rs1800497
ANKK1 DRD2rs1800497 is a single-nucleotide polymorphism (SNP) in the ANKK1 / DRD2 gene. Genespiral reads it in the Personality and Learning & Cognition analyses to describe Risk-Taking Behavior, Persistence, Decision-Making Ability, Goal-Oriented Behavior, Gratification Delay, Motivation, Social Networking Behavior, Decision-Making Under Pressure and Attention Span.
- Gene
- ANKK1 / DRD2
- Alleles
- C / T
- Genotypes
- CC, CT, TT
- Traits
- 9 traits across 2 analyses
An rsID such as rs1800497 is the reference number dbSNP assigns to one position in the genome where people commonly differ by a single letter. Raw data exports from 23andMe and AncestryDNA list your two alleles at that position as a genotype - for this marker one of CC, CT, TT. The order of the two letters carries no meaning, so CT and its reverse are the same genotype.
Alleles on this page are written on the forward (plus) strand, matching how consumer raw files report them. Other references sometimes describe the same variant on the opposite strand, which swaps A↔T and C↔G - see why the same variant can look different. The associations below are educational summaries of published research; they are not diagnoses, and the effect of any single SNP is usually modest.
Risk-Taking Behavior
Behavioral Traits · Part of the Personality analysis
Associated with dopamine receptors involved in reward-seeking behavior.
| Genotype | Association |
|---|---|
| CC | Higher risk-taking |
| CT | Moderate risk-taking |
| TT | Lower risk-taking |
- Summary
- ANKK1 polymorphisms can influence reward sensitivity, affecting risk-taking tendencies.
- Scientific insights
- Individuals with 'CC' may be more inclined to engage in adventurous or risky activities.
- Lifestyle tips
- Engaging in safe, calculated risks can help manage high risk-taking tendencies productively.
Persistence
Personality Traits · Part of the Personality analysis
Related to dopamine receptors involved in motivation and reward-seeking.
| Genotype | Association |
|---|---|
| CC | Higher persistence |
| CT | Moderate persistence |
| TT | Lower persistence |
- Summary
- DRD2 gene variants may impact determination and long-term goal pursuit.
- Scientific insights
- Individuals with 'CC' often have a strong drive to reach their goals, even in the face of challenges.
- Lifestyle tips
- Setting incremental goals can help enhance persistence and motivation.
Decision-Making Ability
Cognitive Traits · Part of the Personality analysis
Linked to dopamine receptor function affecting reward sensitivity and decision-making.
| Genotype | Association |
|---|---|
| CC | Better decision-making |
| CT | Moderate decision-making |
| TT | Weaker decision-making |
- Summary
- DRD2 variants influence decision-making by affecting reward processing and impulse control.
- Scientific insights
- Individuals with 'CC' may have a higher capacity for assessing risks and benefits in decisions.
- Lifestyle tips
- Developing decision-making skills through practice can help build confidence in complex decisions.
Goal-Oriented Behavior
Personality Traits · Part of the Personality analysis
Associated with dopamine receptor activity influencing motivation and goal persistence.
| Genotype | Association |
|---|---|
| CC | Highly goal-oriented |
| CT | Moderately goal-oriented |
| TT | Less goal-oriented |
- Summary
- DRD2 gene variations can affect drive and focus, impacting one's ability to stay goal-oriented.
- Scientific insights
- Individuals with 'CC' may excel in setting and achieving long-term goals.
- Lifestyle tips
- Setting structured, incremental goals can enhance motivation and focus.
Gratification Delay
Behavioral Traits · Part of the Personality analysis
Associated with dopamine receptor function, affecting impulse control and delayed rewards.
| Genotype | Association |
|---|---|
| CC | Better at delaying gratification |
| CT | Moderate ability |
| TT | Less able to delay gratification |
- Summary
- DRD2 gene variants influence the ability to wait for rewards and resist immediate gratification.
- Scientific insights
- Individuals with 'CC' may find it easier to delay gratification and work toward long-term goals.
- Lifestyle tips
- Setting long-term goals and practicing delayed gratification can improve self-control.
Motivation
Behavioral Traits · Part of the Personality analysis
Involved in dopamine receptor function, affecting motivation and drive.
| Genotype | Association |
|---|---|
| CC | Higher motivation |
| CT | Moderate motivation |
| TT | Lower motivation |
- Summary
- DRD2 gene variations influence intrinsic motivation and the desire to achieve goals.
- Scientific insights
- Individuals with 'CC' may experience greater motivation to pursue personal and professional goals.
- Lifestyle tips
- Setting incremental goals can enhance motivation and provide a sense of achievement.
Social Networking Behavior
Social Traits · Part of the Personality analysis
Linked to dopamine receptor activity, influencing social engagement and reward in social interactions.
| Genotype | Association |
|---|---|
| CC | More active |
| CT | Moderately active |
| TT | Less active |
- Summary
- DRD2 gene variations impact levels of engagement and enjoyment derived from social networking activities.
- Scientific insights
- Individuals with 'CC' may be more likely to participate actively in social networking and online communities.
- Lifestyle tips
- Engaging in diverse social interactions can enhance social skills and satisfaction from networking.
Decision-Making Under Pressure
Cognitive Traits · Part of the Personality analysis
Involved in dopamine receptor function, affecting stress resilience and decision-making abilities.
| Genotype | Association |
|---|---|
| CC | Better under pressure |
| CT | Moderate performance |
| TT | Lower performance |
- Summary
- DRD2 gene variations can influence one's capacity to make effective decisions in high-pressure situations.
- Scientific insights
- Individuals with 'CC' may feel more comfortable making quick, critical decisions under pressure.
- Lifestyle tips
- Practicing decision-making in controlled stress scenarios can enhance performance under pressure.
Attention Span
Attention · Part of the Learning & Cognition analysis
Dopamine receptor gene influencing attention and reward pathways.
| Genotype | Association |
|---|---|
| CC | Longer attention span |
| CT | Moderate attention span |
| TT | Shorter attention span |
- Summary
- Variations in the DRD2 gene can impact attention span and focus.
- Scientific insights
- Individuals with the 'CC' genotype may have a longer attention span due to better dopamine receptor function.
- Lifestyle tips
- Mindfulness and concentration exercises can help improve attention span.
Check your genotype at rs1800497
Load your raw DNA file and Genespiral looks up rs1800497 along with every other marker in the Personality and Learning & Cognition analyses. The file is parsed in your browser and never uploaded, so your genotype stays on your device.
- 1. Download your raw data from 23andMe or AncestryDNA.
- 2. Open the analysis below and choose the file.
- 3. Find Risk-Taking Behavior and Persistence in your results.
Related
More markers from Personality and Learning & Cognition
Articles that discuss rs1800497
References
Primary databases for this variant. Use them to check allele orientation, population frequencies, and the underlying studies.
- dbSNP entry for rs1800497 - NCBI
- rs1800497 variant page - Ensembl
- rs1800497 summary - SNPedia
- Clinical significance records for rs1800497 - ClinVar
- ANKK1 gene - NCBI Gene
- DRD2 gene - NCBI Gene
Genespiral is an educational tool, not a medical service. Genetic associations describe tendencies observed across populations, not certainties for you. Read the full disclaimer.