Infographic

A lyophilized PCR is an environmentally sustainable assay format that can streamline laboratory processes and improve testing accuracy

Metagenomic next-generation sequencing can provide fast, accurate pathogen, bacterial, and AMR marker detection - without the limitations of traditional methods

Empowering health care begins with advanced molecular testing options and comprehensive management strategies 

Understand UTIs and testing options with this comprehensive guide 

Fully understanding different RTIs can better inform management and testing decisions for public health

Download this infographic to learn how inflation, age, experience, education, and gender affect the laboratory and health care sectors 

Download this infographic to learn about real-time PCR-based detection of gastrointestinal, respiratory, sexually transmitted, urinary, and vaginal pathogens

Download this infographic to see how pathogen detection is improved with precision metagenomics, as compared to traditional and molecular microbiology

Learn how water's dynamic role in the drug discovery pipeline influences different stages of experiments 

Discover innovations that can help you improve and standardize clinical flow cytometry assays

Download this infographic to learn about how you can perform whole exome sequencing (WES) at half the cost and in a third of the time

QCI^® Interpret for Oncology is software that helps molecular pathologists interpret molecular data for clinical decision making

3D cell cultures better mimic in vivo physiology and are now easier to perform than ever before

New testing platforms have the potential to transform clinical diagnostics and treatment

Combining urinary biomarkers improves clinical utility and provides a more robust evaluation

CRISPR-based diagnostics can offer quick and accurate nucleic acid testing for infectious and noninfectious diseases

The biomarkers and technologies that make rapid, on-site diagnosis possible

Exploring different mass spectrometry methods and their applications in clinical proteomics

Exploring some of the microfluidic technologies used for cancer diagnosis