From healthy skin to disease-associated microbiomes, our sequencing workflows support research into dermatology, cosmetics, therapeutics, and microbial ecology. We provide 16S rRNA gene sequencing, ITS fungal profiling, shotgun metagenomics, qPCR quantification, and advanced bioinformatics for high-quality skin microbiome studies.
Global CROs | Pharma R&D | Dermatology Researchers | Therapeutics Developers
From sample collection through bioinformatics interpretation, our team delivers optimized workflows for diverse skin microbiome applications and body sites.
Ideal for cosmetic efficacy studies, acne research, aging, and skincare microbiome profiling.
Supports dandruff, seborrheic dermatitis, hair health, and scalp microbiome investigations.
Microbial community analysis across arms, legs, torso, and other body regions for comparative studies.
Useful for hygiene studies, occupational microbiome research, and environmental microbial exposure.
Supports eczema, psoriasis, dermatitis, wound healing, and other dermatological research applications.
Standardized sampling protocols designed for monitoring microbiome changes over time.
Different research questions require different sequencing technologies. We help you select the most appropriate
workflow based on sample type, study goals, taxonomic resolution, and functional insights
A cost-effective method for profiling bacterial communities across skin samples.
Common applications include:
Characterizes fungal communities that play an important role in skin health and disease.
Typical applications include:
Provides species-level taxonomic resolution together with functional gene analysis.
Ideal for:
Frozen skin swabs are extracted using the Macherey-Nagel NucleoMag DNA Microbiome Kit optimized for extraction using the ThermoFisher KingFisher automated robot. A bead beating step is included in the protocol for increased lysis.
We optimize the amount of starting material used, to improve sequencing yields in low biomass samples, while ensuring sample integrity and minimizing cross-contamination by processing these sample types under laminar flow.
Many skin microbiome projects benefit from combining multiple sequencing approaches. Our scientific team helps design workflows based on your research objectives, sample type, sequencing depth, and desired biological outcomes, bringing the specialized expertise and deep microbiome insights necessary to successfully navigate very low-biomass skin samples.
Our experts will guide you through sample collection, project design, sequencing strategy, and data interpretation to ensure reliable, publication-quality results.
How should I collect skin microbiome samples?
We recommend sterile swab collection using validated collection protocols. For best results, use two swabs per sampling site to maximize DNA recovery.
Which sequencing method is best for skin microbiome studies?
16S sequencing is ideal for bacterial community profiling, ITS targets fungal communities, while shotgun metagenomics provides the highest taxonomic and functional resolution.
Can you support cosmetic and skincare product studies?
Yes. We regularly support cosmetic, dermatology, and personal care companies with microbiome sequencing and bioinformatics for product validation and efficacy research.
How long does skin microbiome sequencing take?
Most projects are completed within approximately 6 weeks, depending on sample volume, sequencing approach, and analysis requirements.
Do you provide bioinformatics and statistical analysis?
Yes. Every project includes expert bioinformatics support, quality control, statistical analyses, visualization, and publication-ready reporting.
