Molecular Diagnostics
New Way to Identify Influenza A Virus Could Pave Way for More Sensitive Tests
Because the influenza A virus is constantly changing, or mutating, it can be difficult to detect, treat, and inoculate against. By finding new ways to target specific parts of the influenza A virus that do not change when the virus mutates, more sensitive tests can be created to detect the influenza A virus more easily. More...08 Jun 2022


Blood Test Combines Epigenetics, NGS and Machine Learning for Multi-Cancer Early Detection
A qualitative next-generation sequencing (NGS)-based in vitro diagnostic device that detects DNA methylation markers using cfDNA isolated from human peripheral whole blood enables earlier detection and localization of multiple cancer types. More...07 Jun 2022

Quantitative Diagnostic System Delivers Results in Minutes at True POC Situation
A unique quantitative diagnostic system could offer a highly effective and affordable alternative to the current costly and time-consuming screening and monitoring systems currently available in the market. More...07 Jun 2022

Biodesix’s MRD Test for Solid Tumors to Run on Bio-Rad's Upcoming QX600 ddPCR System
Biodesix, Inc. (Boulder, CO, USA) is developing a new novel minimal residual disease (MRD) test in association with the Memorial Sloan Kettering Cancer Center (MSK, New York, NY, USA) that will utilize the advanced multiplexing QX600 ddPCR System to be launched by Bio-Rad Laboratories (Hercules, CA, USA) later this year. More...07 Jun 2022

Blood Test Enables Early Detection of Oral Cancer
Researchers have used a technology called conductive polymer spray ionization mass spectrometry to screen the blood for metabolic signs of oral squamous cell carcinoma (OSCC) - a type of cancer of the mouth and throat - that contributes around 90% of oral cancers. More...07 Jun 2022

MIS-C Linked to Rare, Immune-Related Variants
Multisystem inflammatory syndrome in children (MIS-C) is a critical and potentially life-threatening complication of COVID-19 in pediatric settings. Children who were diagnosed with MIS-C tested positive for SARS-CoV-2 infection by reverse transcriptase–polymerase chain reaction (RT-PCR) or antibody testing and had fever for more than four days. More...07 Jun 2022
In Other News
Noninvasive Blood Test Predicts Rejection After Heart Transplant
Genome-Wide NIPT Uncovers Additional Findings
Proteomics-based Blood Test May Replace Biopsy for Diagnosis of Liver Disease
Novel Method Uses DNA Droplets for Early Disease Detection
Testing for DNA Shed from Colon Cancers into Bloodstream Guides Chemotherapy After Surgery
Blood Test May Be a Game-Changer for TB Diagnoses and Treatment
Blood Test Detects and Monitors Cell Death to Predict Disease Severity
Non-Invasive Tests for Diagnosing Liver Diseases Could Shape Future Clinical Care
Results of Alzheimer’s Disease Blood Tests Are Skewed by Unrelated Chronic Conditions
Liquid Biopsy Predicts Success of ICI Treatment in Lung Cancer Patients
Lung Cancer Detection Blood Test to Reduce Need for Repeated CT Scanning
Molecular Profiling Identifies High-Risk Subtype of Pediatric Liver Cancer
Roche Develops Monkeypox Virus Detection PCR Tests
POC Critical Illness Test Designed for Early Warning and Patient Triaging
World’s First Biomarker Can Diagnose Parkinson's Disease from Blood Serum Samples
Tear Fluid Collected Using Noninvasive Technique Could Help Diagnose Diseases
Illumina’s Pan-Cancer Companion Diagnostic Enables Targeted Therapy
LumiraDx HbA1c Assay Screens and Identifies Patients at Risk for Developing Diabetes
POC System Could Transform Infectious Disease Management
mRNA Test Screens for Multiple Cancers from Single Blood Sample
A Circulating Antibody Enables Prediction of Crohn’s Disease Long Before Symptoms Appear
Bioperfectus Monkeypox Virus Real Time PCR Kit Receives CE Mark
Blood Test Detects Markers for Liver Injury from Acetaminophen Overdose in 20 Minutes
Genetic Testing channel of LabMedica brings the latest in molecular genetics, cytogenetics, and epigenetics, and methods from PCR to FISH, and more.








