Annual TBI incidence
Of standard CT scans return normal results where brain injury is clinically evident

Place test orders in minutes through our secure online provider portal.

Patient samples are collected through a standard blood draw using one of three flexible options: in-clinic collection for practices with in-house phlebotomy, mobile phlebotomy, or an outpatient collection site.

Collected blood samples are returned to our CLIA-certified and CAP-accredited laboratory using the prepaid shipping label included with each test kit.

Receive actionable, easy-to-interpret reports designed to support patient evaluation, longitudinal monitoring, and informed clinical decision-making. Results available within 7-10 business days.

Place test orders in minutes through our secure online provider portal.

Patient samples are collected through a standard blood draw using one of three flexible options: in-clinic collection for practices with in-house phlebotomy, mobile phlebotomy, or an outpatient collection site.

Collected blood samples are returned to our CLIA-certified and CAP-accredited laboratory using the prepaid shipping label included with each test kit.

Receive actionable, easy-to-interpret reports designed to support patient evaluation, longitudinal monitoring, and informed clinical decision-making. Results available within 7-10 business days.
A helpful resource to print and hand out to your patients during their visit.
Protein biomarkers and genetic markers providing objective biological data on cellular injury, change, and neurological risk factors.
GFAP • UCH-L1 • S100β • NF-H
APOE • MTHFR
Genetic markers are evaluated once because DNA remains constant throughout life.
Designed for longitudinal monitoring using protein biomarkers associated with cellular injury and change.
GFAP • UCH-L1 • S100β • NF-H
A forthcoming panel evaluating hormones associated with neuroendocrine function and change.
Protein biomarkers and genetic markers providing objective biological data on cellular injury, change, and neurological risk factors.
GFAP • UCH-L1 • S100β • NF-H
APOE • MTHFR
Genetic markers are evaluated once because DNA remains constant throughout life.
Designed for longitudinal monitoring using protein biomarkers associated with cellular injury and change.
GFAP • UCH-L1 • S100β • NF-H
A forthcoming panel evaluating hormones associated with neuroendocrine function and change.
Protein biomarkers and genetic markers providing objective biological data on cellular injury, change, and neurological risk factors.
GFAP • UCH-L1 • S100β • NF-H
APOE • MTHFR
Genetic markers are evaluated once because DNA remains constant throughout life.
Designed for longitudinal monitoring using protein biomarkers associated with cellular injury and change.
GFAP • UCH-L1 • S100β • NF-H
A forthcoming panel evaluating hormones associated with neuroendocrine function and change.
Protein biomarkers and genetic markers providing objective biological data on cellular injury, change, and neurological risk factors.
GFAP • UCH-L1 • S100β • NF-H
APOE • MTHFR
Genetic markers are evaluated once because DNA remains constant throughout life.
Designed for longitudinal monitoring using protein biomarkers associated with cellular injury and change.
GFAP • UCH-L1 • S100β • NF-H
A forthcoming panel evaluating hormones associated with neuroendocrine function and change.
College of American Pathologists
#8647015
High-complexity clinical testing
#06D2174124
Validated immunoassay and
PCR-based methodology
