A Plasmart Initiative

Sequence Me

White-glove whole-genome sequencing and archival for families affected by hereditary blood factor deficiencies.

A · T · G · C I · II · V · VII · VIII · IX · X · XI · XII · XIII

Map every clotting factor. Own the data that could change everything. Sequence Me provides 30× whole-genome sequencing through our Sequencing.com partnership — complete FASTQ, BAM, and VCF delivery for every family member.

The Mission Sample Report Get Started

Bleeding disorders are often overlooked and underdiagnosed. Despite being the most common inherited bleeding conditions, coagulation factor deficiencies receive far less research focus than conditions of similar prevalence. Many families remain undiagnosed or improperly treated for generations.

Current treatments have significant limitations. Many patients rely on frequent IV infusions of clotting factor concentrates. Women with bleeding disorders face heavy menstrual bleeding and dangerous postpartum hemorrhage. A single nucleotide change in any of the thirteen coagulation factor genes can mean a lifetime of medical intervention.

A complex network of proteins working in harmony. A single nucleotide change in any factor can cause a bleeding disorder.

The Blood Coagulation Cascade — intrinsic and extrinsic pathways converging on fibrin clot formation

The coagulation cascade: intrinsic and extrinsic pathways converging on fibrin clot formation.

Consumer genotyping arrays check less than 0.1% of your genome. 30× whole-genome sequencing reads all 3.2 billion base pairs — every coagulation factor gene, end to end.

Hereditary deficiencies in any of the thirteen coagulation factors cause bleeding disorders. 30× whole-genome sequencing covers them all.

IFibrinogen
IIProthrombin
VProaccelerin
VIIProconvertin
VIIIAnti-hemophilic A
IXChristmas Factor
XStuart–Prower
XIPTA
XIIHageman
XIIIFibrin-Stabilizing
GeneCondition30× WGSGenotyping
F8Hemophilia A186,5613
F9Hemophilia B33,7840
VWFvon Willebrand Disease179,4266
F5Factor V Deficiency71,1221
F7Factor VII Deficiency31,3300
F11Factor XI Deficiency55,1880
F13A1Factor XIII Deficiency66,9940

Variant counts per gene. Genotyping checks markers; sequencing reads the entire gene. Data from Sequencing.com.

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By analyzing parental and child DNA, we seek to pioneer precise interventions that correct underlying mutations at their source — so children, grandchildren, and generations to come can live free from the burden of bleeding disorders.

Based on Sequencing.com's Healthcare Pro report format — the same structure used for clinical-grade genetic findings.

Coagulation Factor Analysis
Healthcare Pro DNA Report
ID: MR-1985-XXXX
⚠ Risk Detected
F8 — c.3780C>A (p.Tyr1260*)
Nonsense variant in Factor VIII gene associated with Hemophilia A. Predicted to result in a truncated, nonfunctional Factor VIII protein.
Recommendation: Confirm with clinical-grade testing. Referral to hematology.
⚑ Variant of Uncertain Significance
VWF — c.2561G>A (p.Arg854Gln)
Missense variant in von Willebrand Factor. Reported in individuals with Type 1 VWD. Functional significance not fully established.
Recommendation: Clinical correlation with bleeding history. Consider vWF assays.
✓ No Pathogenic Variants
F9, F5, F7, F10, F11, F12, F13A1, F13B, F2, FGA, FGB, FGG
No pathogenic or likely pathogenic variants detected in the remaining coagulation factor genes.
This report is based on genomic analysis only and does not account for age, BMI, lifestyle, medications, or clinical history. Genetic findings should be interpreted by a qualified healthcare professional.

Illustrative example. Actual reports are generated by Sequencing.com's Healthcare Pro app.

We handle every step. You provide the saliva.

STEP 01

Intake & Consent

Submit family information. Privacy-first naming.

STEP 02

Kit Coordination

We order 30× WGS kits from Sequencing.com.

STEP 03

Sample Collection

Saliva or cheek swab at home. Return prepaid.

STEP 04

Sequencing

30× whole-genome sequencing. 6–10 weeks.

STEP 05

Archive & Delivery

Organized, checksummed, encrypted media.

Every file organized, checksummed, and delivered on encrypted media.

MR-1985/
  raw/
    MR-1985_R1.fastq.gz — raw reads
    MR-1985_R2.fastq.gz — raw reads
  aligned/
    MR-1985.sorted.bam — aligned
  variants/
    MR-1985.g.vcf.gz — variants
  reports/
    sequencing_report.pdf
  README.md
$399
per family member · 30× whole-genome sequencing via Sequencing.com

Already have whole-genome data? Bring-your-own-data archival starts at $50.

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Begin Your Family's Archive

Every genome sequenced today is a family prepared for tomorrow's cures.

Order Through Sequencing.com
✉ Contact Sequence Me
How is this different from 23andMe?
23andMe uses a genotyping array — less than 0.1% of your genome. Sequence Me uses 30× whole-genome sequencing: all 3.2 billion base pairs. You receive raw data files (FASTQ, BAM, VCF), not just a report.
Do I need a doctor's order?
No. Sequence Me is a nonclinical service. You order kits directly through Sequencing.com. No physician involvement, no insurance billing, no medical record.
How long does it take?
10–14 weeks total. Kit shipping: ~1 week. Sequencing: 6–10 weeks. Archive preparation: 1–2 weeks.
Can I bring data I already have?
Yes. If you have 30× whole-genome data from Nebula, Dante Labs, or another provider, we can organize and archive it starting at $50.
Is my data shared with anyone?
No. Your genomic data is never sold, shared, or used for research. Sequencing.com provides lifetime storage. Your encrypted archive is delivered only to you.
Not a medical service. Sequence Me is a nonclinical genome data preservation and concierge service. We do not provide medical advice, diagnosis, treatment, or genetic counseling. Sequencing is performed by Sequencing.com. Always consult qualified medical professionals for health decisions.