Integrated strain, functional, and product-level safety assessment to support global regulatory approval.
BaseClear provides a fully integrated microbial safety assessment framework, combining regulatory expertise, laboratory testing, and genomics. Our approach is structured around three key pillars: strain-level safety, functional risk assessment, and product-level safety. This ensures that all regulatory expectations are addressed coherently, enabling efficient dossier preparation and reducing approval timelines.
BaseClear provides high-quality, full-service WGS solutions, covering the entire workflow from DNA extraction and library preparation to sequencing, genome assembly, and bioinformatics analysis for microbial strain characterization. Our analyses include taxonomic identification, detection of AMR genes, virulence factors, toxin genes, BGCs associated with potentially harmful metabolites, and mobile genetic elements, as well as tailored analyses based on specific project needs. Results are delivered in dossier-ready reports aligned with current EFSA requirements for microorganisms used in the food chain.
BaseClear supports MIC testing to determine antimicrobial susceptibility profiles of microbial strains. Testing is performed using standardized methods and interpreted against relevant regulatory cut-off values where available. The results support AMR risk assessment and provide clear conclusions for regulatory submissions.
BaseClear assesses whether microbial strains produce or products contain antimicrobial substances under defined test conditions. This service is performed by using appropriate indicator organisms, controls, and culture conditions to evaluate antimicrobial activity. The outcome helps determine whether antimicrobial metabolite production may require further safety consideration.
BaseClear offers in vitro cytotoxicity testing using Vero cells to evaluate potential cytotoxic effects of microbial cultures, culture supernatants, or final product extracts. The assay is designed with defined exposure conditions, controls, and acceptance criteria to support toxicological risk assessment. Results can be integrated into a weight-of-evidence safety evaluation for regulatory submissions.
BaseClear designs and supports testing to determine the presence or absence of viable production organisms in final products. Studies are tailored to the product matrix and include appropriate enrichment, selective or non-selective culture conditions, controls, and detection limits. The results provide evidence needed to demonstrate product-level safety and regulatory compliance.
BaseClear supports testing to determine the presence or absence of residual DNA, including strain-specific or recombinant DNA where relevant, in final products. The study design can include matrix-specific DNA extraction, assay controls, sensitivity assessment, and defined limits of detection. Results are reported in a format suitable for regulatory dossiers and product safety conclusions.
We support clients across the full regulatory pathway, including gap analysis, study planning, literature review and dossier preparation for EFSA, FDA, and other authorities. Our team ensures that all data are integrated into a coherent, submission-ready package.
BaseClearprovides high-quality, full-service WGS solutions, covering the entire workflow from DNA extraction and library preparation to sequencing, genome assembly, and bioinformatics analysis for microbial strain characterization. Our analyses include taxonomic identification, detection ofAMRgenes, virulence factors, toxin genes, BGCs associated with potentially harmful metabolites, and mobile genetic elements, as well as tailored analyses based on specific project needs. Results are delivered in dossier-ready reports aligned with current EFSA requirements for microorganisms used in the food chain.
BaseClear supports MIC testing to determine antimicrobial susceptibility profiles of microbial strains. Testing is performed using standardized methods and interpreted against relevant regulatory cut-off values where available. The results support AMR risk assessment and provide clear conclusions for regulatory submissions.
BaseClear assesses whether microbial strains produce or products contain antimicrobial substances under defined test conditions. This service is performed by using appropriate indicator organisms, controls, and culture conditions to evaluate antimicrobial activity. The outcome helps determine whether antimicrobial metabolite production may require further safety consideration.
BaseClear offers in vitro cytotoxicity testing using Vero cells to evaluate potential cytotoxic effects of microbial cultures, culture supernatants, or final product extracts. The assay is designed with defined exposure conditions, controls, and acceptance criteria to support toxicological risk assessment. Results can be integrated into a weight-of-evidence safety evaluation for regulatory submissions.
BaseClear designs and supports testing to determine the presence or absence of viable production organisms in final products. Studies are tailored to the product matrix and include appropriate enrichment, selective or non-selective culture conditions, controls, and detection limits. The results provide evidence needed to demonstrate product-level safety and regulatory compliance.
BaseClear supports testing to determine the presence or absence of residual DNA, including strain-specific or recombinant DNA where relevant, in final products. The study design can include matrix-specific DNA extraction, assay controls, sensitivity assessment, and defined limits of detection. Results are reported in a format suitable for regulatory dossiers and product safety conclusions.
We support clients across the full regulatory pathway, including gap analysis, study planning, literature review and dossier preparation for EFSA, FDA, and other authorities. Our team ensures that all data are integrated into a coherent, submission-ready package.
Taxonomic Profiling is a microbiome analysis service that identifies and quantifies the microorganisms present in a sample, enabling researchers to understand the composition and diversity of microbial communities. Depending on the scientific question, BaseClear offers both amplicon sequencing and shotgun metagenomics approaches to characterize bacteria, archaea, fungi, and other microorganisms across a wide range of sample types. The service provides insights into which organisms are present, their relative abundances, and how microbial communities differ between samples, treatments, environments, or time points.
We structure safety assessment into strain-level, functional, and product-level evaluation, ensuring complete regulatory coverage and avoiding gaps in submissions.
All studies are designed upfront to meet EFSA and international requirements, reducing the risk of follow-up questions and delays.
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Detect mycoplasma contamination in cell cultures using sensitive molecular detection methods.
High-accuracy DNA sequencing for PCR products, plasmids, and targeted genetic regions.
Quantify the residual host cell DNA in your samples using digital PCR technology.