Chromatography Services

Advanced HPTLC for Botanical Authentication & Regulatory Compliance

BioTrace operates as a specialized HPTLC testing laboratory delivering advanced chromatographic solutions for botanical, nutraceutical, herbal, and plant-derived materials. High-Performance Thin Layer Chromatography supports phytochemical fingerprinting, identity verification, and impurity detection across raw materials and finished formulations—aligned with USP-referenced methods and global regulatory expectations.

Validated procedures with documented, audit-ready interpretation frameworks

USP-referenced and globally accepted methods for botanical identification

Reliable, regulator-acceptable chromatographic outputs

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5+
HPTLC TEST TYPES
3–5
DAY TURNAROUND
100%
PHARMACOPOEIL ALIGNED
COA
ISSUED EVERY REPORT

WHAT WE OFFER

Comprehensive HPTLC Testing Services

From phytochemical fingerprinting to adulteration screening, our HPTLC programs cover critical quality parameters for botanical and herbal materials—aligned with USP-referenced methods and global regulatory expectations.

Phytochemical Fingerprinting

Identity Verification

Phytochemical fingerprinting generates a characteristic chromatographic profile representing the chemical composition of a botanical extract or herbal preparation. This approach is widely accepted by USP, WHO, and global regulatory bodies for botanical identity verification, quality evaluation, and detection of adulteration.

USP

REFERENCED

IP

COMPLIANT

WHO

ALIGNED

Why It Matters
Verifies identity, confirms authenticity, and provides a holistic representation of the material accepted by regulatory bodies.
Typical Indicators
Variations in band position, intensity, or presence may suggest substitution, degradation, or source variability.
Client Assurance
Documented fingerprints enable objective comparison between lots, suppliers, or formulations during audits.
Quality Impact
Standardized profiles strengthen traceability, reduce acceptance disputes, and improve supply chain reliability.

Marker Compound Detection

Standardization & Regulatory Verification

Marker analysis identifies and quantifies defined chemical constituents that represent quality, potency, or activity in plant materials. Marker presence and concentration support standardization and are often required within USP-referenced methods and global regulatory frameworks for botanical and nutraceutical products.

RF

VALUE MATCHED

Reference Standards

verified

COA

ISSUED

Why It Matters
Markers support standardization and are often mandatory within regulatory or pharmacopoeial frameworks.
Typical Indicators
Alignment of Rf values and spectral characteristics between reference standards and samples confirms authenticity.
Client Assurance
Clear marker confirmation simplifies documentation review and strengthens acceptance by quality teams.
Quality Impact
Reliable marker data improves product uniformity and supports consistent therapeutic or functional expectations.

Adulteration Screening

Fraud Detection & Quality Verification

Adulteration evaluation detects foreign, substituted, or inferior materials introduced intentionally or unintentionally into botanical and herbal products. HPTLC compares chromatographic fingerprints of reference standards and test samples to identify unexpected, missing, or shifted bands—supporting authenticity verification and compliance with USP-referenced and global regulatory frameworks.

USP

METHOD ALIGNED

± 2%

PRECISION TARGET

FSSAI

COMPLIANT

Why It Matters
Uniform strength ensures predictable therapeutic or functional outcomes while preventing under- or over-delivery of actives.
Typical Indicators
Batch-to-batch variation in potency or dissolution profiles may indicate process inconsistencies.
Client Assurance
Reliable potency strengthens trust in formulation stability and repeat purchase performance.
Quality Impact
Manufacturers achieve tighter process control and stronger quality system credibility across all batches.

Batch-to-Batch Consistency

Process Control & Reproducibility

Consistency assessment compares chromatographic outputs across successive production lots to confirm uniform composition. By evaluating pattern similarity across batches, HPTLC verifies phytochemical consistency and identifies variability early—supporting GMP compliance, process control, and predictable product performance.

Lot

COMPARISION

Visual

PROFILE MATCH

GMP

ALIGNED

Why It Matters
Reproducibility across batches is essential for safety, efficacy, and regulatory acceptance.
Typical Indicators
Similarity in band distribution and intensity supports material equivalence; deviations highlight process variation.
Client Assurance
Documented consistency strengthens long-term supply agreements and buyer confidence.
Quality Impact
Manufacturers gain tighter process control and improved predictability of product behavior.

Comparative Chromatographic Studies

Supplier Evaluation & Benchmarking

Comparative studies evaluate differences between sources, grades, suppliers, or processing conditions using standardized chromatographic methods. This approach enables objective supplier benchmarking, formulation optimization, and R&D validation through clear, side-by-side analytical data for informed decision-making.

Multi

SOURCE COMPARISON

R&D

VALIDATION SUPPORT

COA

ISSUED

Why It Matters
Supports procurement evaluation, formulation optimization, and research initiatives with measurable data.
Client Assurance
Side-by-side analysis provides transparent data for evidence-based supplier and material decisions.
Quality Impact
Improved comparison capability accelerates development timelines and strengthens supplier qualification.

GOT QUESTIONS?

Frequently Asked Questions

Find answers to common questions about our microbiological testing services

What is HPTLC testing used for?

HPTLC is primarily used for botanical identification, phytochemical fingerprinting, and adulteration detection. It helps verify raw material authenticity, compare suppliers, and ensure batch consistency in herbal and nutraceutical products.

How is HPTLC different from HPLC testing?

HPTLC provides visual, side-by-side comparison of multiple samples, making it ideal for identity verification and screening. HPLC, on the other hand, is more suited for precise quantification of individual compounds. Both are often used together for complete analysis.

Is HPTLC accepted by regulatory authorities?

Yes. HPTLC is widely accepted by pharmacopoeial and regulatory bodies (USP, IP, WHO) for botanical identification and quality evaluation when validated methods are used.

What types of materials can be tested using HPTLC?

HPTLC is commonly used for herbal raw materials, plant extracts, nutraceutical ingredients, and finished formulations where identity, composition, and authenticity need to be verified.

Can HPTLC detect adulteration?

Yes. HPTLC can detect substitution, dilution, and contamination by identifying deviations in chromatographic fingerprints compared to reference standards.

How does HPTLC support supplier qualification?

By enabling side-by-side comparison of multiple samples, HPTLC helps procurement and QA teams evaluate variability between suppliers and select consistent, high-quality sources.

Are HPTLC results suitable for audits and documentation?

Yes. HPTLC generates traceable, visually interpretable data that supports COAs, supplier audits, and regulatory submissions.

How long does HPTLC testing typically take?

Turnaround time depends on the scope, but most standard HPTLC analyses are completed within 1–3 working days, with faster timelines for routine screening.

Trusted by Herbal & Nutraceutical Manufacturers Worldwide

Validate Botanical Identity
with Confidence

Ensure authenticity, purity, and phytochemical consistency with advanced HPTLC testing—supported by audit-ready documentation and regulatory-aligned methods.

Request HPTLC Testing → Speak with a Chromatography Expert →