Discover our sample-to-answer Applied Biosystems MicroSEQ Microbial Identification System and get results in under 5 hours. Choose from an array of kits and corresponding libraries that span the largest, most comprehensive collection of bacteria and fungi species.

Ever since its introduction, the MALDI Biotyper ® has truly revolutionized microorganism analysis. The MALDI Biotyper ® is a microbial identification system based on MALDI-TOF mass spectrometry, allowing unbiased identification of microorganisms within a …

Unlock the power of precise bacterial and fungal sequence identification with MicroSEQ Identification Software 4.0, tailored for the Applied Biosystems SeqStudio genetic analyzers.

The ID Station™ system, together with our identification microplates, can identify a wide range of environmental and pathogenic organisms across diverse fields of microbiology.

Whether you are identifying bacterial or fungal isolates, the MicroSEQ PCR and Sequencing Kits provides high-resolution Sanger sequencing, enabling you to achieve reliable and reproducible results. The target for bacterial identification is the 16S ribosomal RNA (rRNA) gene sequence.

The Applied BiosystemsTM MicroSEQTM Rapid Microbial Identification (ID) System combines the benefits of both PCR and DNA sequencing technologies to help deliver highly accurate and reproducible results.

The ID Station™ system identifies a wide range of environmental and pathogenic organisms across diverse fields of microbiology. Nearly 3,000 species of bacteria, yeast and filamentous fungi can be identified by using Biolog’sidentification microplates (GEN III, …

Our range of solutions can identify a wide range of significant microorganisms that contaminate pharmaceutical facilities and products in a minimal amount of time. And with our automated solutions, you can ensure standardization and objective results.

The Microbial Identification System (MIDI Inc., Newark, DE, USA) is based on unique fatty acid patterns of different organisms as revealed by gas chromatography.

The VITEK® 2 Compact system offers quality control testing solutions for fast and accurate microbial identification. With technology that includes an extensive and robust identification database, rapid results, and minimal training time, it will streamline laboratory workflow for increased productivity.

The Life Technologies MicroSEQ® Rapid Microbial Identification System (Figure 1) uses a highly accurate phylogenetic approach for microbial identification based on the sequencing of the 16S rRNA gene for bacteria or the D2 region of the large subunit for fungi and comparison of the sequences to those in its validated libraries.

STERIS offers a range of both traditional and rapid methods of microbial identification. These include Gram stain testing, microscopy, selective media, MALDI-ToF mass spectrometry, and genetic sequencing. The MALDI-ToF microbial identification method utilizes mass spectrometry.

2024年7月17日 · Identify microorganisms in under 2 minutes! The AXIMA Microorganism Identification System presents a new solution for the identification of microorganisms for microorganism research in the pharmaceutical, food, science, energy, environment, clinical …

The MicroSEQ® Microbial Identification System combines all of the instrumentation, reagents, sequence libraries, software, and validation support required for automated microbial identification using DNA sequencing.

Microbial identification systems play an important role in environmental monitoring, contamination investigation, and cleanroom control by identifying potentially harmful bacteria, yeast, and fungi.

Detection and identification of microorganisms are the first steps to guide susceptibility testing and enable clinicians to confirm diseases and guide therapy. The faster the pathogen identification is determined, the quicker the appropriate treatment can be started.

PCR and other genetic approaches are particularly important for nonculturable microorganisms and MS has been shown to be useful, quick, and easy for the identification of microbial samples and detection of microbial threats.

Microbial identifications allow clinical diagnoses, comprehension of their impacts on environmental activities and insights into biotechnological applications. Importantly, microbial identification should not be confused with microbial typing. The terms ‘typing’ or ‘type’ are often used in microbiology with different connotation.

Rapid and accurate identification of bacteria from clinical specimens is a critical function of the clinical microbiology laboratory. Historically, microbial identification depended on culture, biochemical testing, antigenic assays, or target-specific molecular for definitive identification.

2025年2月3日 · Reducing the number of wavelengths to 4 maintained high classification performance, demonstrating the method's robustness. The resulting system is faster and simpler than existing FTIR imaging systems, making it a promising tool for microbial identification.

Microbial identification can be defined as “microbial characterization by a limited spectrum of tests pre-chosen and appropriate to the problem being studied” [1]. Classically, microbial identification is undertaken using staining techniques and various agars and tests aimed at differentiating one probable species from another.

6 天之前 · These findings highlight the superior performance of magnetic bead-based methods, particularly when automated, for extracting bacterial DNA from whole blood samples.