TECHNOLOGY PLATFORMS

Solid Scientific Platforms Built to Make Research Easier

We engineer molecular biology, trace nucleic acid extraction, quantitative analysis, and rapid assay platforms into reliable building blocks for investigators.

再生醫學研究開發平台

Regenerative Medicine Research Platform

Research Challenge

Foundational cell and regenerative biology studies demand precise culture conditions, biomarker evaluation, and high assay reproducibility, often requiring extensive setup time.

The Bios Solution (Make it easier)

Bios Biotech focuses on in vitro research methodology and assay development in regenerative biology, supporting academic and industry partners with protocol establishment, cellular state assessment, and custom experimental execution.

Key Research Applications

Basic research on cellular senescence and physiological states
In vitro cell model optimization and analytical assay development
Exploratory biomarker studies in regenerative biology

Regulatory & Usage Notice

Strictly limited to foundational and exploratory scientific research support; no clinical therapeutic claims are made.

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細胞端粒長度定量分析技術

Telomere Length Quantification Technology

Research Challenge

Telomere length measurement is highly sensitive to nucleic acid integrity, reaction conditions, and reference calibration, where batch-to-batch variation can compromise study conclusions.

The Bios Solution (Make it easier)

We operate a standardized workflow combining trace nucleic acid handling with rigorous batch quality control (QC), delivering reliable quantitative data for universities, teaching hospitals, and veterinary research teams.

Key Research Applications

Mechanistic studies on cellular replicative senescence
Academic research on environmental factors, oxidative stress, and cell biology
Comparative biology studies across human and veterinary models

Regulatory & Usage Notice

For Research Use Only (RUO). Offered exclusively to academic and institutional researchers; not for clinical diagnosis or personal health evaluation.

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超微量 DNA 提純技術

Ultra-Low-Input DNA Purification Technology

Research Challenge

When working with scarce cells, precious tissues, or low-concentration biofluids, conventional extraction protocols often suffer from sample loss or PCR inhibitor carryover.

The Bios Solution (Make it easier)

Our specialized purification chemistry simplifies the extraction workflow while optimizing nucleic acid recovery from trace inputs—ensuring every precious research sample is ready for downstream analysis.

Key Research Applications

Nucleic acid extraction from trace preclinical and veterinary specimens
Challenging low-biomass research samples
Sample preparation for downstream qPCR, sequencing, and molecular assays

Regulatory & Usage Notice

For Research Use Only (RUO). Not for use in diagnostic procedures.

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快篩試劑研發與共同開發平台

Rapid Test R&D & Co-Development Platform

Research Challenge

Academic investigators and clinicians frequently discover promising biomarkers but lack the formulation chemistry and strip-engineering infrastructure to build functional rapid test prototypes.

The Bios Solution (Make it easier)

We provide an end-to-end co-development platform from proof-of-concept (PoC) to research prototype fabrication across both human and veterinary domains, bridging the gap between discovery and validation.

Key Research Applications

Co-development of human biomarker rapid test research prototypes
Companion and livestock animal rapid assay platform development
Reagent formulation stability and assay optimization studies

Regulatory & Usage Notice

All rapid test programs are currently under development or open for co-development and are not marketed as clinical IVD products.

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Have a research idea or experimental challenge?

Whether you need trace DNA purification, academic telomere length analysis, rapid test co-development, or custom lab support, our team is ready to help.

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