Telomere, telomerase & single-cell biomarkers of aging and cancer

Early oncology diagnostic, longevity & personalized medicine and research

Patented technology under CLIA/ISO quality to assess early cancer daignostics, aging and healthy lifestyles.

High-precision diagnostics and life-enhancing technology

Telomere & Single-cell analytics at chromosomal resolution.

Life Length is a CLIA/ISO-certified biotechnology company that measures aging and disease biology at chromosomal resolution.

Powered by our patented TAT® (HT-Q-FISH) and a full technology tree, we quantify telomere distributions, critically short telomeres, oxidative stress, NAD+, and more—delivering clinical-grade reports.

LifeLengthTech®

Proprietary Technology

Telomere & Single-cell analytics at chromosomal resolution.

Behind every report is a full technology tree, not a single assay.

From our patented TAT® (HT-Q-FISH) that measures single-cell telomere distributions and critically short telomeres, to complementary platforms (Q-TRAP, qPCR/scripTERT, RNAscope®, mitochondrial and immunoassays), we select the right toolchain for each question—from discovery to clinic.

All analyses run under CLIA/ISO quality, making Life Length uniquely positioned to turn complex cell biology into clear, decision-ready insights.

Our laboratory is certified by:

CLIA
ISO 15189
ISO 13485
AEMPS LDTs

Actionable metrics

Useful data for decision making

Beyond a single mean, we report median, P20 and % short telomeres, plus distribution readouts with QuantiTel and QuantiCell.

These metrics are interpretable, trendable over time and directly usable for clinical decisions and research endpoints.

High-throughput

Large samples for better results

We quantify millions of cells per run and support 96/384-well formats for cohorts and screening.

This throughput enables large studies while keeping turnaround fast.

Single-cell precision

Confocal Microscopy

TAT® measures telomere length cell by cell and chromosome by chromosome, moving beyond bulk averages.

This resolution exposes true biological heterogeneity and flags critically short telomeres that often drive risk and disease.

Clinical-grade quality

Quality control in every step

Our accredited workflows include robust QC, standardized controls and documented reproducibility.

The result is consistent, decision-ready outputs with full traceability across sites and studies.

Oncology early diagnostics

Telomeres as early footprint of malignant transformation

Single-cell TAT®

Blood-based reports
Risk stratification
Multi-cancer evidence
Measure telomere dynamics at single-cell resolution to detect malignant transformation earlier, stratify risk and support decision-ready urology and lung programs. ProsTAV® complements PSA/MRI to reduce unnecessary biopsies and flag csPCa missed by MRI under CLIA/ISO quality.
Confocal Q-FISH of human cells showing telomere signals (TAT®).

Telomeres and their impact on health

Accurate biomarker for longevity & early cancer diagnostics

Telomeres are repetitive (TTAGGG)n DNA capped by shelterin that safeguards chromosome ends.

Why do they matter?

Progressive attrition and oxidative damage create a burden of critically short telomeres that triggers DDR → senescence/apoptosis, driving aging phenotypes and genomic instability.

Why do they shorten?

Due to the end-replication problem and oxidative damage, telomeres erode with cell division. Attrition rates vary by tissue and inflammation state, creating heterogeneity across cells and chromosomes.

Telomeres can impact the way we age and manage cell behaviour.

Longevity & Personalized Medicine

Validated biomarkers from a simple blood draw

MTL biological age
Short telomeres P20
Oxidative stress (UCARR)
NAD+ (µM)
Combine telomere analytics, oxidative-stress severity bands and intracellular NAD+ to quantify aging biology, set a baseline and track improvement with lifestyle, supplementation and therapy.

Cells showing oxidative stress signal under confocal microscopy.

Healthier aging & lifestyles

Biomarkers for prevention and personalized care

Life Length’s biomarkers turn cell biology into actionable insights for healthier aging.

From single-cell telomere analytics (MTL, P20) to oxidative-stress bands (UCARR/ROM) and intracellular NAD+ levels, a simple blood draw sets a baseline, quantifies change, and verifies the impact of lifestyle, supplementation, and therapy over time.

Contract Research Services

Patented technology for translational studies

Telomeres & telomerase
ROS/mitochondria
RNA-ISH & qPCR
Confocal HT imaging

End-to-end assay panels and single-cell analytics for nutraceuticals/cosmetics, cell & gene therapy, biotech/pharma, reproductive and veterinary studies.

Delivering reproducible, decision-ready data under CLIA/ISO workflows.

Cells showing green ROS signal under confocal microscopy.

Life Length know-how in the market

Biomarkers for early oncology diagnostics and longevity & personalized medicine

ProsTAV®

Blood-based telomere biomarker that estimates clinically significant prostate cancer risk, helping reduce unnecessary biopsies and flag csPCa missed by MRI.

PneumoTAV

Telomere-based biomarker combining multiple TAVs with ML to support earlier lung cancer detection and LDCT/nodule triage.
* Research use

HealthTAV®

Single-cell telomere analytics to quantify biological age (MTL & P20).

HealthOX

Oxidative-stress level from blood (ROM/UCARR) reported by severity.

HealthNAD+

Intracellular NAD+ to assess cellular energy and DNA-repair capacity.

HealthG

Saliva-based qPCR genotyping, linked to appetite, metabolism and drug response.

Got any questions?

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