Biomeme
Wellness Telemetry

Advanced Transcriptomics
Dashboard

DNA is a list of blueprints; gene expression is the active building site. The Advanced Transcriptomics Dashboard shows how the genes in eight biological areas are behaving over time, from one blood sample to the next.

By tracking messenger RNA (mRNA) levels across eight biological areas, the dashboard gives you a longitudinal record of transcript activity rather than a single snapshot.

Molecular Telemetry

Longitudinal Expression Tracking

Illustration only. Not real results, and not a sample report.

Molecular Dashboard

HEALTH DOMAINS (0–100)

No Composite
Activation 42 / 100
7 pathways · Danger sensing & recruitment
Settling toward baseline range
Antiviral Response 18 / 100
1 pathway (4 modules) · Type I interferon
Normal resting level (no viral alert)
Resolution 74 / 100
2 pathways · Active stop & clean programs
Engaged rebalancing programs
Deliberately No Composite Score Collapsing these three independent biological programs into one average would conceal whether an elevated response is actively resolving or stuck in chronic activation.
Gene Expression Heatmap (8-Week Timeline)
Upregulated Baseline Downregulated
Week 0 Week 2 Week 4 Week 6 Week 8 (Current)
SIRT1
PRKAA1
IL6
NFKB1
TERT
Molecular Metrics

The 8 Dimensions of Longitudinal Health

The dashboard maps individual test samples against 8 fundamental biological processes. Every dimension provides detailed molecular tracking of underlying genetic expression.

Metabolism & Cellular Bioenergetics

Monitoring glycolysis, Krebs cycle, and electron transport chain activity.

Key Markers:
AMPK (PRKAA1/2)SDHCOX
Explore Dimension

Mitochondrial Function

Quantifying mitochondrial biogenesis, efficiency, and fusion/fission dynamics.

Key Markers:
PGC-1α (PPARGC1A)TFAMMT-RNR1
Explore Dimension

Oxidative Stress Response

Measuring the upregulation of endogenous antioxidant enzymes in response to free radicals.

Key Markers:
NRF2 (NFE2L2)SOD1/2GPX1/4
Explore Dimension

Inflammation & Immune Response

Tracking systemic inflammatory cytokine activation and anti-inflammatory resolution pathways.

Key Markers:
NF-κB (NFKB1)IL-6TGF-β1
Explore the 100-Point Inflammation Evidence Hub → Explore Dimension

Metabolic Flexibility

Evaluating the body's active capacity to transition between fat and glucose oxidation.

Key Markers:
GLUT4 (SLC2A4)PPARγCPT1B
Explore Dimension

Cellular Stress Signaling

Tracking heat shock chaperone genes and integrated stress response transcripts.

Key Markers:
mTORHSP70 (HSPA1A)ATF4
Explore Dimension

Musculoskeletal Pathways

Educational reference on myogenic transcription and muscle catabolic pathways (tissue research).

Key Markers:
MYOD1MYOGMuRF1 (TRIM63)
Explore Dimension

Cellular Aging & Longevity

Quantifying sirtuin pathways, telomerase gene expression, and autophagy regulation.

Key Markers:
SIRT1/3/6TERTCDKN2A / CDKN1A
Explore Dimension
Therapies Index

Longitudinal Therapy Monitoring Directory

Thirteen classes of peptides, cofactors and hormonal therapies act on genes these panels report. Select one to see which pathway targets it involves.

Therapeutic Peptide Agonists

GLP-1 receptor agonists

Prescription only

Tracks: Inflammation, Metabolic Flexibility, Cellular Stress

GLP-1 Response

BPC-157

Not approved for any use

Tracks: Oxidative Stress, Cellular Stress, Musculoskeletal

Tissue Repair

KPV

Not approved for any use

Tracks: Inflammation & Immune

Inflammation

TB-500 / Thymosin Beta-4

Not approved for any use

Tracks: Musculoskeletal Integrity

MSK Recovery

MOTS-c

Not approved for any use

Tracks: Mitochondrial Function, Metabolic Flexibility

Mitochondrial

Semax

Not approved for any use

Tracks: Cellular Stress Signaling

Stress Defense

Epitalon

Not approved for any use

Tracks: Cellular Aging & Longevity

Longevity / TERT

DSIP (delta sleep-inducing peptide)

