FDA Grants Breakthrough Device Designation for CRISPR Blood Test for Tuberculosis
IntelliGenome's CRISPR-TB Blood Test, designed to detect Mycobacterium tuberculosis cfDNA, received FDA Breakthrough Device Designation.
IntelliGenome's CRISPR-TB Blood Test, designed to detect Mycobacterium tuberculosis cfDNA, received FDA Breakthrough Device Designation.
A new demonstrates the high sensitivity of the NeXT Personal test for detecting ctDNA in early-stage lung cancer.
BioView’s liquid biopsy test offers a non-invasive method to detect HER2 status in metastatic breast cancer patients.
Researchers identified unique molecular “fingerprints” on ribosomes that can detect early-stage cancers using nanopore sequencing devices.
Read MoreWhile serving the region, Doylestown Health has a small clinical laboratory. To better serve its community, it added NGS in 2023.
Read MoreA new study highlights the critical role of genomic testing in diagnosing Lynch syndrome and guiding treatment for inherited cancers.
Read MoreTwo studies demonstrate the potential of a genomic screening platform to improve early detection of genetic diseases in newborns.
Read MoreResearchers have identified a potential epigenetic biomarker for preeclampsia, offering hope for earlier diagnosis and intervention.
Read MoreGeneDx named the partners of its Patient Access Program that provides whole exome sequencing for pediatric epilepsy.
Read MoreDelve Bio’s Delve Detect is a metagenomic sequencing test capable of quickly identifying over 68,000 pathogens from CSF.
Read MoreAventa Genomics received CMS approval for Clinical Laboratory Fee Schedule pricing of an NGS tool that uses 3D genomics for cancer testing.
Read MoreStudies validated Biofidelity’s Aspyre Lung diagnostic tech, showcasing its ability to offer genomic profiling for actionable NSCLC variants.
Read MoreOncoHost’s CLIA-certified proteomics lab received CAP accreditation, emphasizing its commitment to precision-focused diagnostics for cancer.
Read MoreMission Bio’s collaboration will leverage single-cell DNA analysis for insights into multiple myeloma relapse and treatment strategies.
Read MoreA study shows that combining the VIGex gene expression signature with ctDNA analysis can enhance the prediction of immunotherapy response.
Read MoreScientists have developed a deep learning model that utilizes DNA breathing to predict transcription factor binding.
Read MoreA new study shows how genetic testing could personalize postoperative pain management by identifying genetic predispositions to opioid use.
Read MoreDelve Bio found that mNGS identified more pathogens from cerebrospinal fluid samples than all conventional diagnostic methods combined.
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