Contents
What Is a BATCheck?
BATCheck is an annual, protocol-based evaluation that tracks the upstream biological conditions linked to early brain drift, years before measurable buildup of Beta-Amyloid (Aβ) and Tau (T) proteins occurs.
It is designed for proactive monitoring of metabolic, vascular, and inflammatory markers that influence how efficiently the brain clears and recycles proteins over time.
These factors include, but are not limited to: cholesterol, cortisol, vitamin D, iron balance, inflammatory cytokines, and ApoE-related genetic predispositions.
Purpose and Role
For adults 18 and older, BATCheck provides a foundational profile of brain-related biology.
For most users under 30, this serves as a wellness baseline to monitor trends before drift begins.
For older adults or those with elevated risk, additional biomarker layers, including BAT Levels, may be incorporated under clinical supervision.
The goal is to spot contributors before accumulation starts, things like stress, metabolic friction, sleep disruption, or vascular changes, so they can be corrected long before protein drift appears.
Testing Overview
BATCheck integrates data from:
• Standard lab panels (lipid, cortisol, metabolic, and inflammatory markers)
• Optional BAT Levels protein testing for eligible participants
• Historical and trending data from previous BATWatch reports to identify direction, not just numbers.
At-home collection kits may be used for select wellness indicators, but clinical draws remain the benchmark for accuracy.
Clinical Integrity and Transparency
BATWatch is lab-agnostic.
We do not manufacture, sell, or profit from laboratory tests or medications.
Partner labs, including Quest, Labcorp, and independent regional facilities, process all samples under CLIA-certified conditions.
Any funds collected are to cover access and logistics, never to mark up clinical testing.
How BATCheck Differs From BAT Testing
BAT Testing measures the effect, direct protein balance (Aβ and Tau) that confirms drift is underway.
Together, they form the Detect-Prevent-Verify loop central to the BATWatch model.
BATCheck focuses on causes, upstream biological patterns that make drift more likely.