Executive Function: DRD2 (Dopamine D2 Receptor) influences decision-making and focus. COMT affects cognitive flexibility and attention.
• Cognitive Abilities: SNAP25 supports synaptic plasticity, enhancing learning adaptability. NRXN1 (Neurexin 1) promotes intercellular communication, improving cognitive performance.
• Perfect Pitch: GATA2 contributes to auditory perception and musical talent. FOXP2 is essential for language and sound processing.

3. Decision-Making Tendencies

Decision-making tendencies determine how individuals handle challenges, manage risks, and make choices. Genetic factors can reveal whether a person is naturally cautious or more inclined toward risk-taking. Understanding these tendencies can help create environments aligned with each student’s decision-making style, promoting engagement and motivation.

• Error Avoidance: OXTR (Oxytocin Receptor) influences social behavior and cautiousness. COMT variants affect decision-making and emotional responses.
• Risk-Taking: DRD4 is linked to novelty-seeking behavior. MAOA affects impulsivity and risk tolerance.
• Delayed Gratification: SLC6A4 regulates serotonin, impacting patience. TPH2 is involved in serotonin synthesis, affecting impulse control.
• Emotional Regulation and Rational Thinking: MC4R affects dietary rhythms, while FTO influences eating behavior and emotional responses.

4. Personality Traits

Personality traits shape how individuals interact, handle tasks, and manage stress. This test offers insights into traits such as extraversion, emotional stability, and conscientiousness, allowing educators to tailor support strategies that enhance social interaction and create nurturing learning environments.

• Emotional Stability: 5-HTTLPR affects stress regulation. CRHR1 plays a role in stress response.
• Extraversion: DRD2 influences social abilities. BDNF supports social engagement.
• Conscientiousness: CLOCK influences daily rhythms and self-discipline. DRD3 supports focus and motivation.
• Openness: COMT enhances creativity. SLC6A4 supports adaptability to new ideas.

5. Positive Emotions

Positive emotions are key to mental health and learning motivation. Genetic factors influence resilience, happiness, and stress management. Understanding these predispositions helps educators develop strategies to support students’ emotional well-being and academic success.

• Subjective Well-Being and Anti-Fatigue Ability: OXTR affects empathy and social bonding. 5-HTTLPR influences mood and stress response.
• Anti-Anxiety Ability: BDNF supports resilience. CRHR1 aids in stress management.
• Stress Resilience: COMT affects stress response. SLC6A4 regulates mood under stress.

6. Athletic Genes

Physical abilities such as strength, speed, and endurance are influenced by genetics. Understanding a student’s athletic potential can help guide them toward sports and activities that align with their strengths, fostering a balanced lifestyle that combines physical development and academic achievement.

• Explosiveness: ACTN3 affects fast-twitch muscle fibers. ACE influences strength and muscle efficiency.
• Endurance: PPAR supports energy metabolism. NOS3 enhances cardiovascular function.

7. Natural Height Prediction

Height is influenced by genetics and nutrition, potentially impacting physical activity and self-confidence. Assessing height potential helps families and schools create personalized nutrition and exercise plans, ensuring healthy physical development.

Key Genes: GH1 (Growth Hormone 1) is essential for growth. IGF1 (Insulin-Like Growth Factor 1) supports bone development.