Ternary Health
What our research looks like

Inside a Precision Deep Dive.

A finished engagement is built from a fixed skeleton — case synthesis, a personalized driver model, named specialist mapping, the workup we'd want to see, a staged 90-day plan — graded for evidence and personalized to the individual at every step. Below are short excerpts pulled directly from our four current sample reports, each chosen to show a different facet of the work.

The skeleton

Same structure, every case.

Every Precision Deep Dive moves through the same seventeen-section skeleton: executive summary, case synthesis, a personalized disease model, specialist pathway, clinical workup, signal analysis against our Signal Library, variant-level genetic review, body-composition baseline, intervention prioritization on the Ternary Method, a medical-therapy discussion track, a supplement framework, lifestyle and recovery protocols, a monitoring plan, and a staged 90-day execution blueprint.

What changes per case is the content at each section, not the section itself. That standardization is the discipline that lets one engagement feed comparisons across many. The excerpts below show four facets of the work, one per sample report — different section, different condition, same level of rigor.

Excerpts · four facets

Four short cuts from four real reports.

Each excerpt below is lifted verbatim from one of our four current sample reports. Each comes from a different section type, so together they preview the breadth of analysis a finished engagement contains. Follow any excerpt to the full preview of that report.

Madelung's Disease
Section 04
Specialist map — named surgeons and centers
How we source specialists

Clinicians and institutions with published Madelung's Disease experience. Inclusion reflects published authorship, not endorsement.

Hong Luan, MD and colleagues — Affiliated Hospital of Qingdao University, China. Authored the largest modern single-country clinical series (54 patients, 2022). Useful benchmark for recurrence rates and surgical decision-making.

Dercum's Disease
Section 06
Signal analysis — your activation map
How we structure pattern recognition

The Ternary Signal Library for Dercum's Disease contains 62 signals across 15 categories. Your data activated 14 of them.

Signal 02 — Lymphatic dysfunction (lower extremities). Strength 9/10, modifiability 9/10. Bilateral edema, Stemmer sign positive; never formally evaluated. MLD + compression is the highest-leverage modifiable lever.

Lipedema
Section 09
Intervention prioritization — Ternary Method applied
How we score every intervention

Every option scored on Evidence × Personalization × Action. Six representative interventions from the ranked stack.

Complete decongestive therapy (CDT) — MLD + compression. Evidence 9/10, Personalization 10/10, Action 9/10. The single highest-leverage modifiable lever in the plan. All three axes near maximum. This is the first call to make.

Mast Cell Activation Syndrome (MCAS)
Section 07
Genetic findings — variant-level review
How we integrate variant-level data

Relevant variants from 23andMe and targeted testing, filtered for MCAS and histamine-metabolism relevance.

A near-complete set of histamine-clearance throttles — DAO T/T, HNMT variant, MAO-A low, MTHFR T/T + MTRR — means histamine in your system has an unusually long residence time, which mechanistically explains why dietary triggers are disproportionately severe.

Excerpts above are drawn verbatim from the four anonymized, composite-case sample reports we currently publish. They show the shape and depth of a finished engagement — not the full report, and not personal medical guidance.

Next step

Apply for your own Precision Deep Dive.

The full engagement is built from your own records, labs, and history. We review every application personally and respond within three business days.