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Report Explainer

Methylation in the sample report

This page explains why this pathway rose in the sample report, what it likely means, and what to validate next.

Worth checking now

What stands out

This is a meaningful pathway in the sample.

What it likely means

Working interpretation

The working read here is lower methylation support.

What to check next

Key markers

Homocysteine, methylmalonic acid, folate

How much to care

Priority context

High. This is one of the clearest and most testable findings in the report.

Why it rose

Why this pathway surfaced

This pathway tends to surface when several studied variants in its core genes point in a similar direction strongly enough to justify biomarker follow-up.

11 genes reviewed · 26 variant rows

Homocysteine

helps show whether methylation or sulfur handling is keeping up with demand

methylmalonic acid

helps show whether active B12-dependent reactions look under-supported

folate

Folate gives practical context for whether methylation is showing up in real physiology.

Main genes

Which genes are carrying the signal

MTRR

Supporting contributor · Medium confidence

MTRR adds weight to the same pathway interpretation, but does not drive it alone.

MTRR adds methylation context and should be interpreted with the surrounding pathway pattern, not on its own.

TCN2

Supporting contributor · Medium confidence

TCN2 adds weight to the same pathway interpretation, but does not drive it alone.

TCN2 adds methylation context and should be interpreted with the surrounding pathway pattern, not on its own.

MTHFR

Supporting contributor · Medium confidence

MTHFR adds weight to the same pathway interpretation, but does not drive it alone.

MTHFR adds methylation context and should be interpreted with the surrounding pathway pattern, not on its own.

MTR

Supporting contributor · Medium confidence

MTR adds weight to the same pathway interpretation, but does not drive it alone.

MTR adds methylation context and should be interpreted with the surrounding pathway pattern, not on its own.