Microbiology & Infectious Diseases

Advanced nucleic acid-based detection of microbial pathogens.
Supports sensitive identification workflows across a broad range of clinical and research applications.

High-sensitivity assays for detecting infectious agents.
Designed for reliable detection and quantification in routine and advanced microbiology workflows.

Rapid, decentralized molecular testing.
Enables faster access to actionable results in distributed and time-sensitive testing environments.

Whole genome and targeted sequencing for microbial typing and epidemiology.
Supports deeper characterization of pathogens for surveillance, outbreak tracking, and strain analysis.

Trusted sequencing approach for targeted identification and confirmation in relevant laboratory workflows.

Traditional and automated culturing techniques for microbial diagnostics.
Supports established diagnostic and laboratory procedures for organism recovery, growth, and characterization.

Rapid bacterial and fungal identification based on protein profiles.
Enables high-throughput identification with streamlined workflows in modern microbiology laboratories.

Determines resistance patterns in bacterial and fungal infections.
Supports treatment decision workflows with established methods for susceptibility profiling.

Enables targeted detection of resistance-associated markers in relevant laboratory applications.

Tracks genetic markers associated with resistance.
Provides expanded insight into resistance mechanisms, strain relationships, and surveillance strategies.

Single-cell analysis of antimicrobial response.
Supports advanced assessment of microbial response patterns with high analytical sensitivity.

High-throughput solutions for clinical microbiology labs.
Designed to improve workflow efficiency, consistency, and scalability in routine testing environments.

Serological testing for infectious disease screening.
Supports dependable detection workflows for antibodies, antigens, and other relevant biomarkers.

Rapid detection of viral and bacterial infections.
Enables decentralized testing strategies where speed and accessibility are essential.

Simultaneous identification of multiple infectious agents.
Helps streamline testing workflows by combining multiple targets within a single analytical approach.

Sensitive molecular methods for pathogen detection, quantification, and follow-up analysis.

Supports advanced epidemiological investigation, genomic surveillance, and pathogen characterization.

Monitoring emerging pathogens in environmental samples.
Provides valuable support for public health monitoring and broader outbreak detection strategies.