Not approved for any use

Tracks: Metabolism, Cellular Stress

Bioenergetics

Metabolic & Longevity Cofactors

Niagen / NR

Dietary supplement

Tracks: Metabolism, Mitochondrial Function

Sirtuin Activation

NMN

Tracks: Metabolism, Mitochondrial, Cellular Aging

NAD+ Synergy

Hormonal & Growth Factors

Testosterone / TRT

Prescription only · Controlled substance (Schedule III)

Tracks: Musculoskeletal, Metabolic Flexibility

Anabolism

HGH

Prescription only

Tracks: Musculoskeletal Integrity, Metabolism

IGF-1 Pathway

HRT

Prescription only

Tracks: Inflammation, Metabolic Flex, Cellular Aging

Immune & Lipids
Enabling Technology

The Hardware & Infrastructure Driving the Dashboard

Delivering longitudinal transcriptomic telemetry requires a unified extraction, processing, and analytical pipeline. Biomeme bridges the gap from raw blood sample to dashboard insights.

Deep RNA Sequencing

Whole-transcriptome RNA-seq on Illumina NovaSeq, generating ~30M paired-end reads to capture broad pathway dynamics from venous PAXgene blood tubes.

CLIA-Certified Assays

All molecular wellness panels are processed via our high-throughput CLIA-certified One Health Labs (OHL) network to ensure clinical-grade precision and regulatory standards.

Point-of-Care Translation

Beyond centralized sequencing, Biomeme pioneers portable real-time PCR hardware (Biomeme/5) to bring targeted molecular detection directly to the field and clinical point of care.

Scientific Context

Frequently Asked Questions

How does transcriptomic monitoring differ from traditional blood panels?
Traditional panels measure end-stage molecules (like cholesterol, hormones, or metabolites) circulating in the blood. Transcriptomics measures active gene expression (messenger RNA) inside cells. Transcription is upstream of the circulating proteins a blood panel measures, so a transcript panel and a protein panel describe different layers of the same biology.
Is this genomic testing?
No. Genomics reads your static DNA, which represents your inherited predispositions and never changes. Transcriptomics measures dynamic RNA expression, which is constantly fluctuating in response to your environment, diet, medications, and training. Genomics tells you what might happen; transcriptomics tells you what is happening now.
How are samples collected?
Samples are collected via standard venous blood draw into a PAXgene blood RNA tube, which stabilizes cellular RNA at the moment of collection. Specimens are shipped directly to One Health Labs, Biomeme's CLIA-certified laboratory, for high-depth whole-transcriptome sequencing without requiring cold-chain transport.
Who is this dashboard for?
It is a general wellness product for individuals who want to see how their own gene expression changes over time. It is not a clinical decision-support tool, it does not guide treatment, and it is not intended to diagnose or manage any condition.

Scientific Citations (2)

  • [1] Bodine SC, Baehr LM. Skeletal muscle atrophy and the E3 ubiquitin ligases MuRF1 and MAFbx/atrogin-1. Am J Physiol Endocrinol Metab. 2014;307(6):E469-484.
    PubMed PMID: 25096180
  • [2] Schlaepfer IR, Joshi M. CPT1A-mediated Fat Oxidation, Mechanisms, and Therapeutic Potential. Endocrinology. 2020;161(2):bqz046.
    PubMed PMID: 31900483
The Science Behind the Data

Curious how we measure this?

Learn about the foundational science of Transcriptomics and how Biomeme brings molecular profiling to the point of need.

Explore Transcriptomics

Ready to Learn More?

Explore how Biomeme's capabilities are being deployed across the Wellness landscape.

Explore Wellness

ABOUT THESE PANELS

Biomeme's wellness transcriptomic panels are general wellness products. They report gene activity to support a healthy lifestyle. They are not intended to diagnose, treat, cure, mitigate or prevent any disease or condition, and they are not a substitute for evaluation by a licensed healthcare professional. Results describe the state of the measured transcripts at the moment the sample was taken.