Solutions
Neurosurgeon operating with intraoperative brain imaging
Neurosurgery
Functional brain-network data for complex neurosurgical decisions.
Neurology
Objective brain function insights for more informed neurological care.
Brain Health
Supporting healthier brains through earlier insight.
Clinical Research
Empowering the next generation of neuroscience research.
TechnologyResourcesReimbursementAboutContact us
Home
Neurology

Neurology

Enhance your diagnostic toolkit with objective insight into brain function. Delphi-MD provides neurologists with direct, quantitative information on brain-network function to complement existing assessments, support clinical decision-making, and monitor change over time.

Schedule a DemoDownload Clinical Publications Booklet

Diagnostic Clarity

Tell overlapping conditions apart using measurable electrophysiological biomarkers.

Disease Progression

Track the trajectory of neurodegenerative conditions quantitatively.

Treatment Efficacy

See how a patient responds to therapy, in real time.

Point-of-Care Speed

Run a full neuro-assessment in your clinic, with no lengthy preparation.

THE CLINICAL GAP

Detects Dysfunction Before it Becomes Visible

Diagnostic uncertainty can delay intervention during the most critical therapeutic windows. Many patients undergo lengthy evaluations across multiple modalities: clinical exams, cognitive testing, and structural imaging, yet subtle functional abnormalities often remain undetected. This can lead to delayed diagnoses, suboptimal treatment planning, and challenges in evaluating disease progression or therapeutic response.

The absence of brain network function data impacts both clinical confidence and patient outcomes.

Delphi-MD™ provides neurologists with direct, network-based brain function data to support decision-making and treatment progression assessment.

One Brain. Multiple Functional Networks.

Designed for multidisciplinary neurological workflows

Delphi-MD™ uses controlled stimulation to measure the brain’s response across key cortical networks, providing quantifiable information on cortical excitability and patterns of excitation and inhibition.

Delphi-MD™ can record TMS-evoked potentials (TEPs) from up to six cortical stimulation areas:

  • Primary Motor Cortex Left & Right
  • Dorsolateral Prefrontal Cortex Left & Right
  • Primary Visual Cortex Left & Right

Each stimulation provides a measurable response, helping characterize the functional state of the network being assessed.

Join our newsletter to stay up to date on clinical updates and company news.
By subscribing you agree to our Privacy Policy and provide consent to receive updates from our company.
Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.
Solutions
NeurosurgeryNeurologyBrain HealthClinical ResearchPsychiatry
Company
TechnologyPartner ZoneResourcesAbout UsContact
Follow us
Facebook
Instagram
X
LinkedIn
© 2026 Quantalx. All rights reserved.
Privacy PolicyTerms of Service
*All clinical interpretations of Delphi-MD™ assessments must be made by qualified healthcare professionals within the context of a full patient evaluation. The Delphi-MD™ system is intended to elicit, record, and analyze TMS-evoked brain potentials (TEPs) and provide quantitative output parameters compared against a normative reference database limited to ages 50–75. Adverse events during or after evaluation may include headache, nausea, dizziness, fatigue, insomnia, anxiety/agitation, back or neck pain, vomiting, tinnitus, migraine aura, and abnormal sensations. Delphi-MD™ is not intended to be relied upon solely to make or confirm a diagnosis. For more information, refer to the Delphi-MD™ user manual.