HSA/FSA Eligible

BrightKaire

Advanced Blood Test

Personalized mental health treatment guided by your unique brain biology. Reduce guesswork and find effective medication faster.

How It Works

Four simple steps from blood draw to personalized insights
step 1
Sample Collection
Blood collection at a Quest facility or via at-home phlebotomist
step 2
Neuronal Growth
Blood samples are reprogrammed into your brain cells for analysis
step 3
Laboratory Analysis
Treatment & analysis of your derived neurons and genetics
step 4
Results Delivered
Personalized report delivered to your doctor

What You'll Learn

Actionable insights tailored to your biology
Medication Interactions
How different antidepressant medications are likely to interact with your unique brain biology
Side Effects & Interactions
Potential side effects and gene-drug interactions specific to your genetics
Treatment Guidance
Guidance to inform treatment conversations with your provider

Why It Matters

Less than half of patients with depression experience relief from their first prescribed medication. Many continue to struggle with ineffective treatments for months or years.BrightKaire helps your doctor tailor medication choices to your unique brain biology, reducing guesswork and increasing the likelihood of effective treatment.

Reduce Trial-and-Error
Stop cycling through medications that don't work. Get data-driven recommendations from the start.
Faster Relief
Support discovering effective treatment faster with biologically informed insights.
Personalized Science
Your neurons, your genetics, your results. Truly personalized precision medicine.
For Healthcare Providers

For Clinicians

Patient-specific, biologically informed insights to support precision prescribing

Includes

  • Patient-derived neurons grown from blood samples
  • High-throughput neuronal and pharmacogenetic testing with AI-powered analysis
  • Actionable report ranking medications by predicted effectiveness and tolerability

Benefits

  • Predicts how different antidepressant medications are likely to interact with patient's unique brain biology
  • Highlights potential side effects and gene-drug interactions
  • Supports reducing trial-and-error prescribing and shortening time to symptom relief